diff --git a/echemdb/data/cv/database.py b/echemdb/data/cv/database.py index 9f7118953..e63f10722 100644 --- a/echemdb/data/cv/database.py +++ b/echemdb/data/cv/database.py @@ -15,7 +15,7 @@ Search the database for a single publication:: >>> database.filter(lambda entry: entry.source.url == 'https://doi.org/10.1039/C0CP01001D') # doctest: +REMOTE_DATA - [Entry('alves_2011_electrochemistry_6010_p2_2a_solid')] + [Entry('alves_2011_electrochemistry_6010_p2_f2a_solid')] """ # ******************************************************************** @@ -90,7 +90,7 @@ def create_example(self): EXAMPLES:: >>> Database.create_example() - [Entry('alves_2011_electrochemistry_6010_p2_2a_solid'), Entry('engstfeld_2018_polycrystalline_17743_4b_1')] + [Entry('alves_2011_electrochemistry_6010_p2_f2a_solid'), Entry('engstfeld_2018_polycrystalline_17743_f4b_1')] """ from echemdb.data.cv.entry import Entry @@ -131,7 +131,8 @@ def filter(self, predicate): >>> database = Database.create_example() >>> database.filter(lambda entry: entry.source.url == 'https://doi.org/10.1039/C0CP01001D') - [Entry('alves_2011_electrochemistry_6010_p2_2a_solid')] + [Entry('alves_2011_electrochemistry_6010_p2_f2a_solid')] + The filter predicate can use properties that are not present on all entries in the database. If a property is missing the element is @@ -158,13 +159,13 @@ def __iter__(self): >>> database = Database.create_example() >>> next(iter(database)) - Entry('alves_2011_electrochemistry_6010_p2_2a_solid') + Entry('alves_2011_electrochemistry_6010_p2_f2a_solid') """ from echemdb.data.cv.entry import Entry def get_bibliography(package): - bib = Entry(package, bibliography=None).source.bib + bib = Entry(package, bibliography=None).source.citation_key return self._bibliography.entries.get(bib, None) return iter([Entry(package, bibliography=get_bibliography(package)) for package in self._packages]) diff --git a/echemdb/data/cv/entry.py b/echemdb/data/cv/entry.py index 490ebaf65..029ff2129 100644 --- a/echemdb/data/cv/entry.py +++ b/echemdb/data/cv/entry.py @@ -57,7 +57,7 @@ def identifier(self): >>> entry = Entry.create_examples()[0] >>> entry.identifier - 'alves_2011_electrochemistry_6010_p2_2a_solid' + 'alves_2011_electrochemistry_6010_p2_f2a_solid' """ return self.package.resources[0].name @@ -72,7 +72,7 @@ def __dir__(self): >>> entry = Entry.create_examples()[0] >>> dir(entry) - ['__class__', '__delattr__', '__dict__', '__dir__', '__doc__', '__eq__', '__format__', '__ge__', '__getattr__', '__getattribute__', '__getitem__', '__gt__', '__hash__', '__init__', '__init_subclass__', '__le__', '__lt__', '__module__', '__ne__', '__new__', '__reduce__', '__reduce_ex__', '__repr__', '__setattr__', '__sizeof__', '__str__', '__subclasshook__', '__weakref__', '_descriptor', 'bibliography', 'citation', 'create_examples', 'curator', 'data_description', 'df', 'electrochemical_system', 'figure_description', 'identifier', 'package', 'plot', 'profile', 'resources', 'source', 'x', 'x_unit', 'y', 'y_unit', 'yaml'] + ['__class__', '__delattr__', '__dict__', '__dir__', '__doc__', '__eq__', '__format__', '__ge__', '__getattr__', '__getattribute__', '__getitem__', '__gt__', '__hash__', '__init__', '__init_subclass__', '__le__', '__lt__', '__module__', '__ne__', '__new__', '__reduce__', '__reduce_ex__', '__repr__', '__setattr__', '__sizeof__', '__str__', '__subclasshook__', '__weakref__', '_descriptor', 'bibliography', 'citation', 'create_examples', 'curation', 'data_description', 'df', 'electrochemical_system', 'figure_description', 'identifier', 'package', 'plot', 'profile', 'resources', 'source', 'version', 'x', 'x_unit', 'y', 'y_unit', 'yaml'] """ return list(set(dir(self._descriptor) + object.__dir__(self))) @@ -85,7 +85,7 @@ def __getattr__(self, name): >>> entry = Entry.create_examples()[0] >>> entry.source - {'version': 1, 'url': 'https://doi.org/10.1039/C0CP01001D', 'bib': 'alves_2011_electrochemistry_6010', 'figure': '2a', 'curve': 'solid'} + {'citation key': 'alves_2011_electrochemistry_6010', 'curve': 'solid', 'url': 'https://doi.org/10.1039/C0CP01001D', 'figure': '2a', 'version': 1} The returned descriptor can again be accessed in the same way:: @@ -103,7 +103,7 @@ def __getitem__(self, name): >>> entry = Entry.create_examples()[0] >>> entry["source"] - {'version': 1, 'url': 'https://doi.org/10.1039/C0CP01001D', 'bib': 'alves_2011_electrochemistry_6010', 'figure': '2a', 'curve': 'solid'} + {'citation key': 'alves_2011_electrochemistry_6010', 'curve': 'solid', 'url': 'https://doi.org/10.1039/C0CP01001D', 'figure': '2a', 'version': 1} """ return self._descriptor[name] @@ -353,7 +353,7 @@ def __repr__(self): >>> entry = Entry.create_examples()[0] >>> entry - Entry('alves_2011_electrochemistry_6010_p2_2a_solid') + Entry('alves_2011_electrochemistry_6010_p2_f2a_solid') """ return f"Entry({repr(self.identifier)})" @@ -416,7 +416,7 @@ def create_examples(cls, name="alves_2011_electrochemistry_6010"): EXAMPLES:: >>> Entry.create_examples() - [Entry('alves_2011_electrochemistry_6010_p2_2a_solid')] + [Entry('alves_2011_electrochemistry_6010_p2_f2a_solid')] """ import os.path diff --git a/literature/alves_2011_electrochemistry_6010/alves_2011_electrochemistry_6010.bib b/literature/alves_2011_electrochemistry_6010/alves_2011_electrochemistry_6010.bib index 94707ef3b..b94f08b86 100644 --- a/literature/alves_2011_electrochemistry_6010/alves_2011_electrochemistry_6010.bib +++ b/literature/alves_2011_electrochemistry_6010/alves_2011_electrochemistry_6010.bib @@ -7,5 +7,5 @@ @article{alves_2011_electrochemistry_6010 pages={6010--6021}, year={2011}, publisher={Royal Society of Chemistry}, - abstract={We investigated the electrochemical oxidation and reduction processes on ultrahigh vacuum prepared, smooth and structurally well-characterized Ru(0001) electrodes in a CO-saturated and, for comparison, in a CO-free flowing perchloric acid electrolyte by electrochemical methods and by comparison with previous structural data. Structure and reactivity of the adsorbed layers are largely governed by a critical potential of E = 0.57 V, which determines the onset of Oad formation on the COad saturated surface in the positive-going scan and of Oadreduction in the negative-going scan. Oad formation proceeds via nucleation and 2D growth of high-coverage Oad islands in a surrounding COad phase, and it is connected with COadoxidation at the interface between the two phases. In the negative-going scan, mixed (COad + Oad) phases, most likely a (2 $\times$ 2)-(CO + 2O) and a (2$\times$2)-(2CO + O), are proposed to form at E $<$ 0.57 V by reduction of the Oad-rich islands and CO adsorption into the resulting lower-density Oad structures. CO bulk oxidation rates in the potential range E $>$ 0.57 V are low, but significantly higher than those observed during oxidation of pre-adsorbed CO in the CO-free electrolyte. We relate this to high local COad coverages due to CO adsorption in the CO-saturated electrolyte, which lowers the CO adsorption energy and thus the barrier for COadoxidation during CO bulk oxidation.} + abstract={We investigated the electrochemical oxidation and reduction processes on ultrahigh vacuum prepared, smooth and structurally well-characterized Ru(0001) electrodes in a CO-saturated and, for comparison, in a CO-free flowing HClO4 electrolyte by electrochemical methods and by comparison with previous structural data. Structure and reactivity of the adsorbed layers are largely governed by a critical potential of E = 0.57 V, which determines the onset of Oad formation on the COad saturated surface in the positive-going scan and of Oadreduction in the negative-going scan. Oad formation proceeds via nucleation and 2D growth of high-coverage Oad islands in a surrounding COad phase, and it is connected with COadoxidation at the interface between the two phases. In the negative-going scan, mixed (COad + Oad) phases, most likely a (2 $\times$ 2)-(CO + 2O) and a (2$\times$2)-(2CO + O), are proposed to form at E $<$ 0.57 V by reduction of the Oad-rich islands and CO adsorption into the resulting lower-density Oad structures. CO bulk oxidation rates in the potential range E $>$ 0.57 V are low, but significantly higher than those observed during oxidation of pre-adsorbed CO in the CO-free electrolyte. We relate this to high local COad coverages due to CO adsorption in the CO-saturated electrolyte, which lowers the CO adsorption energy and thus the barrier for COadoxidation during CO bulk oxidation.} } diff --git a/literature/alves_2011_electrochemistry_6010/alves_2011_electrochemistry_6010_p2_2a_solid.yaml b/literature/alves_2011_electrochemistry_6010/alves_2011_electrochemistry_6010_p2_2a_solid.yaml deleted file mode 100644 index 6e90b3758..000000000 --- a/literature/alves_2011_electrochemistry_6010/alves_2011_electrochemistry_6010_p2_2a_solid.yaml +++ /dev/null @@ -1,83 +0,0 @@ -# This file describes a figure from a publication containing electrochemical data. -# For the `echemdb/website` project, the source, curator and electrochemical system is mandatory. -# Figure description is optional. It is created automatically by the cv module of svgdigitizer - -source: - version: 1 - url: https://doi.org/10.1039/C0CP01001D - bib: alves_2011_electrochemistry_6010 # AuthorName_YYYY_FirstWordTitle_pageNr. No prepositions. Fingers crossed that there is no duplicate. - figure: 2a # depending on the subfigure labels use 1, 1b, or 1_3 - curve: solid # use a unique short description to identify the curve in the figure, i.e.. label, color, etc - -curator: - version: 1 - name: Albert Engstfeld - orcid: https://orcid.org/0000-0002-9686-3948 - digitized: 2021-07-09 # YYYY-MM-DD - -figure description: - version: 1 - linked measurements: null # FTIR, SXRD, Ring Disc - indicate if any other operando methods were shown in the same plot, which is linked to the data - comment: # Add whatever you think is important to understand the data - -electrochemical system: - version: 1 - instrumentation: - - type: potentiostat - supplier: null - electrolyte: - type: aq # aqueous = aq, non-aqueous=naq - components: # create as many components as necessary. A simple electrolyte consists of two components, i.e., H2SO4 and water - - name: H2O # can be trivia name, sum formula, etc - type: solvent - proportion: - value: 100 - unit: volume percent - source: - refinement: Millipore MilliQ - quality: ultrapure water - total organic carbon: - value: none - unit: none - - name: HClO4 - type: acid - source: - supplier: Merck Suprapur - LOT: null - concentration: - value: 0.1 - unit: mol / l - ph: - value: 1 - uncertainty: none - temperature: # provide the temperature as it is given in the article. Assume room temperature if nothing is provided - value: 298.15 - unit: K # [K, C, F] - electrodes: - configuration: three # number of electrodes - reference electrode: - type: RHE # the reference electrode given in the experimental section. Might differ from that in the plot: MSE-sat, MSE-3M, MSE-1M, RHE, AgCl2 - source: - supplier: homemade - counter electrode: - material: null - crystallographic orientation: null - shape: null - working electrode: - material: Ru - crystallographic orientation: '0001' # 'hkl', '100', '110', 'poly'. Force string with ''. Otherwise leading zeros will be removed and the entry will be understood as an octal number. - source: - supplier: Mateck - LOT: - shape: # optional - type: hat shaped # bead/sphere - height: - value: 2 - unit: mm - diameter: - value: null - unit: null - geometric electrolyte contact area: - value: null - unit: null - preparation procedure: sputter and flash annealing under UHV conditions # Short description of sample preparation. This can be very useful. :) diff --git a/literature/alves_2011_electrochemistry_6010/alves_2011_electrochemistry_6010_p2_2a_solid.svg b/literature/alves_2011_electrochemistry_6010/alves_2011_electrochemistry_6010_p2_f2a_solid.svg similarity index 96% rename from literature/alves_2011_electrochemistry_6010/alves_2011_electrochemistry_6010_p2_2a_solid.svg rename to literature/alves_2011_electrochemistry_6010/alves_2011_electrochemistry_6010_p2_f2a_solid.svg index 8e9bba4b1..56ed9d270 100644 --- a/literature/alves_2011_electrochemistry_6010/alves_2011_electrochemistry_6010_p2_2a_solid.svg +++ b/literature/alves_2011_electrochemistry_6010/alves_2011_electrochemistry_6010_p2_f2a_solid.svg @@ -12,7 +12,7 @@ version="1.2" width="4961px" id="svg6" - sodipodi:docname="alves_2011_electrochemistry_6010_p2_2a_solid.svg" + sodipodi:docname="alves_2011_electrochemistry_6010_p2_f2a_solid.svg" inkscape:version="0.92.2 (5c3e80d, 2017-08-06)"> @@ -66,7 +66,7 @@ id="tspan4506" x="1851.7422" y="4891.021" - style="font-size:66.66666412px">rate: 0.05 V s-1 + style="font-size:66.66666412px">rate: 0.05 V / s y2: 0.1 mA cm-2 + sodipodi:role="line">y2: 0.1 mA / cm2 y1: -0.8 mA cm-2 + sodipodi:role="line">y1: -0.8 mA / cm2 @@ -48,8 +48,8 @@ rate: 50 mV/s + style="stroke-width:9.70152664">rate: 50 mV / s diff --git a/literature/briega-martos_2021_cation_XXX/briega-martos_2021_cation_XXX_p2_Fig1_Cs_2.3.yaml b/literature/briega-martos_2021_cation_48/briega-martos_2021_cation_48_p2_f1_Cs_2.3.yaml similarity index 57% rename from literature/briega-martos_2021_cation_XXX/briega-martos_2021_cation_XXX_p2_Fig1_Cs_2.3.yaml rename to literature/briega-martos_2021_cation_48/briega-martos_2021_cation_48_p2_f1_Cs_2.3.yaml index d37601d1b..b73977595 100644 --- a/literature/briega-martos_2021_cation_XXX/briega-martos_2021_cation_XXX_p2_Fig1_Cs_2.3.yaml +++ b/literature/briega-martos_2021_cation_48/briega-martos_2021_cation_48_p2_f1_Cs_2.3.yaml @@ -1,7 +1,5 @@ -curator: - digitized: 2021-09-21 - name: Nicolas Hoermann - orcid: https://orcid.org/0000-0001-6944-5575 +# This file is part of echemdb (https://github.com/echemdb/website) +# Details on the meta data structure can be found on https://github.com/echemdb/metadata-schema electrochemical system: electrodes: configuration: three @@ -10,27 +8,19 @@ electrochemical system: material: Pt shape: coiled wire reference electrode: - source: - supplier: none type: RHE working electrode: - crystallographic orientation: 111 + crystallographic orientation: '111' geometric electrolyte contact area: - unit: cm-2 - value: null + unit: 1 / cm2 material: Pt - preparation procedure: null shape: diameter: unit: mm value: 2 height: unit: mm - value: null type: bead - source: - LOT: null - supplier: null electrolyte: components: - concentration: @@ -38,34 +28,42 @@ electrochemical system: value: 0.1 name: CsF source: - supplier: Alfa Aesar, Puratronic 99.99% (metal basis) - sum formula: CsF + supplier: Alfa Aesar Puratronic + supplied purity: + grade: + value: 99.99 + unit: pct type: salt - name: water source: - comment: deoxigenated H2O2 solution (Fluka, TraceSELECT Ultra, for trace analysis). quality: ultrapure water - sum formula: H2O type: solvent - concentration: unit: mol / l - value: null - name: perchloric acid + name: HClO4 source: - LOT: null supplier: Merck - sum formula: HClO4 type: acid ph: - uncertainty: null value: 2.3 temperature: unit: K value: 298.15 type: aq source: - bib: briega-martos_2021_cation_XXX + citation key: briega-martos_2021_cation_48 curve: First cycle url: https://doi.org/10.1021/acsmeasuresciau.1c00004 figure: 1 version: 1 +curation: + version: 1 + process: + - role: curator + name: Nicolas Hoermann + orcid: https://orcid.org/0000-0001-6944-5575 + date: 2021-09-21 + - role: reviewer + name: Albert Engstfeld + orcid: https://orcid.org/0000-0002-9686-3948 + date: 2022-01-21 diff --git a/literature/briega-martos_2021_cation_XXX/briega-martos_2021_cation_XXX_p2_Fig1_Cs_2.9.svg b/literature/briega-martos_2021_cation_48/briega-martos_2021_cation_48_p2_f1_Cs_2.9.svg similarity index 97% rename from literature/briega-martos_2021_cation_XXX/briega-martos_2021_cation_XXX_p2_Fig1_Cs_2.9.svg rename to literature/briega-martos_2021_cation_48/briega-martos_2021_cation_48_p2_f1_Cs_2.9.svg index cf564c911..887aa952d 100644 --- a/literature/briega-martos_2021_cation_XXX/briega-martos_2021_cation_XXX_p2_Fig1_Cs_2.9.svg +++ b/literature/briega-martos_2021_cation_48/briega-martos_2021_cation_48_p2_f1_Cs_2.9.svg @@ -12,7 +12,7 @@ version="1.2" width="5212px" id="svg6" - sodipodi:docname="briega-martos_2021_cation_XXX_p2_Fig1_Cs_2.9.svg" + sodipodi:docname="briega-martos_2021_cation_48_p2_f1_Cs_2.9.svg" inkscape:version="0.92.5 (2060ec1f9f, 2020-04-08)"> @@ -48,8 +48,8 @@ rate: 50 mV/s + style="stroke-width:9.70152664">rate: 50 mV / s diff --git a/literature/briega-martos_2021_cation_XXX/briega-martos_2021_cation_XXX_p2_Fig1_Cs_2.9.yaml b/literature/briega-martos_2021_cation_48/briega-martos_2021_cation_48_p2_f1_Cs_2.9.yaml similarity index 57% rename from literature/briega-martos_2021_cation_XXX/briega-martos_2021_cation_XXX_p2_Fig1_Cs_2.9.yaml rename to literature/briega-martos_2021_cation_48/briega-martos_2021_cation_48_p2_f1_Cs_2.9.yaml index 19bd586d6..3a2abafb5 100644 --- a/literature/briega-martos_2021_cation_XXX/briega-martos_2021_cation_XXX_p2_Fig1_Cs_2.9.yaml +++ b/literature/briega-martos_2021_cation_48/briega-martos_2021_cation_48_p2_f1_Cs_2.9.yaml @@ -1,7 +1,5 @@ -curator: - digitized: 2021-09-21 - name: Nicolas Hoermann - orcid: https://orcid.org/0000-0001-6944-5575 +# This file is part of echemdb (https://github.com/echemdb/website) +# Details on the meta data structure can be found on https://github.com/echemdb/metadata-schema electrochemical system: electrodes: configuration: three @@ -10,27 +8,19 @@ electrochemical system: material: Pt shape: coiled wire reference electrode: - source: - supplier: none type: RHE working electrode: - crystallographic orientation: 111 + crystallographic orientation: '111' geometric electrolyte contact area: - unit: cm-2 - value: null + unit: 1 / cm2 material: Pt - preparation procedure: null shape: diameter: unit: mm value: 2 height: unit: mm - value: null type: bead - source: - LOT: null - supplier: null electrolyte: components: - concentration: @@ -38,34 +28,42 @@ electrochemical system: value: 0.1 name: CsF source: - supplier: Alfa Aesar, Puratronic 99.99% (metal basis) - sum formula: CsF + supplier: Alfa Aesar Puratronic + supplied purity: + grade: + value: 99.99 + unit: pct type: salt - name: water source: - comment: deoxigenated H2O2 solution (Fluka, TraceSELECT Ultra, for trace analysis). quality: ultrapure water - sum formula: H2O type: solvent - concentration: unit: mol / l - value: null - name: perchloric acid + name: HClO4 source: - LOT: null supplier: Merck - sum formula: HClO4 type: acid ph: - uncertainty: null value: 2.9 temperature: unit: K value: 298.15 type: aq source: - bib: briega-martos_2021_cation_XXX + citation key: briega-martos_2021_cation_48 curve: First cycle url: https://doi.org/10.1021/acsmeasuresciau.1c00004 figure: 1 version: 1 +curation: + version: 1 + process: + - role: curator + name: Nicolas Hoermann + orcid: https://orcid.org/0000-0001-6944-5575 + date: 2021-09-21 + - role: reviewer + name: Albert Engstfeld + orcid: https://orcid.org/0000-0002-9686-3948 + date: 2022-01-21 diff --git a/literature/briega-martos_2021_cation_XXX/briega-martos_2021_cation_XXX_p2_Fig1_Cs_3.5.svg b/literature/briega-martos_2021_cation_48/briega-martos_2021_cation_48_p2_f1_Cs_3.5.svg similarity index 97% rename from literature/briega-martos_2021_cation_XXX/briega-martos_2021_cation_XXX_p2_Fig1_Cs_3.5.svg rename to literature/briega-martos_2021_cation_48/briega-martos_2021_cation_48_p2_f1_Cs_3.5.svg index a5176859a..9e079374f 100644 --- a/literature/briega-martos_2021_cation_XXX/briega-martos_2021_cation_XXX_p2_Fig1_Cs_3.5.svg +++ b/literature/briega-martos_2021_cation_48/briega-martos_2021_cation_48_p2_f1_Cs_3.5.svg @@ -12,7 +12,7 @@ version="1.2" width="5212px" id="svg6" - sodipodi:docname="briega-martos_2021_cation_XXX_p2_Fig1_Cs_3.5.svg" + sodipodi:docname="briega-martos_2021_cation_48_p2_f1_Cs_3.5.svg" inkscape:version="0.92.5 (2060ec1f9f, 2020-04-08)"> @@ -48,8 +48,8 @@ rate: 50 mV/s + style="stroke-width:9.70152664">rate: 50 mV / s diff --git a/literature/briega-martos_2021_cation_XXX/briega-martos_2021_cation_XXX_p2_Fig1_Cs_3.5.yaml b/literature/briega-martos_2021_cation_48/briega-martos_2021_cation_48_p2_f1_Cs_3.5.yaml similarity index 57% rename from literature/briega-martos_2021_cation_XXX/briega-martos_2021_cation_XXX_p2_Fig1_Cs_3.5.yaml rename to literature/briega-martos_2021_cation_48/briega-martos_2021_cation_48_p2_f1_Cs_3.5.yaml index f741d7606..107e9195c 100644 --- a/literature/briega-martos_2021_cation_XXX/briega-martos_2021_cation_XXX_p2_Fig1_Cs_3.5.yaml +++ b/literature/briega-martos_2021_cation_48/briega-martos_2021_cation_48_p2_f1_Cs_3.5.yaml @@ -1,7 +1,5 @@ -curator: - digitized: 2021-09-21 - name: Nicolas Hoermann - orcid: https://orcid.org/0000-0001-6944-5575 +# This file is part of echemdb (https://github.com/echemdb/website) +# Details on the meta data structure can be found on https://github.com/echemdb/metadata-schema electrochemical system: electrodes: configuration: three @@ -10,27 +8,19 @@ electrochemical system: material: Pt shape: coiled wire reference electrode: - source: - supplier: none type: RHE working electrode: - crystallographic orientation: 111 + crystallographic orientation: '111' geometric electrolyte contact area: - unit: cm-2 - value: null + unit: 1 / cm2 material: Pt - preparation procedure: null shape: diameter: unit: mm value: 2 height: unit: mm - value: null type: bead - source: - LOT: null - supplier: null electrolyte: components: - concentration: @@ -38,34 +28,42 @@ electrochemical system: value: 0.1 name: CsF source: - supplier: Alfa Aesar, Puratronic 99.99% (metal basis) - sum formula: CsF + supplier: Alfa Aesar Puratronic + supplied purity: + grade: + value: 99.99 + unit: pct type: salt - name: water source: - comment: deoxigenated H2O2 solution (Fluka, TraceSELECT Ultra, for trace analysis). quality: ultrapure water - sum formula: H2O type: solvent - concentration: unit: mol / l - value: null - name: perchloric acid + name: HClO4 source: - LOT: null supplier: Merck - sum formula: HClO4 type: acid ph: - uncertainty: null value: 3.5 temperature: unit: K value: 298.15 type: aq source: - bib: briega-martos_2021_cation_XXX + citation key: briega-martos_2021_cation_48 curve: First cycle url: https://doi.org/10.1021/acsmeasuresciau.1c00004 figure: 1 version: 1 +curation: + version: 1 + process: + - role: curator + name: Nicolas Hoermann + orcid: https://orcid.org/0000-0001-6944-5575 + date: 2021-09-21 + - role: reviewer + name: Albert Engstfeld + orcid: https://orcid.org/0000-0002-9686-3948 + date: 2022-01-21 diff --git a/literature/briega-martos_2021_cation_XXX/briega-martos_2021_cation_XXX_p2_Fig1_Cs_4.0.svg b/literature/briega-martos_2021_cation_48/briega-martos_2021_cation_48_p2_f1_Cs_4.0.svg similarity index 96% rename from literature/briega-martos_2021_cation_XXX/briega-martos_2021_cation_XXX_p2_Fig1_Cs_4.0.svg rename to literature/briega-martos_2021_cation_48/briega-martos_2021_cation_48_p2_f1_Cs_4.0.svg index 31b01fd67..87cc19701 100644 --- a/literature/briega-martos_2021_cation_XXX/briega-martos_2021_cation_XXX_p2_Fig1_Cs_4.0.svg +++ b/literature/briega-martos_2021_cation_48/briega-martos_2021_cation_48_p2_f1_Cs_4.0.svg @@ -12,7 +12,7 @@ version="1.2" width="5212px" id="svg6" - sodipodi:docname="briega-martos_2021_cation_XXX_p2_Fig1_Cs_4.0.svg" + sodipodi:docname="briega-martos_2021_cation_48_p2_f1_Cs_4.0.svg" inkscape:version="0.92.5 (2060ec1f9f, 2020-04-08)"> @@ -48,8 +48,8 @@ rate: 50 mV/s + style="stroke-width:9.70152664">rate: 50 mV / s diff --git a/literature/briega-martos_2021_cation_XXX/briega-martos_2021_cation_XXX_p2_Fig1_Cs_4.0.yaml b/literature/briega-martos_2021_cation_48/briega-martos_2021_cation_48_p2_f1_Cs_4.0.yaml similarity index 57% rename from literature/briega-martos_2021_cation_XXX/briega-martos_2021_cation_XXX_p2_Fig1_Cs_4.0.yaml rename to literature/briega-martos_2021_cation_48/briega-martos_2021_cation_48_p2_f1_Cs_4.0.yaml index cebf062aa..7b0da654d 100644 --- a/literature/briega-martos_2021_cation_XXX/briega-martos_2021_cation_XXX_p2_Fig1_Cs_4.0.yaml +++ b/literature/briega-martos_2021_cation_48/briega-martos_2021_cation_48_p2_f1_Cs_4.0.yaml @@ -1,7 +1,5 @@ -curator: - digitized: 2021-09-21 - name: Nicolas Hoermann - orcid: https://orcid.org/0000-0001-6944-5575 +# This file is part of echemdb (https://github.com/echemdb/website) +# Details on the meta data structure can be found on https://github.com/echemdb/metadata-schema electrochemical system: electrodes: configuration: three @@ -10,27 +8,19 @@ electrochemical system: material: Pt shape: coiled wire reference electrode: - source: - supplier: none type: RHE working electrode: - crystallographic orientation: 111 + crystallographic orientation: '111' geometric electrolyte contact area: - unit: cm-2 - value: null + unit: 1 / cm2 material: Pt - preparation procedure: null shape: diameter: unit: mm value: 2 height: unit: mm - value: null type: bead - source: - LOT: null - supplier: null electrolyte: components: - concentration: @@ -38,34 +28,42 @@ electrochemical system: value: 0.1 name: CsF source: - supplier: Alfa Aesar, Puratronic 99.99% (metal basis) - sum formula: CsF + supplier: Alfa Aesar Puratronic + supplied purity: + grade: + value: 99.99 + unit: pct type: salt - name: water source: - comment: deoxigenated H2O2 solution (Fluka, TraceSELECT Ultra, for trace analysis). quality: ultrapure water - sum formula: H2O type: solvent - concentration: unit: mol / l - value: null - name: perchloric acid + name: HClO4 source: - LOT: null supplier: Merck - sum formula: HClO4 type: acid ph: - uncertainty: null value: 4.0 temperature: unit: K value: 298.15 type: aq source: - bib: briega-martos_2021_cation_XXX + citation key: briega-martos_2021_cation_48 curve: First cycle url: https://doi.org/10.1021/acsmeasuresciau.1c00004 figure: 1 version: 1 +curation: + version: 1 + process: + - role: curator + name: Nicolas Hoermann + orcid: https://orcid.org/0000-0001-6944-5575 + date: 2021-09-21 + - role: reviewer + name: Albert Engstfeld + orcid: https://orcid.org/0000-0002-9686-3948 + date: 2022-01-21 diff --git a/literature/briega-martos_2021_cation_XXX/briega-martos_2021_cation_XXX_p2_Fig1_Cs_4.4.svg b/literature/briega-martos_2021_cation_48/briega-martos_2021_cation_48_p2_f1_Cs_4.4.svg similarity index 96% rename from literature/briega-martos_2021_cation_XXX/briega-martos_2021_cation_XXX_p2_Fig1_Cs_4.4.svg rename to literature/briega-martos_2021_cation_48/briega-martos_2021_cation_48_p2_f1_Cs_4.4.svg index 1551309af..07fe06723 100644 --- a/literature/briega-martos_2021_cation_XXX/briega-martos_2021_cation_XXX_p2_Fig1_Cs_4.4.svg +++ b/literature/briega-martos_2021_cation_48/briega-martos_2021_cation_48_p2_f1_Cs_4.4.svg @@ -12,7 +12,7 @@ version="1.2" width="5212px" id="svg6" - 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source: - supplier: none type: RHE working electrode: - crystallographic orientation: 111 + crystallographic orientation: '111' geometric electrolyte contact area: - unit: cm-2 - value: null + unit: 1 / cm2 material: Pt - preparation procedure: null shape: diameter: unit: mm value: 2 height: unit: mm - value: null type: bead - source: - LOT: null - supplier: null electrolyte: components: - concentration: @@ -38,34 +28,42 @@ electrochemical system: value: 0.1 name: CsF source: - supplier: Alfa Aesar, Puratronic 99.99% (metal basis) - sum formula: CsF + supplier: Alfa Aesar Puratronic + supplied purity: + grade: + value: 99.99 + unit: pct type: salt - name: water source: - comment: deoxigenated H2O2 solution (Fluka, TraceSELECT Ultra, for trace analysis). quality: ultrapure water - sum formula: H2O type: solvent - concentration: unit: mol / l - value: null - name: perchloric acid + name: HClO4 source: - LOT: null supplier: Merck - sum formula: HClO4 type: acid ph: - uncertainty: null value: 4.4 temperature: unit: K value: 298.15 type: aq source: - bib: briega-martos_2021_cation_XXX + citation key: briega-martos_2021_cation_48 curve: First cycle url: https://doi.org/10.1021/acsmeasuresciau.1c00004 figure: 1 version: 1 +curation: + version: 1 + process: + - role: curator + name: Nicolas Hoermann + orcid: https://orcid.org/0000-0001-6944-5575 + date: 2021-09-21 + - role: reviewer + name: Albert Engstfeld + orcid: https://orcid.org/0000-0002-9686-3948 + date: 2022-01-21 diff --git a/literature/briega-martos_2021_cation_XXX/briega-martos_2021_cation_XXX_p2_Fig1_Li_2.3.svg b/literature/briega-martos_2021_cation_48/briega-martos_2021_cation_48_p2_f1_Li_2.3.svg similarity index 97% rename from literature/briega-martos_2021_cation_XXX/briega-martos_2021_cation_XXX_p2_Fig1_Li_2.3.svg rename to literature/briega-martos_2021_cation_48/briega-martos_2021_cation_48_p2_f1_Li_2.3.svg index bedf04042..b3ecb5ff2 100644 --- a/literature/briega-martos_2021_cation_XXX/briega-martos_2021_cation_XXX_p2_Fig1_Li_2.3.svg +++ b/literature/briega-martos_2021_cation_48/briega-martos_2021_cation_48_p2_f1_Li_2.3.svg @@ -12,7 +12,7 @@ version="1.2" width="5212px" id="svg6" - 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source: - supplier: none type: RHE working electrode: - crystallographic orientation: 111 + crystallographic orientation: '111' geometric electrolyte contact area: - unit: cm-2 - value: null + unit: 1 / cm2 material: Pt - preparation procedure: null shape: diameter: unit: mm value: 2 height: unit: mm - value: null type: bead - source: - LOT: null - supplier: null electrolyte: components: - concentration: @@ -38,34 +28,42 @@ electrochemical system: value: 0.04 name: LiF source: - supplier: Merck, Suprapur, 99.99% - sum formula: LiF + supplier: Merck, Suprapur + supplied purity: + grade: + value: 99.99 + unit: pct type: salt - name: water source: - comment: deoxigenated H2O2 solution (Fluka, TraceSELECT Ultra, for trace analysis). quality: ultrapure water - sum formula: H2O type: solvent - concentration: unit: mol / l - value: null - name: perchloric acid + name: HClO4 source: - LOT: null supplier: Merck - sum formula: HClO4 type: acid ph: - uncertainty: null value: 2.3 temperature: unit: K value: 298.15 type: aq source: - bib: briega-martos_2021_cation_XXX + citation key: briega-martos_2021_cation_48 curve: First cycle url: https://doi.org/10.1021/acsmeasuresciau.1c00004 figure: 1 version: 1 +curation: + version: 1 + process: + - role: curator + name: Nicolas Hoermann + orcid: https://orcid.org/0000-0001-6944-5575 + date: 2021-09-21 + - role: reviewer + name: Albert Engstfeld + orcid: https://orcid.org/0000-0002-9686-3948 + date: 2022-01-21 diff --git a/literature/briega-martos_2021_cation_XXX/briega-martos_2021_cation_XXX_p2_Fig1_Li_2.9.svg b/literature/briega-martos_2021_cation_48/briega-martos_2021_cation_48_p2_f1_Li_2.9.svg similarity index 96% rename from literature/briega-martos_2021_cation_XXX/briega-martos_2021_cation_XXX_p2_Fig1_Li_2.9.svg rename to literature/briega-martos_2021_cation_48/briega-martos_2021_cation_48_p2_f1_Li_2.9.svg index bdbf54e40..c5857f28e 100644 --- a/literature/briega-martos_2021_cation_XXX/briega-martos_2021_cation_XXX_p2_Fig1_Li_2.9.svg +++ b/literature/briega-martos_2021_cation_48/briega-martos_2021_cation_48_p2_f1_Li_2.9.svg @@ -12,7 +12,7 @@ version="1.2" width="5212px" id="svg6" - sodipodi:docname="briega-martos_2021_cation_XXX_p2_Fig1_Li_2.9.svg" + sodipodi:docname="briega-martos_2021_cation_48_p2_f1_Li_2.9.svg" inkscape:version="0.92.5 (2060ec1f9f, 2020-04-08)"> @@ -49,8 +49,8 @@ rate: 50 mV/s + style="stroke-width:9.70152664">rate: 50 mV / s diff --git a/literature/briega-martos_2021_cation_XXX/briega-martos_2021_cation_XXX_p2_Fig1_Li_2.9.yaml b/literature/briega-martos_2021_cation_48/briega-martos_2021_cation_48_p2_f1_Li_2.9.yaml similarity index 58% rename from literature/briega-martos_2021_cation_XXX/briega-martos_2021_cation_XXX_p2_Fig1_Li_2.9.yaml rename to literature/briega-martos_2021_cation_48/briega-martos_2021_cation_48_p2_f1_Li_2.9.yaml index 648f6e833..0f7e0aba2 100644 --- a/literature/briega-martos_2021_cation_XXX/briega-martos_2021_cation_XXX_p2_Fig1_Li_2.9.yaml +++ b/literature/briega-martos_2021_cation_48/briega-martos_2021_cation_48_p2_f1_Li_2.9.yaml @@ -1,7 +1,5 @@ -curator: - digitized: 2021-09-21 - name: Nicolas Hoermann - orcid: https://orcid.org/0000-0001-6944-5575 +# This file is part of echemdb (https://github.com/echemdb/website) +# Details on the meta data structure can be found on https://github.com/echemdb/metadata-schema electrochemical system: electrodes: configuration: three @@ -10,27 +8,19 @@ electrochemical system: material: Pt shape: coiled wire reference electrode: - source: - supplier: none type: RHE working electrode: - crystallographic orientation: 111 + crystallographic orientation: '111' geometric electrolyte contact area: - unit: cm-2 - value: null + unit: 1 / cm2 material: Pt - preparation procedure: null shape: diameter: unit: mm value: 2 height: unit: mm - value: null type: bead - source: - LOT: null - supplier: null electrolyte: components: - concentration: @@ -38,34 +28,42 @@ electrochemical system: value: 0.04 name: LiF source: - supplier: Merck, Suprapur, 99.99% - sum formula: LiF + supplier: Merck, Suprapur + supplied purity: + grade: + value: 99.99 + unit: pct type: salt - name: water source: - comment: deoxigenated H2O2 solution (Fluka, TraceSELECT Ultra, for trace analysis). quality: ultrapure water - sum formula: H2O type: solvent - concentration: unit: mol / l - value: null - name: perchloric acid + name: HClO4 source: - LOT: null supplier: Merck - sum formula: HClO4 type: acid ph: - uncertainty: null value: 2.9 temperature: unit: K value: 298.15 type: aq source: - bib: briega-martos_2021_cation_XXX + citation key: briega-martos_2021_cation_48 curve: First cycle url: https://doi.org/10.1021/acsmeasuresciau.1c00004 figure: 1 version: 1 +curation: + version: 1 + process: + - role: curator + name: Nicolas Hoermann + orcid: https://orcid.org/0000-0001-6944-5575 + date: 2021-09-21 + - role: reviewer + name: Albert Engstfeld + orcid: https://orcid.org/0000-0002-9686-3948 + date: 2022-01-21 diff --git a/literature/briega-martos_2021_cation_XXX/briega-martos_2021_cation_XXX_p2_Fig1_Li_3.5.svg b/literature/briega-martos_2021_cation_48/briega-martos_2021_cation_48_p2_f1_Li_3.5.svg similarity index 96% rename from literature/briega-martos_2021_cation_XXX/briega-martos_2021_cation_XXX_p2_Fig1_Li_3.5.svg rename to literature/briega-martos_2021_cation_48/briega-martos_2021_cation_48_p2_f1_Li_3.5.svg index 0ac519d15..41ad2e12c 100644 --- a/literature/briega-martos_2021_cation_XXX/briega-martos_2021_cation_XXX_p2_Fig1_Li_3.5.svg +++ b/literature/briega-martos_2021_cation_48/briega-martos_2021_cation_48_p2_f1_Li_3.5.svg @@ -12,7 +12,7 @@ version="1.2" width="5212px" id="svg6" - sodipodi:docname="briega-martos_2021_cation_XXX_p2_Fig1_Li_3.5.svg" + sodipodi:docname="briega-martos_2021_cation_48_p2_f1_Li_3.5.svg" inkscape:version="0.92.5 (2060ec1f9f, 2020-04-08)"> @@ -49,8 +49,8 @@ rate: 50 mV/s + style="stroke-width:9.70152664">rate: 50 mV / s diff --git a/literature/briega-martos_2021_cation_XXX/briega-martos_2021_cation_XXX_p2_Fig1_Li_3.5.yaml b/literature/briega-martos_2021_cation_48/briega-martos_2021_cation_48_p2_f1_Li_3.5.yaml similarity index 58% rename from literature/briega-martos_2021_cation_XXX/briega-martos_2021_cation_XXX_p2_Fig1_Li_3.5.yaml rename to literature/briega-martos_2021_cation_48/briega-martos_2021_cation_48_p2_f1_Li_3.5.yaml index 3377c80b8..e0babedec 100644 --- a/literature/briega-martos_2021_cation_XXX/briega-martos_2021_cation_XXX_p2_Fig1_Li_3.5.yaml +++ b/literature/briega-martos_2021_cation_48/briega-martos_2021_cation_48_p2_f1_Li_3.5.yaml @@ -1,7 +1,5 @@ -curator: - digitized: 2021-09-21 - name: Nicolas Hoermann - orcid: https://orcid.org/0000-0001-6944-5575 +# This file is part of echemdb (https://github.com/echemdb/website) +# Details on the meta data structure can be found on https://github.com/echemdb/metadata-schema electrochemical system: electrodes: configuration: three @@ -10,27 +8,19 @@ electrochemical system: material: Pt shape: coiled wire reference electrode: - source: - supplier: none type: RHE working electrode: - crystallographic orientation: 111 + crystallographic orientation: '111' geometric electrolyte contact area: - unit: cm-2 - value: null + unit: 1 / cm2 material: Pt - preparation procedure: null shape: diameter: unit: mm value: 2 height: unit: mm - value: null type: bead - source: - LOT: null - supplier: null electrolyte: components: - concentration: @@ -38,34 +28,42 @@ electrochemical system: value: 0.04 name: LiF source: - supplier: Merck, Suprapur, 99.99% - sum formula: LiF + supplier: Merck, Suprapur + supplied purity: + grade: + value: 99.99 + unit: pct type: salt - name: water source: - comment: deoxigenated H2O2 solution (Fluka, TraceSELECT Ultra, for trace analysis). quality: ultrapure water - sum formula: H2O type: solvent - concentration: unit: mol / l - value: null - name: perchloric acid + name: HClO4 source: - LOT: null supplier: Merck - sum formula: HClO4 type: acid ph: - uncertainty: null value: 3.5 temperature: unit: K value: 298.15 type: aq source: - bib: briega-martos_2021_cation_XXX + citation key: briega-martos_2021_cation_48 curve: First cycle url: https://doi.org/10.1021/acsmeasuresciau.1c00004 figure: 1 version: 1 +curation: + version: 1 + process: + - role: curator + name: Nicolas Hoermann + orcid: https://orcid.org/0000-0001-6944-5575 + date: 2021-09-21 + - role: reviewer + name: Albert Engstfeld + orcid: https://orcid.org/0000-0002-9686-3948 + date: 2022-01-21 diff --git a/literature/briega-martos_2021_cation_XXX/briega-martos_2021_cation_XXX_p2_Fig1_Li_4.0.svg b/literature/briega-martos_2021_cation_48/briega-martos_2021_cation_48_p2_f1_Li_4.0.svg similarity index 96% rename from literature/briega-martos_2021_cation_XXX/briega-martos_2021_cation_XXX_p2_Fig1_Li_4.0.svg rename to literature/briega-martos_2021_cation_48/briega-martos_2021_cation_48_p2_f1_Li_4.0.svg index 4e04d4f05..ef2d26d7f 100644 --- a/literature/briega-martos_2021_cation_XXX/briega-martos_2021_cation_XXX_p2_Fig1_Li_4.0.svg +++ b/literature/briega-martos_2021_cation_48/briega-martos_2021_cation_48_p2_f1_Li_4.0.svg @@ -12,7 +12,7 @@ version="1.2" width="5212px" id="svg6" - sodipodi:docname="briega-martos_2021_cation_XXX_p2_Fig1_Li_4.0.svg" + sodipodi:docname="briega-martos_2021_cation_48_p2_f1_Li_4.0.svg" inkscape:version="0.92.5 (2060ec1f9f, 2020-04-08)"> @@ -49,8 +49,8 @@ rate: 50 mV/s + style="stroke-width:9.70152664">rate: 50 mV / s diff --git a/literature/briega-martos_2021_cation_XXX/briega-martos_2021_cation_XXX_p2_Fig1_Li_4.0.yaml b/literature/briega-martos_2021_cation_48/briega-martos_2021_cation_48_p2_f1_Li_4.0.yaml similarity index 58% rename from literature/briega-martos_2021_cation_XXX/briega-martos_2021_cation_XXX_p2_Fig1_Li_4.0.yaml rename to literature/briega-martos_2021_cation_48/briega-martos_2021_cation_48_p2_f1_Li_4.0.yaml index ea835dba7..831ef2e24 100644 --- a/literature/briega-martos_2021_cation_XXX/briega-martos_2021_cation_XXX_p2_Fig1_Li_4.0.yaml +++ b/literature/briega-martos_2021_cation_48/briega-martos_2021_cation_48_p2_f1_Li_4.0.yaml @@ -1,7 +1,5 @@ -curator: - digitized: 2021-09-21 - name: Nicolas Hoermann - orcid: https://orcid.org/0000-0001-6944-5575 +# This file is part of echemdb (https://github.com/echemdb/website) +# Details on the meta data structure can be found on https://github.com/echemdb/metadata-schema electrochemical system: electrodes: configuration: three @@ -10,27 +8,19 @@ electrochemical system: material: Pt shape: coiled wire reference electrode: - source: - supplier: none type: RHE working electrode: - crystallographic orientation: 111 + crystallographic orientation: '111' geometric electrolyte contact area: - unit: cm-2 - value: null + unit: 1 / cm2 material: Pt - preparation procedure: null shape: diameter: unit: mm value: 2 height: unit: mm - value: null type: bead - source: - LOT: null - supplier: null electrolyte: components: - concentration: @@ -38,34 +28,42 @@ electrochemical system: value: 0.04 name: LiF source: - supplier: Merck, Suprapur, 99.99% - sum formula: LiF + supplier: Merck, Suprapur + supplied purity: + grade: + value: 99.99 + unit: pct type: salt - name: water source: - comment: deoxigenated H2O2 solution (Fluka, TraceSELECT Ultra, for trace analysis). quality: ultrapure water - sum formula: H2O type: solvent - concentration: unit: mol / l - value: null - name: perchloric acid + name: HClO4 source: - LOT: null supplier: Merck - sum formula: HClO4 type: acid ph: - uncertainty: null value: 4.0 temperature: unit: K value: 298.15 type: aq source: - bib: briega-martos_2021_cation_XXX + citation key: briega-martos_2021_cation_48 curve: First cycle url: https://doi.org/10.1021/acsmeasuresciau.1c00004 figure: 1 version: 1 +curation: + version: 1 + process: + - role: curator + name: Nicolas Hoermann + orcid: https://orcid.org/0000-0001-6944-5575 + date: 2021-09-21 + - role: reviewer + name: Albert Engstfeld + orcid: https://orcid.org/0000-0002-9686-3948 + date: 2022-01-21 diff --git a/literature/briega-martos_2021_cation_XXX/briega-martos_2021_cation_XXX_p2_Fig1_Li_4.4.svg b/literature/briega-martos_2021_cation_48/briega-martos_2021_cation_48_p2_f1_Li_4.4.svg similarity index 96% rename from literature/briega-martos_2021_cation_XXX/briega-martos_2021_cation_XXX_p2_Fig1_Li_4.4.svg rename to literature/briega-martos_2021_cation_48/briega-martos_2021_cation_48_p2_f1_Li_4.4.svg index ca5524f61..d1cf25e9b 100644 --- a/literature/briega-martos_2021_cation_XXX/briega-martos_2021_cation_XXX_p2_Fig1_Li_4.4.svg +++ b/literature/briega-martos_2021_cation_48/briega-martos_2021_cation_48_p2_f1_Li_4.4.svg @@ -12,7 +12,7 @@ version="1.2" width="5212px" id="svg6" - sodipodi:docname="briega-martos_2021_cation_XXX_p2_Fig1_Li_4.4.svg" + sodipodi:docname="briega-martos_2021_cation_48_p2_f1_Li_4.4.svg" inkscape:version="0.92.5 (2060ec1f9f, 2020-04-08)"> @@ -49,8 +49,8 @@ rate: 50 mV/s + style="stroke-width:9.70152664">rate: 50 mV / s diff --git a/literature/briega-martos_2021_cation_XXX/briega-martos_2021_cation_XXX_p2_Fig1_Li_4.4.yaml b/literature/briega-martos_2021_cation_48/briega-martos_2021_cation_48_p2_f1_Li_4.4.yaml similarity index 58% rename from literature/briega-martos_2021_cation_XXX/briega-martos_2021_cation_XXX_p2_Fig1_Li_4.4.yaml rename to literature/briega-martos_2021_cation_48/briega-martos_2021_cation_48_p2_f1_Li_4.4.yaml index 8d1d64ca3..abdf402f0 100644 --- a/literature/briega-martos_2021_cation_XXX/briega-martos_2021_cation_XXX_p2_Fig1_Li_4.4.yaml +++ b/literature/briega-martos_2021_cation_48/briega-martos_2021_cation_48_p2_f1_Li_4.4.yaml @@ -1,7 +1,5 @@ -curator: - digitized: 2021-09-21 - name: Nicolas Hoermann - orcid: https://orcid.org/0000-0001-6944-5575 +# This file is part of echemdb (https://github.com/echemdb/website) +# Details on the meta data structure can be found on https://github.com/echemdb/metadata-schema electrochemical system: electrodes: configuration: three @@ -10,27 +8,19 @@ electrochemical system: material: Pt shape: coiled wire reference electrode: - source: - supplier: none type: RHE working electrode: - crystallographic orientation: 111 + crystallographic orientation: '111' geometric electrolyte contact area: - unit: cm-2 - value: null + unit: 1 / cm2 material: Pt - preparation procedure: null shape: diameter: unit: mm value: 2 height: unit: mm - value: null type: bead - source: - LOT: null - supplier: null electrolyte: components: - concentration: @@ -38,34 +28,42 @@ electrochemical system: value: 0.04 name: LiF source: - supplier: Merck, Suprapur, 99.99% - sum formula: LiF + supplier: Merck, Suprapur + supplied purity: + grade: + value: 99.99 + unit: pct type: salt - name: water source: - comment: deoxigenated H2O2 solution (Fluka, TraceSELECT Ultra, for trace analysis). quality: ultrapure water - sum formula: H2O type: solvent - concentration: unit: mol / l - value: null - name: perchloric acid + name: HClO4 source: - LOT: null supplier: Merck - sum formula: HClO4 type: acid ph: - uncertainty: null value: 4.4 temperature: unit: K value: 298.15 type: aq source: - bib: briega-martos_2021_cation_XXX + citation key: briega-martos_2021_cation_48 curve: First cycle url: https://doi.org/10.1021/acsmeasuresciau.1c00004 figure: 1 version: 1 +curation: + version: 1 + process: + - role: curator + name: Nicolas Hoermann + orcid: https://orcid.org/0000-0001-6944-5575 + date: 2021-09-21 + - role: reviewer + name: Albert Engstfeld + orcid: https://orcid.org/0000-0002-9686-3948 + date: 2022-01-21 diff --git a/literature/briega-martos_2021_cation_XXX/briega-martos_2021_cation_XXX_p2_Fig1_Na_2.3.svg b/literature/briega-martos_2021_cation_48/briega-martos_2021_cation_48_p2_f1_Na_2.3.svg similarity index 96% rename from literature/briega-martos_2021_cation_XXX/briega-martos_2021_cation_XXX_p2_Fig1_Na_2.3.svg rename to literature/briega-martos_2021_cation_48/briega-martos_2021_cation_48_p2_f1_Na_2.3.svg index cc2d07420..a9559fb7c 100644 --- a/literature/briega-martos_2021_cation_XXX/briega-martos_2021_cation_XXX_p2_Fig1_Na_2.3.svg +++ b/literature/briega-martos_2021_cation_48/briega-martos_2021_cation_48_p2_f1_Na_2.3.svg @@ -12,7 +12,7 @@ version="1.2" width="5212px" id="svg6" - sodipodi:docname="briega-martos_2021_cation_XXX_p2_Fig1_Na_prototype.svg" + sodipodi:docname="briega-martos_2021_cation_48_p2_f1_Na_prototype.svg" inkscape:version="0.92.5 (2060ec1f9f, 2020-04-08)"> @@ -49,8 +49,8 @@ rate: 50 mV/s + style="stroke-width:9.70152664">rate: 50 mV / s diff --git a/literature/briega-martos_2021_cation_XXX/briega-martos_2021_cation_XXX_p2_Fig1_Na_2.3.yaml b/literature/briega-martos_2021_cation_48/briega-martos_2021_cation_48_p2_f1_Na_2.3.yaml similarity index 58% rename from literature/briega-martos_2021_cation_XXX/briega-martos_2021_cation_XXX_p2_Fig1_Na_2.3.yaml rename to literature/briega-martos_2021_cation_48/briega-martos_2021_cation_48_p2_f1_Na_2.3.yaml index 4fd7f67f2..6ef31f0b3 100644 --- a/literature/briega-martos_2021_cation_XXX/briega-martos_2021_cation_XXX_p2_Fig1_Na_2.3.yaml +++ b/literature/briega-martos_2021_cation_48/briega-martos_2021_cation_48_p2_f1_Na_2.3.yaml @@ -1,7 +1,5 @@ -curator: - digitized: 2021-09-21 - name: Nicolas Hoermann - orcid: https://orcid.org/0000-0001-6944-5575 +# This file is part of echemdb (https://github.com/echemdb/website) +# Details on the meta data structure can be found on https://github.com/echemdb/metadata-schema electrochemical system: electrodes: configuration: three @@ -10,27 +8,19 @@ electrochemical system: material: Pt shape: coiled wire reference electrode: - source: - supplier: none type: RHE working electrode: - crystallographic orientation: 111 + crystallographic orientation: '111' geometric electrolyte contact area: - unit: cm-2 - value: null + unit: 1 / cm2 material: Pt - preparation procedure: null shape: diameter: unit: mm value: 2 height: unit: mm - value: null type: bead - source: - LOT: null - supplier: null electrolyte: components: - concentration: @@ -38,34 +28,42 @@ electrochemical system: value: 0.1 name: NaF source: - supplier: Merck, Suprapur, 99.99% - sum formula: NaF + supplier: Merck, Suprapur + supplied purity: + grade: + value: 99.99 + unit: pct type: salt - name: water source: - comment: deoxigenated H2O2 solution (Fluka, TraceSELECT Ultra, for trace analysis). quality: ultrapure water - sum formula: H2O type: solvent - concentration: unit: mol / l - value: null - name: perchloric acid + name: HClO4 source: - LOT: null supplier: Merck - sum formula: HClO4 type: acid ph: - uncertainty: null value: 2.3 temperature: unit: K value: 298.15 type: aq source: - bib: briega-martos_2021_cation_XXX + citation key: briega-martos_2021_cation_48 curve: First cycle url: https://doi.org/10.1021/acsmeasuresciau.1c00004 figure: 1 version: 1 +curation: + version: 1 + process: + - role: curator + name: Nicolas Hoermann + orcid: https://orcid.org/0000-0001-6944-5575 + date: 2021-09-21 + - role: reviewer + name: Albert Engstfeld + orcid: https://orcid.org/0000-0002-9686-3948 + date: 2022-01-21 diff --git a/literature/briega-martos_2021_cation_XXX/briega-martos_2021_cation_XXX_p2_Fig1_Na_2.9.svg b/literature/briega-martos_2021_cation_48/briega-martos_2021_cation_48_p2_f1_Na_2.9.svg similarity index 97% rename from literature/briega-martos_2021_cation_XXX/briega-martos_2021_cation_XXX_p2_Fig1_Na_2.9.svg rename to literature/briega-martos_2021_cation_48/briega-martos_2021_cation_48_p2_f1_Na_2.9.svg index 47157dd71..09d23ae5e 100644 --- a/literature/briega-martos_2021_cation_XXX/briega-martos_2021_cation_XXX_p2_Fig1_Na_2.9.svg +++ b/literature/briega-martos_2021_cation_48/briega-martos_2021_cation_48_p2_f1_Na_2.9.svg @@ -12,7 +12,7 @@ version="1.2" width="5212px" id="svg6" - sodipodi:docname="briega-martos_2021_cation_XXX_p2_Fig1_Na_2.9.svg" + sodipodi:docname="briega-martos_2021_cation_48_p2_f1_Na_2.9.svg" inkscape:version="0.92.5 (2060ec1f9f, 2020-04-08)"> @@ -49,8 +49,8 @@ rate: 50 mV/s + style="stroke-width:9.70152664">rate: 50 mV / s diff --git a/literature/briega-martos_2021_cation_XXX/briega-martos_2021_cation_XXX_p2_Fig1_Na_2.9.yaml b/literature/briega-martos_2021_cation_48/briega-martos_2021_cation_48_p2_f1_Na_2.9.yaml similarity index 58% rename from literature/briega-martos_2021_cation_XXX/briega-martos_2021_cation_XXX_p2_Fig1_Na_2.9.yaml rename to literature/briega-martos_2021_cation_48/briega-martos_2021_cation_48_p2_f1_Na_2.9.yaml index 8b6ef963e..a3f1c16c5 100644 --- a/literature/briega-martos_2021_cation_XXX/briega-martos_2021_cation_XXX_p2_Fig1_Na_2.9.yaml +++ b/literature/briega-martos_2021_cation_48/briega-martos_2021_cation_48_p2_f1_Na_2.9.yaml @@ -1,7 +1,5 @@ -curator: - digitized: 2021-09-21 - name: Nicolas Hoermann - orcid: https://orcid.org/0000-0001-6944-5575 +# This file is part of echemdb (https://github.com/echemdb/website) +# Details on the meta data structure can be found on https://github.com/echemdb/metadata-schema electrochemical system: electrodes: configuration: three @@ -10,27 +8,19 @@ electrochemical system: material: Pt shape: coiled wire reference electrode: - source: - supplier: none type: RHE working electrode: - crystallographic orientation: 111 + crystallographic orientation: '111' geometric electrolyte contact area: - unit: cm-2 - value: null + unit: 1 / cm2 material: Pt - preparation procedure: null shape: diameter: unit: mm value: 2 height: unit: mm - value: null type: bead - source: - LOT: null - supplier: null electrolyte: components: - concentration: @@ -38,34 +28,42 @@ electrochemical system: value: 0.1 name: NaF source: - supplier: Merck, Suprapur, 99.99% - sum formula: NaF + supplier: Merck, Suprapur + supplied purity: + grade: + value: 99.99 + unit: pct type: salt - name: water source: - comment: deoxigenated H2O2 solution (Fluka, TraceSELECT Ultra, for trace analysis). quality: ultrapure water - sum formula: H2O type: solvent - concentration: unit: mol / l - value: null - name: perchloric acid + name: HClO4 source: - LOT: null supplier: Merck - sum formula: HClO4 type: acid ph: - uncertainty: null value: 2.9 temperature: unit: K value: 298.15 type: aq source: - bib: briega-martos_2021_cation_XXX + citation key: briega-martos_2021_cation_48 curve: First cycle url: https://doi.org/10.1021/acsmeasuresciau.1c00004 figure: 1 version: 1 +curation: + version: 1 + process: + - role: curator + name: Nicolas Hoermann + orcid: https://orcid.org/0000-0001-6944-5575 + date: 2021-09-21 + - role: reviewer + name: Albert Engstfeld + orcid: https://orcid.org/0000-0002-9686-3948 + date: 2022-01-21 diff --git a/literature/briega-martos_2021_cation_XXX/briega-martos_2021_cation_XXX_p2_Fig1_Na_3.5.svg b/literature/briega-martos_2021_cation_48/briega-martos_2021_cation_48_p2_f1_Na_3.5.svg similarity index 97% rename from literature/briega-martos_2021_cation_XXX/briega-martos_2021_cation_XXX_p2_Fig1_Na_3.5.svg rename to literature/briega-martos_2021_cation_48/briega-martos_2021_cation_48_p2_f1_Na_3.5.svg index 167eb7f28..e04e35f9f 100644 --- a/literature/briega-martos_2021_cation_XXX/briega-martos_2021_cation_XXX_p2_Fig1_Na_3.5.svg +++ b/literature/briega-martos_2021_cation_48/briega-martos_2021_cation_48_p2_f1_Na_3.5.svg @@ -12,7 +12,7 @@ version="1.2" width="5212px" id="svg6" - sodipodi:docname="briega-martos_2021_cation_XXX_p2_Fig1_Na_3.5.svg" + sodipodi:docname="briega-martos_2021_cation_48_p2_f1_Na_3.5.svg" inkscape:version="0.92.5 (2060ec1f9f, 2020-04-08)"> @@ -49,8 +49,8 @@ rate: 50 mV/s + style="stroke-width:9.70152664">rate: 50 mV / s diff --git a/literature/briega-martos_2021_cation_XXX/briega-martos_2021_cation_XXX_p2_Fig1_Na_3.5.yaml b/literature/briega-martos_2021_cation_48/briega-martos_2021_cation_48_p2_f1_Na_3.5.yaml similarity index 58% rename from literature/briega-martos_2021_cation_XXX/briega-martos_2021_cation_XXX_p2_Fig1_Na_3.5.yaml rename to literature/briega-martos_2021_cation_48/briega-martos_2021_cation_48_p2_f1_Na_3.5.yaml index f8ba1a7e1..cb6cc0e85 100644 --- a/literature/briega-martos_2021_cation_XXX/briega-martos_2021_cation_XXX_p2_Fig1_Na_3.5.yaml +++ b/literature/briega-martos_2021_cation_48/briega-martos_2021_cation_48_p2_f1_Na_3.5.yaml @@ -1,7 +1,5 @@ -curator: - digitized: 2021-09-21 - name: Nicolas Hoermann - orcid: https://orcid.org/0000-0001-6944-5575 +# This file is part of echemdb (https://github.com/echemdb/website) +# Details on the meta data structure can be found on https://github.com/echemdb/metadata-schema electrochemical system: electrodes: configuration: three @@ -10,27 +8,19 @@ electrochemical system: material: Pt shape: coiled wire reference electrode: - source: - supplier: none type: RHE working electrode: - crystallographic orientation: 111 + crystallographic orientation: '111' geometric electrolyte contact area: - unit: cm-2 - value: null + unit: 1 / cm2 material: Pt - preparation procedure: null shape: diameter: unit: mm value: 2 height: unit: mm - value: null type: bead - source: - LOT: null - supplier: null electrolyte: components: - concentration: @@ -38,34 +28,42 @@ electrochemical system: value: 0.1 name: NaF source: - supplier: Merck, Suprapur, 99.99% - sum formula: NaF + supplier: Merck, Suprapur + supplied purity: + grade: + value: 99.99 + unit: pct type: salt - name: water source: - comment: deoxigenated H2O2 solution (Fluka, TraceSELECT Ultra, for trace analysis). quality: ultrapure water - sum formula: H2O type: solvent - concentration: unit: mol / l - value: null - name: perchloric acid + name: HClO4 source: - LOT: null supplier: Merck - sum formula: HClO4 type: acid ph: - uncertainty: null value: 3.5 temperature: unit: K value: 298.15 type: aq source: - bib: briega-martos_2021_cation_XXX + citation key: briega-martos_2021_cation_48 curve: First cycle url: https://doi.org/10.1021/acsmeasuresciau.1c00004 figure: 1 version: 1 +curation: + version: 1 + process: + - role: curator + name: Nicolas Hoermann + orcid: https://orcid.org/0000-0001-6944-5575 + date: 2021-09-21 + - role: reviewer + name: Albert Engstfeld + orcid: https://orcid.org/0000-0002-9686-3948 + date: 2022-01-21 diff --git a/literature/briega-martos_2021_cation_XXX/briega-martos_2021_cation_XXX_p2_Fig1_Na_4.0.svg b/literature/briega-martos_2021_cation_48/briega-martos_2021_cation_48_p2_f1_Na_4.0.svg similarity index 96% rename from literature/briega-martos_2021_cation_XXX/briega-martos_2021_cation_XXX_p2_Fig1_Na_4.0.svg rename to literature/briega-martos_2021_cation_48/briega-martos_2021_cation_48_p2_f1_Na_4.0.svg index 39f0acd0f..656a40b89 100644 --- a/literature/briega-martos_2021_cation_XXX/briega-martos_2021_cation_XXX_p2_Fig1_Na_4.0.svg +++ b/literature/briega-martos_2021_cation_48/briega-martos_2021_cation_48_p2_f1_Na_4.0.svg @@ -12,7 +12,7 @@ version="1.2" width="5212px" id="svg6" - sodipodi:docname="briega-martos_2021_cation_XXX_p2_Fig1_Na_4.0.svg" + sodipodi:docname="briega-martos_2021_cation_48_p2_f1_Na_4.0.svg" inkscape:version="0.92.5 (2060ec1f9f, 2020-04-08)"> @@ -49,8 +49,8 @@ rate: 50 mV/s + style="stroke-width:9.70152664">rate: 50 mV / s diff --git a/literature/briega-martos_2021_cation_XXX/briega-martos_2021_cation_XXX_p2_Fig1_Na_4.0.yaml b/literature/briega-martos_2021_cation_48/briega-martos_2021_cation_48_p2_f1_Na_4.0.yaml similarity index 58% rename from literature/briega-martos_2021_cation_XXX/briega-martos_2021_cation_XXX_p2_Fig1_Na_4.0.yaml rename to literature/briega-martos_2021_cation_48/briega-martos_2021_cation_48_p2_f1_Na_4.0.yaml index b04d9474b..668d6aa19 100644 --- a/literature/briega-martos_2021_cation_XXX/briega-martos_2021_cation_XXX_p2_Fig1_Na_4.0.yaml +++ b/literature/briega-martos_2021_cation_48/briega-martos_2021_cation_48_p2_f1_Na_4.0.yaml @@ -1,7 +1,5 @@ -curator: - digitized: 2021-09-21 - name: Nicolas Hoermann - orcid: https://orcid.org/0000-0001-6944-5575 +# This file is part of echemdb (https://github.com/echemdb/website) +# Details on the meta data structure can be found on https://github.com/echemdb/metadata-schema electrochemical system: electrodes: configuration: three @@ -10,27 +8,19 @@ electrochemical system: material: Pt shape: coiled wire reference electrode: - source: - supplier: none type: RHE working electrode: - crystallographic orientation: 111 + crystallographic orientation: '111' geometric electrolyte contact area: - unit: cm-2 - value: null + unit: 1 / cm2 material: Pt - preparation procedure: null shape: diameter: unit: mm value: 2 height: unit: mm - value: null type: bead - source: - LOT: null - supplier: null electrolyte: components: - concentration: @@ -38,34 +28,42 @@ electrochemical system: value: 0.1 name: NaF source: - supplier: Merck, Suprapur, 99.99% - sum formula: NaF + supplier: Merck, Suprapur + supplied purity: + grade: + value: 99.99 + unit: pct type: salt - name: water source: - comment: deoxigenated H2O2 solution (Fluka, TraceSELECT Ultra, for trace analysis). quality: ultrapure water - sum formula: H2O type: solvent - concentration: unit: mol / l - value: null - name: perchloric acid + name: HClO4 source: - LOT: null supplier: Merck - sum formula: HClO4 type: acid ph: - uncertainty: null value: 4.0 temperature: unit: K value: 298.15 type: aq source: - bib: briega-martos_2021_cation_XXX + citation key: briega-martos_2021_cation_48 curve: First cycle url: https://doi.org/10.1021/acsmeasuresciau.1c00004 figure: 1 version: 1 +curation: + version: 1 + process: + - role: curator + name: Nicolas Hoermann + orcid: https://orcid.org/0000-0001-6944-5575 + date: 2021-09-21 + - role: reviewer + name: Albert Engstfeld + orcid: https://orcid.org/0000-0002-9686-3948 + date: 2022-01-21 diff --git a/literature/briega-martos_2021_cation_XXX/briega-martos_2021_cation_XXX_p2_Fig1_Na_4.4.svg b/literature/briega-martos_2021_cation_48/briega-martos_2021_cation_48_p2_f1_Na_4.4.svg similarity index 96% rename from literature/briega-martos_2021_cation_XXX/briega-martos_2021_cation_XXX_p2_Fig1_Na_4.4.svg rename to literature/briega-martos_2021_cation_48/briega-martos_2021_cation_48_p2_f1_Na_4.4.svg index b0bb8e5cc..60b5e7e19 100644 --- a/literature/briega-martos_2021_cation_XXX/briega-martos_2021_cation_XXX_p2_Fig1_Na_4.4.svg +++ b/literature/briega-martos_2021_cation_48/briega-martos_2021_cation_48_p2_f1_Na_4.4.svg @@ -12,7 +12,7 @@ version="1.2" width="5212px" id="svg6" - sodipodi:docname="briega-martos_2021_cation_XXX_p2_Fig1_Na_4.4.svg" + sodipodi:docname="briega-martos_2021_cation_48_p2_f1_Na_4.4.svg" inkscape:version="0.92.5 (2060ec1f9f, 2020-04-08)"> @@ -49,8 +49,8 @@ rate: 50 mV/s + style="stroke-width:9.70152664">rate: 50 mV / s diff --git a/literature/briega-martos_2021_cation_XXX/briega-martos_2021_cation_XXX_p2_Fig1_Na_4.4.yaml b/literature/briega-martos_2021_cation_48/briega-martos_2021_cation_48_p2_f1_Na_4.4.yaml similarity index 58% rename from literature/briega-martos_2021_cation_XXX/briega-martos_2021_cation_XXX_p2_Fig1_Na_4.4.yaml rename to literature/briega-martos_2021_cation_48/briega-martos_2021_cation_48_p2_f1_Na_4.4.yaml index 34a5b5027..ebcc92c10 100644 --- a/literature/briega-martos_2021_cation_XXX/briega-martos_2021_cation_XXX_p2_Fig1_Na_4.4.yaml +++ b/literature/briega-martos_2021_cation_48/briega-martos_2021_cation_48_p2_f1_Na_4.4.yaml @@ -1,7 +1,5 @@ -curator: - digitized: 2021-09-21 - name: Nicolas Hoermann - orcid: https://orcid.org/0000-0001-6944-5575 +# This file is part of echemdb (https://github.com/echemdb/website) +# Details on the meta data structure can be found on https://github.com/echemdb/metadata-schema electrochemical system: electrodes: configuration: three @@ -10,27 +8,19 @@ electrochemical system: material: Pt shape: coiled wire reference electrode: - source: - supplier: none type: RHE working electrode: - crystallographic orientation: 111 + crystallographic orientation: '111' geometric electrolyte contact area: - unit: cm-2 - value: null + unit: 1 / cm2 material: Pt - preparation procedure: null shape: diameter: unit: mm value: 2 height: unit: mm - value: null type: bead - source: - LOT: null - supplier: null electrolyte: components: - concentration: @@ -38,34 +28,42 @@ electrochemical system: value: 0.1 name: NaF source: - supplier: Merck, Suprapur, 99.99% - sum formula: NaF + supplier: Merck, Suprapur + supplied purity: + grade: + value: 99.99 + unit: pct type: salt - name: water source: - comment: deoxigenated H2O2 solution (Fluka, TraceSELECT Ultra, for trace analysis). quality: ultrapure water - sum formula: H2O type: solvent - concentration: unit: mol / l - value: null - name: perchloric acid + name: HClO4 source: - LOT: null supplier: Merck - sum formula: HClO4 type: acid ph: - uncertainty: null value: 4.4 temperature: unit: K value: 298.15 type: aq source: - bib: briega-martos_2021_cation_XXX + citation key: briega-martos_2021_cation_48 curve: First cycle url: https://doi.org/10.1021/acsmeasuresciau.1c00004 figure: 1 version: 1 +curation: + version: 1 + process: + - role: curator + name: Nicolas Hoermann + orcid: https://orcid.org/0000-0001-6944-5575 + date: 2021-09-21 + - role: reviewer + name: Albert Engstfeld + orcid: https://orcid.org/0000-0002-9686-3948 + date: 2022-01-21 diff --git a/literature/endo_1999_in-situ_19/endo_1999_in-situ_19_p1_1a_flat.yaml b/literature/endo_1999_in-situ_19/endo_1999_in-situ_19_p1_1a_flat.yaml deleted file mode 100644 index 5327b5b5a..000000000 --- a/literature/endo_1999_in-situ_19/endo_1999_in-situ_19_p1_1a_flat.yaml +++ /dev/null @@ -1,102 +0,0 @@ -# This file describes a figure from a publication containing electrochemical data. -# For the `echemdb/website` project, the source, curator and electrochemical system is mandatory. -# Figure description is optional. It is created automatically by the cv module of svgdigitizer - -source: - version: 1 - url: https://doi.org/10.1016/S0022-0728(99)00148-5 #only the number without preceeding doix or https - bib: endo_1999_in-situ_19 # AuthorName_YYYY_FirstWordTitle_pageNr. No prepositions. Fingers crossed that there is no duplicate. - figure: 1a # depending on the subfigure labels use 1, 1b, or 1_3 - curve: flat # use a unique short description to identify the curve in the figure, i.e.. label, color, etc - -curator: - version: 1 - name: Markus Schilling - orcid: https://orcid.org/0000-0003-2684-3711 - digitized: 2021-10-25 # YYYY-MM-DD - -figure description: #This section will be updated by module `CV` - version: 1 - linked measurements: XAFS # FTIR, SXRD, Ring Disc - indicate if any other operando methods were shown in the same plot, which is linked to the data - comment: # Add whatever you think is important to understand the data - -electrochemical system: - version: 1 - instrumentation: - - type: - supplier: - - type: - model: - supplier: - - type: - model: - supplier: - electrolyte: - type: aq # aqueous = aq, non-aqueous=naq - components: # create as many components as necessary. A simple electrolyte consists of two components, i.e., H2SO4 and water - - name: NaBr # can be trivia name, sum formula, etc - concentration: - value: 10 - unit: mmol / l - type: # - source: - supplier: - LOT: - - name: water - type: solvent - proportion: - value: - unit: - source: - refinement: - quality: - total organic carbon: - value: - unit: - - name: - type: - proportion: - value: - unit: - - name: NaOH - type: base - source: - supplier: - LOT: - concentration: - value: 0.05 - unit: mol / l - ph: - value: - uncertainty: - temperature: # provide the temperature as it is given in the article. Assume room temperature if nothing is provided - value: 298.15 - unit: K # [K, C, F] - electrodes: - configuration: 3 # number of electrodes - reference electrode: - type: Ag/AgCl # the reference electrode given in the experimental section. Might differ from that in the plot, MSE-sat, MSE-3M, MSE-1M, RHE, AgCl2 - source: - supplier: - counter electrode: - material: Pt - crystallographic orientation: - shape: wire - working electrode: - material: Ag - crystallographic orientation: '100' # hkl, 100, 110, poly - source: - supplier: Techno Chemics - LOT: - shape: # optional - type: # bead/sphere - height: - value: - unit: - diameter: - value: - unit: - geometric electrolyte contact area: - value: - unit: - preparation procedure: Etched with H2O2 and NaCN solution. # Short description of sample preparation. This can be very useful. :) diff --git a/literature/endo_1999_in-situ_19/endo_1999_in-situ_19_p1_1b_bold.yaml b/literature/endo_1999_in-situ_19/endo_1999_in-situ_19_p1_1b_bold.yaml deleted file mode 100644 index 3a62a4db0..000000000 --- a/literature/endo_1999_in-situ_19/endo_1999_in-situ_19_p1_1b_bold.yaml +++ /dev/null @@ -1,102 +0,0 @@ -# This file describes a figure from a publication containing electrochemical data. -# For the `echemdb/website` project, the source, curator and electrochemical system is mandatory. -# Figure description is optional. It is created automatically by the cv module of svgdigitizer - -source: - version: 1 - url: https://doi.org/10.1016/S0022-0728(99)00148-5 #only the number without preceeding doix or https - bib: endo_1999_in-situ_19 # AuthorName_YYYY_FirstWordTitle_pageNr. No prepositions. Fingers crossed that there is no duplicate. - figure: 1a # depending on the subfigure labels use 1, 1b, or 1_3 - curve: bold # use a unique short description to identify the curve in the figure, i.e.. label, color, etc - -curator: - version: 1 - name: Markus Schilling - orcid: https://orcid.org/0000-0003-2684-3711 - digitized: 2021-10-25 # YYYY-MM-DD - -figure description: #This section will be updated by module `CV` - version: 1 - linked measurements: XAFS # FTIR, SXRD, Ring Disc - indicate if any other operando methods were shown in the same plot, which is linked to the data - comment: # Add whatever you think is important to understand the data - -electrochemical system: - version: 1 - instrumentation: - - type: - supplier: - - type: - model: - supplier: - - type: - model: - supplier: - electrolyte: - type: aq # aqueous = aq, non-aqueous=naq - components: # create as many components as necessary. A simple electrolyte consists of two components, i.e., H2SO4 and water - - name: NaBr # can be trivia name, sum formula, etc - concentration: - value: 50 - unit: uM #[M, mM, µM, g kg-1, ...] - type: # - source: - supplier: - LOT: - - name: water - type: solvent - proportion: - value: - unit: - source: - refinement: - quality: - total organic carbon: - value: - unit: - - name: - type: - proportion: - value: - unit: - - name: NaOH - type: base - source: - supplier: - LOT: - concentration: - value: 0.05 - unit: mol / l - ph: - value: - uncertainty: - temperature: # provide the temperature as it is given in the article. Assume room temperature if nothing is provided - value: 298.15 - unit: K # [K, C, F] - electrodes: - configuration: 3 # number of electrodes - reference electrode: - type: Ag/AgCl # the reference electrode given in the experimental section. Might differ from that in the plot, MSE-sat, MSE-3M, MSE-1M, RHE, AgCl2 - source: - supplier: - counter electrode: - material: Pt - crystallographic orientation: - shape: wire - working electrode: - material: Ag - crystallographic orientation: '100' # hkl, 100, 110, poly - source: - supplier: Techno Chemics - LOT: - shape: # optional - type: # bead/sphere - height: - value: - unit: - diameter: - value: - unit: - geometric electrolyte contact area: - value: - unit: - preparation procedure: Etched with H2O2 and NaCN solution. # Short description of sample preparation. This can be very useful. :) diff --git a/literature/endo_1999_in-situ_19/endo_1999_in-situ_19_p1_1a_flat.svg b/literature/endo_1999_in-situ_19/endo_1999_in-situ_19_p1_f1a_flat.svg similarity index 85% rename from literature/endo_1999_in-situ_19/endo_1999_in-situ_19_p1_1a_flat.svg rename to literature/endo_1999_in-situ_19/endo_1999_in-situ_19_p1_f1a_flat.svg index 1b17bb941..57dea77e9 100644 --- a/literature/endo_1999_in-situ_19/endo_1999_in-situ_19_p1_1a_flat.svg +++ b/literature/endo_1999_in-situ_19/endo_1999_in-situ_19_p1_f1a_flat.svg @@ -1,16 +1,30 @@ + sodipodi:docname="endo_1999_in-situ_19_p1_f1a_flat.svg" + inkscape:version="0.92.2 (5c3e80d, 2017-08-06)"> + + + + image/svg+xml + + + + + inkscape:current-layer="svg74819" /> + x="0" + width="5100px" + sodipodi:insensitive="true" + height="6601px" /> y2: 20 uA/cm2 + y="3818.7083">y2: 20 uA / cm2 @@ -105,7 +120,7 @@ sodipodi:role="line" id="tspan86506" x="2170.7124" - y="5186.1157">y1: -20 uA/cm2 + y="5186.1157">y1: -20 uA / cm2 @@ -134,5 +149,15 @@ sodipodi:role="line" id="tspan103537" x="3101.5747" - y="5290.9106">scan rate: 10 mV/s + y="5290.9106">scan rate: 10 mV / s + linked: XAFS diff --git a/literature/endo_1999_in-situ_19/endo_1999_in-situ_19_p1_f1a_flat.yaml b/literature/endo_1999_in-situ_19/endo_1999_in-situ_19_p1_f1a_flat.yaml new file mode 100644 index 000000000..e2ee1daa7 --- /dev/null +++ b/literature/endo_1999_in-situ_19/endo_1999_in-situ_19_p1_f1a_flat.yaml @@ -0,0 +1,53 @@ +# This file is part of echemdb (https://github.com/echemdb/website) +# Details on the meta data structure can be found on https://github.com/echemdb/metadata-schema +electrochemical system: + electrodes: + configuration: 3 + counter electrode: + material: Pt + shape: wire + reference electrode: + type: Ag/AgCl + working electrode: + crystallographic orientation: '100' + material: Ag + preparation procedure: Etched with H2O2 and NaCN solution. + source: + supplier: Techno Chemics + electrolyte: + components: + - concentration: + unit: mmol / l + value: 10 + name: NaBr + type: salt + - name: water + type: solvent + - concentration: + unit: mol / l + value: 0.05 + name: NaOH + type: base + temperature: + unit: K + value: 298.15 + type: aq + version: 1 +source: + citation key: endo_1999_in-situ_19 + curve: flat + url: https://doi.org/10.1016/S0022-0728(99)00148-5 + figure: 1a + version: 1 +version: 1 +curation: + version: 1 + process: + - role: curator + name: Markus Schilling + orcid: https://orcid.org/0000-0003-2684-3711 + date: 2021-10-25 + - role: reviewer + name: Albert Engstfeld + orcid: https://orcid.org/0000-0002-9686-3948 + date: 2022-01-21 diff --git a/literature/endo_1999_in-situ_19/endo_1999_in-situ_19_p1_1b_bold.svg b/literature/endo_1999_in-situ_19/endo_1999_in-situ_19_p1_f1b_bold.svg similarity index 84% rename from literature/endo_1999_in-situ_19/endo_1999_in-situ_19_p1_1b_bold.svg rename to literature/endo_1999_in-situ_19/endo_1999_in-situ_19_p1_f1b_bold.svg index cd2613320..f60e897bb 100644 --- a/literature/endo_1999_in-situ_19/endo_1999_in-situ_19_p1_1b_bold.svg +++ b/literature/endo_1999_in-situ_19/endo_1999_in-situ_19_p1_f1b_bold.svg @@ -1,16 +1,30 @@ + sodipodi:docname="endo_1999_in-situ_19_p1_f1b_bold.svg" + inkscape:version="0.92.2 (5c3e80d, 2017-08-06)"> + + + + image/svg+xml + + + + + inkscape:current-layer="svg74819" /> + x="0" + width="5100px" + sodipodi:insensitive="true" + height="6601px" /> y2: 20 uA/cm2 + y="3818.7083">y2: 20 uA / cm2 @@ -105,7 +120,7 @@ sodipodi:role="line" id="tspan86506" x="2170.7124" - y="5186.1157">y1: -20 uA/cm2 + y="5186.1157">y1: -20 uA / cm2 scan rate: 10 mV/s + y="5290.9106">scan rate: 10 mV / s + linked: XAFS diff --git a/literature/endo_1999_in-situ_19/endo_1999_in-situ_19_p1_f1b_bold.yaml b/literature/endo_1999_in-situ_19/endo_1999_in-situ_19_p1_f1b_bold.yaml new file mode 100644 index 000000000..61dae55da --- /dev/null +++ b/literature/endo_1999_in-situ_19/endo_1999_in-situ_19_p1_f1b_bold.yaml @@ -0,0 +1,53 @@ +# This file is part of echemdb (https://github.com/echemdb/website) +# Details on the meta data structure can be found on https://github.com/echemdb/metadata-schema +electrochemical system: + electrodes: + configuration: 3 + counter electrode: + material: Pt + shape: wire + reference electrode: + type: Ag/AgCl + working electrode: + crystallographic orientation: '100' + material: Ag + preparation procedure: Etched with H2O2 and NaCN solution. + source: + supplier: Techno Chemics + electrolyte: + components: + - concentration: + unit: umol / l + value: 50 + name: NaBr + type: salt + - name: water + type: solvent + - concentration: + unit: mol / l + value: 0.05 + name: NaOH + type: base + temperature: + unit: K + value: 298.15 + type: aq + version: 1 +source: + citation key: endo_1999_in-situ_19 + curve: bold + url: https://doi.org/10.1016/S0022-0728(99)00148-5 + figure: 1b + version: 1 +version: 1 +curation: + version: 1 + process: + - role: curator + name: Markus Schilling + orcid: https://orcid.org/0000-0003-2684-3711 + date: 2021-10-25 + - role: reviewer + name: Albert Engstfeld + orcid: https://orcid.org/0000-0002-9686-3948 + date: 2022-01-21 diff --git a/literature/engstfeld_2018_polycrystalline_17743/engstfeld_2018_polycrystalline_17743_4b_1.yaml b/literature/engstfeld_2018_polycrystalline_17743/engstfeld_2018_polycrystalline_17743_4b_1.yaml deleted file mode 100644 index 39c45f6cf..000000000 --- a/literature/engstfeld_2018_polycrystalline_17743/engstfeld_2018_polycrystalline_17743_4b_1.yaml +++ /dev/null @@ -1,85 +0,0 @@ -# This file can exist with the "source" information only, the entry data exists should be marked as "False" -# to indcate that neither the metadata nor the actual data were digitized or provided. -# use "null" to idicate that a value is not available in the literature -version: 1 - -source: - version: 1 - url: https://doi.org/10.1002/chem.201803418 - bib: engstfeld_2018_polycrystalline_17743 # AuthorName_YYYY_FirstWordTitle_pageNr. No prepositions. Fingers crossed that there is no duplicate. - figure: 4b # depending on the subfigure labels use 1, 1b, or 1_3 - curve: 1 # use a unique short description to identify the curve in the figure - -curator: - version: 1 - name: Albert Engstfeld - orcid: https://orcid.org/0000-0002-9686-3948 - digitized: 2021-07-09 # YYYY-MM-DD - -figure description: - version: 1 - linked measurements: null # FTIR, SXRD, Ring Disc - indicate if any other operando methods were shown in the same plot, which is linked to the data - -electrochemical system: - version: 1 - instrumentation: - - type: potentiostat - supplier: Biologic - electrolyte: - type: aq # aqueous = aq, non-aqueous=naq - components: # create as many components as necessary. A simple electrolyte consists of two components, i.e., H2SO4 and water - - name: water - sum formula: H2O - type: solvent - proportion: - value: '100' - unit: volume percent - source: - refinement: Millipore MilliQ - quality: ultrapure water - total organic carbon: - value: none - unit: none - - name: potassium hydroxide - sum formula: KOH - type: alkaline - source: - supplier: Merck Suprapur - LOT: null - concentration: - value: 0.1 - unit: mol / l - ph: - value: 13 - uncertainty: none - temperature: # provide the temperature as it is given in the article. Assume room temperature if nothing is provided - value: 298.15 - unit: K # [K, C, F] - electrodes: - configuration: three # number of electrodes - reference electrode: - type: RHE # the reference electrode given in the experimental section. Might differ from that in the plot: MSE-sat, MSE-3M, MSE-1M, RHE, AgCl2 - source: - supplier: homemade - counter electrode: - material: Au - crystallographic orientation: poly - shape: mesh - working electrode: - material: Cu - crystallographic orientation: '100' # hkl, 100, 110, poly - source: - supplier: Mateck - LOT: - shape: # optional - type: head shaped # bead/sphere - height: - value: 2 - unit: mm - diameter: - value: 4.4 - unit: mm - geometric electrolyte contact area: - value: null - unit: cm-2 - preparation procedure: sputter and heating under UHV conditions # Short description of sample preparation. This can be very useful. :) diff --git a/literature/engstfeld_2018_polycrystalline_17743/engstfeld_2018_polycrystalline_17743_4b_1.svg b/literature/engstfeld_2018_polycrystalline_17743/engstfeld_2018_polycrystalline_17743_f4b_1.svg similarity index 99% rename from literature/engstfeld_2018_polycrystalline_17743/engstfeld_2018_polycrystalline_17743_4b_1.svg rename to literature/engstfeld_2018_polycrystalline_17743/engstfeld_2018_polycrystalline_17743_f4b_1.svg index f0eb7a45a..e1c4830c4 100644 --- a/literature/engstfeld_2018_polycrystalline_17743/engstfeld_2018_polycrystalline_17743_4b_1.svg +++ b/literature/engstfeld_2018_polycrystalline_17743/engstfeld_2018_polycrystalline_17743_f4b_1.svg @@ -12,7 +12,7 @@ version="1.2" width="4961px" id="svg6" - sodipodi:docname="Engstfeld_2018_polycrystalline_17743_4b_1.svg" + sodipodi:docname="Engstfeld_2018_polycrystalline_17743_f4b_1.svg" inkscape:version="0.92.2 (5c3e80d, 2017-08-06)"> @@ -68,7 +68,7 @@ y="5364.1929" x="2898.5591" id="tspan817" - sodipodi:role="line">y1: -150 uA cm-2 + sodipodi:role="line">y1: -150 uA / cm2 y2: 150 uA cm-2 + sodipodi:role="line">y2: 150 uA / cm2 Rate: 50 mV/s + y="4648.8433">Rate: 50 mV / s + sodipodi:docname="gomez-marin_2012_surface_558_p1_f1_black.svg" + inkscape:version="0.92.2 (5c3e80d, 2017-08-06)"> + + + + image/svg+xml + + + + + x="0" + width="5103px" + sodipodi:insensitive="true" + height="6756px" /> y1: -125 uA/cm2 + y="1946.925">y1: -125 uA / cm2 @@ -105,7 +120,7 @@ sodipodi:role="line" id="tspan18947" x="2356.4495" - y="830.83478">y2: 125 uA/cm2 + y="830.83478">y2: 125 uA / cm2 scan rate: 50 mV/s + y="1872.8066">scan rate: 50 mV / s + comment: Focus on Pt oxidation, surface defects (at steps), and sulfate vs. perchlorate adsorption. + sodipodi:docname="gomez-marin_2012_surface_558_p1_f1_blue.svg" + inkscape:version="0.92.2 (5c3e80d, 2017-08-06)"> + + + + image/svg+xml + + + + + x="0" + width="5103px" + sodipodi:insensitive="true" + height="6756px" /> y1: -125 uA/cm2 + y="1946.925">y1: -125 uA / cm2 @@ -105,7 +120,7 @@ sodipodi:role="line" id="tspan18947" x="2356.4495" - y="830.83478">y2: 125 uA/cm2 + y="830.83478">y2: 125 uA / cm2 scan rate: 50 mV/s + y="1872.8066">scan rate: 50 mV / s + comment: Focus on Pt oxidation, surface defects (at steps), and sulfate vs. perchlorate adsorption. + sodipodi:docname="gomez-marin_2012_surface_558_p1_f1_red.svg" + inkscape:version="0.92.2 (5c3e80d, 2017-08-06)"> + + + + image/svg+xml + + + + + inkscape:current-layer="svg233" /> + x="0" + width="5103px" + sodipodi:insensitive="true" + height="6756px" /> y1: -125 uA/cm2 + y="1946.925">y1: -125 uA / cm2 @@ -105,7 +120,7 @@ sodipodi:role="line" id="tspan18947" x="2356.4495" - y="830.83478">y2: 125 uA/cm2 + y="830.83478">y2: 125 uA / cm2 scan rate: 50 mV/s + y="1872.8066">scan rate: 50 mV / s + comment: Focus on Pt oxidation, surface defects (at steps), and sulfate vs. perchlorate adsorption. + sodipodi:docname="gomez-marin_2012_surface_558_p2_f2_blue.svg" + inkscape:version="0.92.2 (5c3e80d, 2017-08-06)"> + + + + image/svg+xml + + + + + x="0" + width="5103px" + sodipodi:insensitive="true" + height="6756px" /> y2: 250 uA/cm2 + y="743.8382">y2: 250 uA / cm2 @@ -71,7 +86,7 @@ sodipodi:role="line" id="tspan57329" x="94.297646" - y="1630.2999">y1: -150 uA/cm2 + y="1630.2999">y1: -150 uA / cm2 @@ -116,7 +131,7 @@ sodipodi:role="line" id="tspan67445" x="1432.3934" - y="706.23914">scan rate: 50 mV/s + y="706.23914">scan rate: 50 mV / s + comment: Focus on Pt oxidation, surface defects (at steps), and sulfate vs. perchlorate adsorption. diff --git a/literature/gomez-marin_2012_surface_558/gomez-marin_2012_surface_558_p2_f2_blue.yaml b/literature/gomez-marin_2012_surface_558/gomez-marin_2012_surface_558_p2_f2_blue.yaml new file mode 100644 index 000000000..765ad3dea --- /dev/null +++ b/literature/gomez-marin_2012_surface_558/gomez-marin_2012_surface_558_p2_f2_blue.yaml @@ -0,0 +1,48 @@ +# This file is part of echemdb (https://github.com/echemdb/website) +# Details on the meta data structure can be found on https://github.com/echemdb/metadata-schema +electrochemical system: + electrodes: + configuration: 3 + counter electrode: + material: Pt + shape: wire + reference electrode: + type: RHE + working electrode: + crystallographic orientation: '111' + material: Pt + preparation procedure: Prior to each experiment the electrodes were flame annealed, + cooled in a hydrogen/argon atmosphere and transferred to the cell protected + by a drop of ultra-pure water saturated with these gases. + electrolyte: + components: + - concentration: + unit: mol / l + value: 0.005 + name: HClO4 + type: acid + - name: water + type: solvent + temperature: + unit: K + value: 298.15 + type: aq + version: 1 +source: + citation key: gomez-marin_2012_surface_558 + curve: blue + url: https://doi.org/10.1016/j.electacta.2012.04.066 + figure: 2 + version: 1 +version: 1 +curation: + version: 1 + process: + - role: curator + name: Markus Schilling + orcid: https://orcid.org/0000-0003-2684-3711 + date: 2021-11-16 + - role: reviewer + name: Albert Engstfeld + orcid: https://orcid.org/0000-0002-9686-3948 + date: 2022-01-21 diff --git a/literature/gomez-marin_2012_surface_558/gomez-marin_2012_surface_558_p2_pink.svg b/literature/gomez-marin_2012_surface_558/gomez-marin_2012_surface_558_p2_f2_pink.svg similarity index 86% rename from literature/gomez-marin_2012_surface_558/gomez-marin_2012_surface_558_p2_pink.svg rename to literature/gomez-marin_2012_surface_558/gomez-marin_2012_surface_558_p2_f2_pink.svg index 9db46a90d..f2498a37e 100644 --- a/literature/gomez-marin_2012_surface_558/gomez-marin_2012_surface_558_p2_pink.svg +++ b/literature/gomez-marin_2012_surface_558/gomez-marin_2012_surface_558_p2_f2_pink.svg @@ -1,16 +1,30 @@ + sodipodi:docname="gomez-marin_2012_surface_558_p2_f2_pink.svg" + inkscape:version="0.92.2 (5c3e80d, 2017-08-06)"> + + + + image/svg+xml + + + + + x="0" + width="5103px" + sodipodi:insensitive="true" + height="6756px" /> y2: 250 uA/cm2 + y="743.8382">y2: 250 uA / cm2 @@ -71,7 +86,7 @@ sodipodi:role="line" id="tspan57329" x="94.297646" - y="1630.2999">y1: -150 uA/cm2 + y="1630.2999">y1: -150 uA / cm2 @@ -116,7 +131,7 @@ sodipodi:role="line" id="tspan67445" x="1432.3934" - y="706.23914">scan rate: 50 mV/s + y="706.23914">scan rate: 50 mV / s + comment: Focus on Pt oxidation, surface defects (at steps), and sulfate vs. perchlorate adsorption. diff --git a/literature/gomez-marin_2012_surface_558/gomez-marin_2012_surface_558_p2_f2_pink.yaml b/literature/gomez-marin_2012_surface_558/gomez-marin_2012_surface_558_p2_f2_pink.yaml new file mode 100644 index 000000000..470cd10e9 --- /dev/null +++ b/literature/gomez-marin_2012_surface_558/gomez-marin_2012_surface_558_p2_f2_pink.yaml @@ -0,0 +1,48 @@ +# This file is part of echemdb (https://github.com/echemdb/website) +# Details on the meta data structure can be found on https://github.com/echemdb/metadata-schema +electrochemical system: + electrodes: + configuration: 3 + counter electrode: + material: Pt + shape: wire + reference electrode: + type: RHE + working electrode: + crystallographic orientation: '111' + material: Pt + preparation procedure: Prior to each experiment the electrodes were flame annealed, + cooled in a hydrogen/argon atmosphere and transferred to the cell protected + by a drop of ultra-pure water saturated with these gases. + electrolyte: + components: + - concentration: + unit: mol / l + value: 0.022 + name: HClO4 + type: acid + - name: water + type: solvent + temperature: + unit: K + value: 298.15 + type: aq + version: 1 +source: + citation key: gomez-marin_2012_surface_558 + curve: pink + url: https://doi.org/10.1016/j.electacta.2012.04.066 + figure: 2 + version: 1 +version: 1 +curation: + version: 1 + process: + - role: curator + name: Markus Schilling + orcid: https://orcid.org/0000-0003-2684-3711 + date: 2021-11-16 + - role: reviewer + name: Albert Engstfeld + orcid: https://orcid.org/0000-0002-9686-3948 + date: 2022-01-21 diff --git a/literature/gomez-marin_2012_surface_558/gomez-marin_2012_surface_558_p2_red.svg b/literature/gomez-marin_2012_surface_558/gomez-marin_2012_surface_558_p2_f2_red.svg similarity index 87% rename from literature/gomez-marin_2012_surface_558/gomez-marin_2012_surface_558_p2_red.svg rename to literature/gomez-marin_2012_surface_558/gomez-marin_2012_surface_558_p2_f2_red.svg index d4f61915e..c57034f0b 100644 --- a/literature/gomez-marin_2012_surface_558/gomez-marin_2012_surface_558_p2_red.svg +++ b/literature/gomez-marin_2012_surface_558/gomez-marin_2012_surface_558_p2_f2_red.svg @@ -1,16 +1,30 @@ + sodipodi:docname="gomez-marin_2012_surface_558_p2_f2_red.svg" + inkscape:version="0.92.2 (5c3e80d, 2017-08-06)"> + + + + image/svg+xml + + + + + x="0" + width="5103px" + sodipodi:insensitive="true" + height="6756px" /> y2: 250 uA/cm2 + y="743.8382">y2: 250 uA / cm2 @@ -71,7 +86,7 @@ sodipodi:role="line" id="tspan57329" x="94.297646" - y="1630.2999">y1: -150 uA/cm2 + y="1630.2999">y1: -150 uA / cm2 @@ -116,7 +131,7 @@ sodipodi:role="line" id="tspan67445" x="1432.3934" - y="706.23914">scan rate: 50 mV/s + y="706.23914">scan rate: 50 mV / s + comment: Focus on Pt oxidation, surface defects (at steps), and sulfate vs. perchlorate adsorption. diff --git a/literature/gomez-marin_2012_surface_558/gomez-marin_2012_surface_558_p2_f2_red.yaml b/literature/gomez-marin_2012_surface_558/gomez-marin_2012_surface_558_p2_f2_red.yaml new file mode 100644 index 000000000..d5439db94 --- /dev/null +++ b/literature/gomez-marin_2012_surface_558/gomez-marin_2012_surface_558_p2_f2_red.yaml @@ -0,0 +1,48 @@ +# This file is part of echemdb (https://github.com/echemdb/website) +# Details on the meta data structure can be found on https://github.com/echemdb/metadata-schema +electrochemical system: + electrodes: + configuration: 3 + counter electrode: + material: Pt + shape: wire + reference electrode: + type: RHE + working electrode: + crystallographic orientation: '111' + material: Pt + preparation procedure: Prior to each experiment the electrodes were flame annealed, + cooled in a hydrogen/argon atmosphere and transferred to the cell protected + by a drop of ultra-pure water saturated with these gases. + electrolyte: + components: + - concentration: + unit: mol / l + value: 0.1 + name: HClO4 + type: acid + - name: water + type: solvent + temperature: + unit: K + value: 298.15 + type: aq + version: 1 +source: + citation key: gomez-marin_2012_surface_558 + curve: red + url: https://doi.org/10.1016/j.electacta.2012.04.066 + figure: 2 + version: 1 +version: 1 +curation: + version: 1 + process: + - role: curator + name: Markus Schilling + orcid: https://orcid.org/0000-0003-2684-3711 + date: 2021-11-16 + - role: reviewer + name: Albert Engstfeld + orcid: https://orcid.org/0000-0002-9686-3948 + date: 2022-01-21 diff --git a/literature/gomez-marin_2012_surface_558/gomez-marin_2012_surface_558_p2_pink.yaml b/literature/gomez-marin_2012_surface_558/gomez-marin_2012_surface_558_p2_pink.yaml deleted file mode 100644 index 4e62eef40..000000000 --- a/literature/gomez-marin_2012_surface_558/gomez-marin_2012_surface_558_p2_pink.yaml +++ /dev/null @@ -1,102 +0,0 @@ -# This file describes a figure from a publication containing electrochemical data. -# For the `echemdb/website` project, the source, curator and electrochemical system is mandatory. -# Figure description is optional. It is created automatically by the cv module of svgdigitizer - -source: - version: 1 - url: https://doi.org/10.1016/j.electacta.2012.04.066 # only the number without preceeding doix or https - bib: gomez-marin_2012_surface_558 # AuthorName_YYYY_FirstWordTitle_pageNr. No prepositions. Fingers crossed that there is no duplicate. - figure: 2 # depending on the subfigure labels use 1, 1b, or 1_3 - curve: pink # use a unique short description to identify the curve in the figure, i.e.. label, color, etc - -curator: - version: 1 - name: Markus Schilling - orcid: https://orcid.org/0000-0003-2684-3711 - digitized: 2021-11-16 # YYYY-MM-DD - -figure description: #This section will be updated by module `CV` - version: 1 - linked measurements: # FTIR, SXRD, Ring Disc - indicate if any other operando methods were shown in the same plot, which is linked to the data - comment: Focus on Pt oxidation, surface defects (at steps), and sulfate vs. perchlorate adsorption. # Add whatever you think is important to understand the data - -electrochemical system: - version: 1 - instrumentation: - - type: - supplier: - - type: - model: - supplier: - - type: - model: - supplier: - electrolyte: - type: aq # aqueous = aq, non-aqueous=naq - components: # create as many components as necessary. A simple electrolyte consists of two components, i.e., H2SO4 and water - - name: HClO4 # can be trivia name, sum formula, etc - concentration: - value: 0.022 - unit: mol / l - type: # - source: - supplier: - LOT: - - name: water - type: solvent - proportion: - value: - unit: - source: - refinement: - quality: - total organic carbon: - value: - unit: - - name: - type: - proportion: - value: - unit: - - name: - type: - source: - supplier: - LOT: - concentration: - value: - unit: #[M, mM, µM, g kg-1, ...] - ph : - value: - uncertainty: - temperature: # provide the temperature as it is given in the article. Assume room temperature if nothing is provided - value: 298.15 - unit: K # [K, C, F] - electrodes: - configuration: 3 # number of electrodes - reference electrode: - type: RHE # the reference electrode given in the experimental section. Might differ from that in the plot, MSE-sat, MSE-3M, MSE-1M, RHE, AgCl2 - source: - supplier: - counter electrode: - material: Pt - crystallographic orientation: - shape: wire - working electrode: - material: Pt - crystallographic orientation: '111' # as STRING hkl, 100, 110, poly - source: - supplier: - LOT: - shape: # optional - type: # bead/sphere - height: - value: - unit: - diameter: - value: - unit: - geometric electrolyte contact area: - value: - unit: - preparation procedure: Prior to each experiment the electrodes were flame annealed, cooled in a hydrogen/argon atmosphere and transferred to the cell protected by a drop of ultra-pure water saturated with these gases. # Short description of sample preparation. This can be very useful. :) diff --git a/literature/gomez-marin_2012_surface_558/gomez-marin_2012_surface_558_p2_red.yaml b/literature/gomez-marin_2012_surface_558/gomez-marin_2012_surface_558_p2_red.yaml deleted file mode 100644 index 0a74ba28a..000000000 --- a/literature/gomez-marin_2012_surface_558/gomez-marin_2012_surface_558_p2_red.yaml +++ /dev/null @@ -1,102 +0,0 @@ -# This file describes a figure from a publication containing electrochemical data. -# For the `echemdb/website` project, the source, curator and electrochemical system is mandatory. -# Figure description is optional. It is created automatically by the cv module of svgdigitizer - -source: - version: 1 - url: https://doi.org/10.1016/j.electacta.2012.04.066 # only the number without preceeding doix or https - bib: gomez-marin_2012_surface_558 # AuthorName_YYYY_FirstWordTitle_pageNr. No prepositions. Fingers crossed that there is no duplicate. - figure: 2 # depending on the subfigure labels use 1, 1b, or 1_3 - curve: red # use a unique short description to identify the curve in the figure, i.e.. label, color, etc - -curator: - version: 1 - name: Markus Schilling - orcid: https://orcid.org/0000-0003-2684-3711 - digitized: 2021-11-16 # YYYY-MM-DD - -figure description: #This section will be updated by module `CV` - version: 1 - linked measurements: # FTIR, SXRD, Ring Disc - indicate if any other operando methods were shown in the same plot, which is linked to the data - comment: Focus on Pt oxidation, surface defects (at steps), and sulfate vs. perchlorate adsorption. # Add whatever you think is important to understand the data - -electrochemical system: - version: 1 - instrumentation: - - type: - supplier: - - type: - model: - supplier: - - type: - model: - supplier: - electrolyte: - type: aq # aqueous = aq, non-aqueous=naq - components: # create as many components as necessary. A simple electrolyte consists of two components, i.e., H2SO4 and water - - name: HClO4 # can be trivia name, sum formula, etc - concentration: - value: 0.1 - unit: mol / l - type: # - source: - supplier: - LOT: - - name: water - type: solvent - proportion: - value: - unit: - source: - refinement: - quality: - total organic carbon: - value: - unit: - - name: - type: - proportion: - value: - unit: - - name: - type: - source: - supplier: - LOT: - concentration: - value: - unit: #[M, mM, µM, g kg-1, ...] - ph : - value: - uncertainty: - temperature: # provide the temperature as it is given in the article. Assume room temperature if nothing is provided - value: 298.15 - unit: K # [K, C, F] - electrodes: - configuration: 3 # number of electrodes - reference electrode: - type: RHE # the reference electrode given in the experimental section. Might differ from that in the plot, MSE-sat, MSE-3M, MSE-1M, RHE, AgCl2 - source: - supplier: - counter electrode: - material: Pt - crystallographic orientation: - shape: wire - working electrode: - material: Pt - crystallographic orientation: '111' # as STRING hkl, 100, 110, poly - source: - supplier: - LOT: - shape: # optional - type: # bead/sphere - height: - value: - unit: - diameter: - value: - unit: - geometric electrolyte contact area: - value: - unit: - preparation procedure: Prior to each experiment the electrodes were flame annealed, cooled in a hydrogen/argon atmosphere and transferred to the cell protected by a drop of ultra-pure water saturated with these gases. # Short description of sample preparation. This can be very useful. :) diff --git a/literature/hamad_2003_electrosorption_211/hamad_2003_electrosorption_211_p2_1a_dotted.svg b/literature/hamad_2003_electrosorption_211/hamad_2003_electrosorption_211_p2_1a_dotted.svg deleted file mode 100644 index 458eb8b9a..000000000 --- a/literature/hamad_2003_electrosorption_211/hamad_2003_electrosorption_211_p2_1a_dotted.svg +++ /dev/null @@ -1,138 +0,0 @@ - - - - - - - - y2: 20 uA/cm2 - - - - y1: -20 uA/cm2 - - - - x2: -0.3 V vs SCE - - - - x1: -1.4 V vs SCE - - - - curve: dashed_Ag(100)_HClO4 - - scan rate: 50 mV/s - diff --git a/literature/hamad_2003_electrosorption_211/hamad_2003_electrosorption_211_p2_1a_dotted.yaml b/literature/hamad_2003_electrosorption_211/hamad_2003_electrosorption_211_p2_1a_dotted.yaml deleted file mode 100644 index f3f86e6ca..000000000 --- a/literature/hamad_2003_electrosorption_211/hamad_2003_electrosorption_211_p2_1a_dotted.yaml +++ /dev/null @@ -1,104 +0,0 @@ -# This file describes a figure from a publication containing electrochemical data. -# For the `echemdb/website` project, the source, curator and electrochemical system is mandatory. -# Figure description is optional. It is created automatically by the cv module of svgdigitizer - -source: - version: 1 - url: https://doi.org/10.1016/S0022-0728(03)00178-5 #only the number without preceeding doix or https - bib: hamad_2003_electrosorption_211 # AuthorName_YYYY_FirstWordTitle_pageNr. No prepositions. Fingers crossed that there is no duplicate. - figure: 1a # depending on the subfigure labels use 1, 1b, or 1_3 - curve: dotted # use a unique short description to identify the curve in the figure, i.e.. label, color, etc - -curator: - version: 1 - name: Markus Schilling - orcid: https://orcid.org/0000-0003-2684-3711 - digitized: 2021-10-18 - -figure description: #This section will be updated by module `CV` - version: 1 - linked measurements: capacitance measurement (ac), chronocoulometry # FTIR, SXRD, Ring Disc - indicate if any other operando methods were shown in the same plot, which is linked to the data - comment: Combined with Monte-Carlo simulation. # Add whatever you think is important to understand the data - - -electrochemical system: - version: 1 - instrumentation: - - type: - supplier: - - type: - model: - supplier: - - type: - model: - supplier: - electrolyte: - type: aq # aqueous = aq, non-aqueous=naq - components: # create as many components as necessary. A simple electrolyte consists of two components, i.e., H2SO4 and water - - name: KClO4 # can be trivia name, sum formula, etc - concentration: - value: 0.05 - unit: mol / l - type: salt # - source: - supplier: - LOT: - - name: water - type: solvent - proportion: - value: - unit: - source: - refinement: - quality: - total organic carbon: - value: - unit: - - name: - type: - proportion: - value: - unit: - - name: - type: - source: - supplier: - LOT: - concentration: - value: - unit: #[M, mM, µM, g kg-1, ...] - ph: - value: - uncertainty: - temperature: # provide the temperature as it is given in the article. Assume room temperature if nothing is provided - value: 293 - unit: K # [K, C, F] - electrodes: - configuration: 3 # number of electrodes - reference electrode: - type: SCE # the reference electrode given in the experimental section. Might differ from that in the plot, MSE-sat, MSE-3M, MSE-1M, RHE, AgCl2 - source: - supplier: SI Analytics - counter electrode: - material: Pt - crystallographic orientation: - shape: wire - working electrode: - material: Ag - crystallographic orientation: '100' # hkl, 100, 110, poly - source: - supplier: - LOT: - shape: # optional - type: # bead/sphere - height: - value: - unit: - diameter: - value: - unit: - geometric electrolyte contact area: - value: - unit: - preparation procedure: Electrode etched with a cyanide solution, rinsed with Milli-Q water, annealed in a H2 flame for 30 s. # Short description of sample preparation. This can be very useful. :) - diff --git a/literature/hamad_2003_electrosorption_211/hamad_2003_electrosorption_211_p2_1a_solid.svg b/literature/hamad_2003_electrosorption_211/hamad_2003_electrosorption_211_p2_1a_solid.svg deleted file mode 100644 index 8fe66d716..000000000 --- a/literature/hamad_2003_electrosorption_211/hamad_2003_electrosorption_211_p2_1a_solid.svg +++ /dev/null @@ -1,137 +0,0 @@ - - - - - - - - y2: 20 uA/cm2 - - - - y1: -20 uA/cm2 - - - - x2: -0.3 V vs SCE - - - - x1: -1.4 V vs SCE - - scan rate: 50 mV/s - - curve: solid_Ag(100)_HClO4_KCl - - - diff --git a/literature/hamad_2003_electrosorption_211/hamad_2003_electrosorption_211_p2_1a_solid.yaml b/literature/hamad_2003_electrosorption_211/hamad_2003_electrosorption_211_p2_1a_solid.yaml deleted file mode 100644 index e5d21f0e4..000000000 --- a/literature/hamad_2003_electrosorption_211/hamad_2003_electrosorption_211_p2_1a_solid.yaml +++ /dev/null @@ -1,104 +0,0 @@ -# This file describes a figure from a publication containing electrochemical data. -# For the `echemdb/website` project, the source, curator and electrochemical system is mandatory. -# Figure description is optional. It is created automatically by the cv module of svgdigitizer - -source: - version: 1 - url: https://doi.org/10.1016/S0022-0728(03)00178-5 #only the number without preceeding doix or https - bib: hamad_2003_electrosorption_211 # AuthorName_YYYY_FirstWordTitle_pageNr. No prepositions. Fingers crossed that there is no duplicate. - figure: 1a # depending on the subfigure labels use 1, 1b, or 1_3 - curve: solid # use a unique short description to identify the curve in the figure, i.e.. label, color, etc - -curator: - version: 1 - name: Markus Schilling - orcid: https://orcid.org/0000-0003-2684-3711 - digitized: 2021-10-18 - -figure description: #This section will be updated by module `CV` - version: 1 - linked measurements: capacitance measurement (ac), chronocoulometry # FTIR, SXRD, Ring Disc - indicate if any other operando methods were shown in the same plot, which is linked to the data - comment: Combined with Monte-Carlo simulation. # Add whatever you think is important to understand the data - - -electrochemical system: - version: 1 - instrumentation: - - type: - supplier: - - type: - model: - supplier: - - type: - model: - supplier: - electrolyte: - type: aq # aqueous = aq, non-aqueous=naq - components: # create as many components as necessary. A simple electrolyte consists of two components, i.e., H2SO4 and water - - name: KClO4 # can be trivia name, sum formula, etc - concentration: - value: 0.03 - unit: mol / l - type: salt # - source: - supplier: - LOT: - - name: water - type: solvent - proportion: - value: - unit: - source: - refinement: - quality: - total organic carbon: - value: - unit: - - name: - type: - proportion: - value: - unit: - - name: KCl - type: salt - source: - supplier: - LOT: - concentration: - value: 0.02 - unit: mol / l - ph: - value: - uncertainty: - temperature: # provide the temperature as it is given in the article. Assume room temperature if nothing is provided - value: 293 - unit: K # [K, C, F] - electrodes: - configuration: 3 # number of electrodes - reference electrode: - type: SCE # the reference electrode given in the experimental section. Might differ from that in the plot, MSE-sat, MSE-3M, MSE-1M, RHE, AgCl2 - source: - supplier: SI Analytics - counter electrode: - material: Pt - crystallographic orientation: - shape: wire - working electrode: - material: Ag - crystallographic orientation: '100' # hkl, 100, 110, poly - source: - supplier: - LOT: - shape: # optional - type: # bead/sphere - height: - value: - unit: - diameter: - value: - unit: - geometric electrolyte contact area: - value: - unit: - preparation procedure: Electrode etched with a cyanide solution, rinsed with Milli-Q water, annealed in a H2 flame for 30 s. # Short description of sample preparation. This can be very useful. :) - diff --git a/literature/hamad_2003_electrosorption_211/hamad_2003_electrosorption_211_p2_f1a_dotted.svg b/literature/hamad_2003_electrosorption_211/hamad_2003_electrosorption_211_p2_f1a_dotted.svg new file mode 100644 index 000000000..2a53b87e9 --- /dev/null +++ b/literature/hamad_2003_electrosorption_211/hamad_2003_electrosorption_211_p2_f1a_dotted.svg @@ -0,0 +1,186 @@ + + + + + + image/svg+xml + + + + + + + + + + y2: 20 uA / cm2 + + + + y1: -20 uA / cm2 + + + + x2: -0.3 V vs SCE + + + + x1: -1.4 V vs SCE + + + + + curve: dashed_Ag(100)_HClO4 + + + comment: Combined with Monte-Carlo simulation. + linked: capacitance, chronocoulometry + + scan rate: 50 mV / s + diff --git a/literature/hamad_2003_electrosorption_211/hamad_2003_electrosorption_211_p2_f1a_dotted.yaml b/literature/hamad_2003_electrosorption_211/hamad_2003_electrosorption_211_p2_f1a_dotted.yaml new file mode 100644 index 000000000..c7969fba3 --- /dev/null +++ b/literature/hamad_2003_electrosorption_211/hamad_2003_electrosorption_211_p2_f1a_dotted.yaml @@ -0,0 +1,50 @@ +# This file is part of echemdb (https://github.com/echemdb/website) +# Details on the meta data structure can be found on https://github.com/echemdb/metadata-schema +electrochemical system: + electrodes: + configuration: 3 + counter electrode: + material: Pt + shape: wire + reference electrode: + source: + supplier: SI Analytics + type: SCE + working electrode: + crystallographic orientation: '100' + material: Ag + preparation procedure: Electrode etched with a cyanide solution, rinsed with + Milli-Q water, annealed in a H2 flame for 30 s. + electrolyte: + components: + - concentration: + unit: mol / l + value: 0.05 + name: KClO4 + type: salt + - name: water + type: solvent + temperature: + unit: K + value: 293 + type: aq + version: 1 +source: + citation key: hamad_2003_electrosorption_211 + techniques: Monte-Carlo simulations + curve: dotted + url: https://doi.org/10.1016/S0022-0728(03)00178-5 + figure: 1a + version: 1 +version: 1 +curation: + version: 1 + process: + - role: curator + name: Markus Schilling + orcid: https://orcid.org/0000-0003-2684-3711 + date: 2021-10-18 + - role: reviewer + name: Albert Engstfeld + orcid: https://orcid.org/0000-0002-9686-3948 + date: 2022-01-21 diff --git a/literature/hamad_2003_electrosorption_211/hamad_2003_electrosorption_211_p2_f1a_solid.svg b/literature/hamad_2003_electrosorption_211/hamad_2003_electrosorption_211_p2_f1a_solid.svg new file mode 100644 index 000000000..18623bb46 --- /dev/null +++ b/literature/hamad_2003_electrosorption_211/hamad_2003_electrosorption_211_p2_f1a_solid.svg @@ -0,0 +1,175 @@ + + + + + + image/svg+xml + + + + + + + + + + y2: 20 uA / cm2 + + + + y1: -20 uA / cm2 + + + + x2: -0.3 V vs SCE + + + + x1: -1.4 V vs SCE + + scan rate: 50 mV / s + + + curve: solid_Ag(100)_HClO4_KCl + + + comment: Combined with Monte-Carlo simulation. + linked: capacitance, chronocoulometry + + diff --git a/literature/hamad_2003_electrosorption_211/hamad_2003_electrosorption_211_p2_f1a_solid.yaml b/literature/hamad_2003_electrosorption_211/hamad_2003_electrosorption_211_p2_f1a_solid.yaml new file mode 100644 index 000000000..2cc8ac954 --- /dev/null +++ b/literature/hamad_2003_electrosorption_211/hamad_2003_electrosorption_211_p2_f1a_solid.yaml @@ -0,0 +1,55 @@ +# This file is part of echemdb (https://github.com/echemdb/website) +# Details on the meta data structure can be found on https://github.com/echemdb/metadata-schema +electrochemical system: + electrodes: + configuration: 3 + counter electrode: + material: Pt + shape: wire + reference electrode: + source: + supplier: SI Analytics + type: SCE + working electrode: + crystallographic orientation: '100' + material: Ag + preparation procedure: Electrode etched with a cyanide solution, rinsed with + Milli-Q water, annealed in a H2 flame for 30 s. + electrolyte: + components: + - concentration: + unit: mol / l + value: 0.03 + name: KClO4 + type: salt + - name: water + type: solvent + - concentration: + unit: mol / l + value: 0.02 + name: KCl + type: salt + temperature: + unit: K + value: 293 + type: aq + version: 1 +source: + citation key: hamad_2003_electrosorption_211 + techniques: Monte-Carlo simulations + curve: solid + url: https://doi.org/10.1016/S0022-0728(03)00178-5 + figure: 1a + version: 1 +version: 1 +curation: + version: 1 + process: + - role: curator + name: Markus Schilling + orcid: https://orcid.org/0000-0003-2684-3711 + date: 2021-10-18 + - role: reviewer + name: Albert Engstfeld + orcid: https://orcid.org/0000-0002-9686-3948 + date: 2022-01-21 diff --git a/literature/horswell_2004_a_10970/horswell_2004_a_10970_p2_1a_dashed.yaml b/literature/horswell_2004_a_10970/horswell_2004_a_10970_p2_1a_dashed.yaml deleted file mode 100644 index f6194fac4..000000000 --- a/literature/horswell_2004_a_10970/horswell_2004_a_10970_p2_1a_dashed.yaml +++ /dev/null @@ -1,103 +0,0 @@ -# This file describes a figure from a publication containing electrochemical data. -# For the `echemdb/website` project, the source, curator and electrochemical system is mandatory. -# Figure description is optional. It is created automatically by the cv module of svgdigitizer - -source: - version: 1 - url: https://doi.org/10.1021/la0483818 #only the number without preceeding doix or https - bib: horswell_2004_a_10970 # AuthorName_YYYY_FirstWordTitle_pageNr. No prepositions. Fingers crossed that there is no duplicate. - figure: 1a # depending on the subfigure labels use 1, 1b, or 1_3 - curve: dashed # use a unique short description to identify the curve in the figure, i.e.. label, color, etc - -curator: - version: 1 - name: Markus Schilling - orcid: https://orcid.org/0000-0003-2684-3711 - digitized: 2021-10-18 # YYYY-MM-DD - -figure description: #This section will be updated by module `CV` - version: 1 - linked measurements: in-situ Second Harmonic Generation, LEED, RHEED # FTIR, SXRD, Ring Disc - indicate if any other operando methods were shown in the same plot, which is linked to the data - comment: Hg/HgO ref. is 0.165 V vs the normal hydrogen electrode (NHE ~ SHE). The scan rate is not mentioned in the publication, but can be calculated from the integrated charge provided in the publication, resulting in 50 mV/s. # Add whatever you think is important to understand the data - -electrochemical system: - version: 1 - instrumentation: - - type: - supplier: - - type: - model: - supplier: - - type: - model: - supplier: - electrolyte: - type: aq # aqueous = aq, non-aqueous=naq - components: # create as many components as necessary. A simple electrolyte consists of two components, i.e., H2SO4 and water - - name: NaF # can be trivia name, sum formula, etc - concentration: - value: 0.09 - unit: mol / l - type: salt # - source: - supplier: - LOT: - - name: water - type: solvent - proportion: - value: - unit: - source: - refinement: - quality: - total organic carbon: - value: - unit: - - name: - type: - proportion: - value: - unit: - - name: NaOH - type: base - source: - supplier: - LOT: - concentration: - value: 0.01 - unit: mol / l - ph: - value: - uncertainty: - temperature: # provide the temperature as it is given in the article. Assume room temperature if nothing is provided - value: 298.15 - unit: K # [K, C, F] - electrodes: - configuration: 3 # number of electrodes - reference electrode: - type: Hg/HgO/0.1 M NaOH # the reference electrode given in the experimental section. Might differ from that in the plot, MSE-sat, MSE-3M, MSE-1M, RHE, AgCl2 - source: - supplier: - counter electrode: - material: Pt - crystallographic orientation: - shape: ring - working electrode: - material: Ag - crystallographic orientation: '100' # hkl, 100, 110, poly - source: - supplier: - LOT: - shape: # optional - type: # bead/sphere - height: - value: - unit: - diameter: - value: - unit: - geometric electrolyte contact area: - value: - unit: - preparation procedure: Ag surface prepared with NaCN/H2O2 etching and annealing in H2 flame under Ar. # Short description of sample preparation. This can be very useful. :) - diff --git a/literature/horswell_2004_a_10970/horswell_2004_a_10970_p2_1a_dotted.yaml b/literature/horswell_2004_a_10970/horswell_2004_a_10970_p2_1a_dotted.yaml deleted file mode 100644 index 4464e7af7..000000000 --- a/literature/horswell_2004_a_10970/horswell_2004_a_10970_p2_1a_dotted.yaml +++ /dev/null @@ -1,103 +0,0 @@ -# This file describes a figure from a publication containing electrochemical data. -# For the `echemdb/website` project, the source, curator and electrochemical system is mandatory. -# Figure description is optional. It is created automatically by the cv module of svgdigitizer - -source: - version: 1 - url: https://doi.org/10.1021/la0483818 #only the number without preceeding doix or https - bib: horswell_2004_a_10970 # AuthorName_YYYY_FirstWordTitle_pageNr. No prepositions. Fingers crossed that there is no duplicate. - figure: 1a # depending on the subfigure labels use 1, 1b, or 1_3 - curve: dotted # use a unique short description to identify the curve in the figure, i.e.. label, color, etc - -curator: - version: 1 - name: Markus Schilling - orcid: https://orcid.org/0000-0003-2684-3711 - digitized: 2021-10-18 # YYYY-MM-DD - -figure description: #This section will be updated by module `CV` - version: 1 - linked measurements: in-situ Second Harmonic Generation, LEED, RHEED # FTIR, SXRD, Ring Disc - indicate if any other operando methods were shown in the same plot, which is linked to the data - comment: Hg/HgO ref. is 0.165 V vs the normal hydrogen electrode (NHE ~ SHE). The scan rate is not mentioned in the publication, but can be calculated from the integrated charge provided in the publication, resulting in 50 mV/s. # Add whatever you think is important to understand the data - -electrochemical system: - version: 1 - instrumentation: - - type: - supplier: - - type: - model: - supplier: - - type: - model: - supplier: - electrolyte: - type: aq # aqueous = aq, non-aqueous=naq - components: # create as many components as necessary. A simple electrolyte consists of two components, i.e., H2SO4 and water - - name: NaF # can be trivia name, sum formula, etc - concentration: - value: 0.09 - unit: mol / l - type: salt # - source: - supplier: - LOT: - - name: water - type: solvent - proportion: - value: - unit: - source: - refinement: - quality: - total organic carbon: - value: - unit: - - name: - type: - proportion: - value: - unit: - - name: NaOH - type: base - source: - supplier: - LOT: - concentration: - value: 0.01 - unit: mol / l - ph: - value: - uncertainty: - temperature: # provide the temperature as it is given in the article. Assume room temperature if nothing is provided - value: 298.15 - unit: K # [K, C, F] - electrodes: - configuration: 3 # number of electrodes - reference electrode: - type: Hg/HgO/0.1 M NaOH # the reference electrode given in the experimental section. Might differ from that in the plot, MSE-sat, MSE-3M, MSE-1M, RHE, AgCl2 - source: - supplier: - counter electrode: - material: Pt - crystallographic orientation: - shape: ring - working electrode: - material: Ag - crystallographic orientation: '111' # hkl, 100, 110, poly - source: - supplier: - LOT: - shape: # optional - type: # bead/sphere - height: - value: - unit: - diameter: - value: - unit: - geometric electrolyte contact area: - value: - unit: - preparation procedure: Ag surface prepared with NaCN/H2O2 etching and annealing in H2 flame under Ar. # Short description of sample preparation. This can be very useful. :) - diff --git a/literature/horswell_2004_a_10970/horswell_2004_a_10970_p2_1a_solid.yaml b/literature/horswell_2004_a_10970/horswell_2004_a_10970_p2_1a_solid.yaml deleted file mode 100644 index 8413cc850..000000000 --- a/literature/horswell_2004_a_10970/horswell_2004_a_10970_p2_1a_solid.yaml +++ /dev/null @@ -1,103 +0,0 @@ -# This file describes a figure from a publication containing electrochemical data. -# For the `echemdb/website` project, the source, curator and electrochemical system is mandatory. -# Figure description is optional. It is created automatically by the cv module of svgdigitizer - -source: - version: 1 - url: https://doi.org/10.1021/la0483818 #only the number without preceeding doix or https - bib: horswell_2004_a_10970 # AuthorName_YYYY_FirstWordTitle_pageNr. No prepositions. Fingers crossed that there is no duplicate. - figure: 1a # depending on the subfigure labels use 1, 1b, or 1_3 - curve: solid # use a unique short description to identify the curve in the figure, i.e.. label, color, etc - -curator: - version: 1 - name: Markus Schilling - orcid: https://orcid.org/0000-0003-2684-3711 - digitized: 2021-10-18 # YYYY-MM-DD - -figure description: #This section will be updated by module `CV` - version: 1 - linked measurements: in-situ Second Harmonic Generation, LEED, RHEED # FTIR, SXRD, Ring Disc - indicate if any other operando methods were shown in the same plot, which is linked to the data - comment: Hg/HgO ref. is 0.165 V vs the normal hydrogen electrode (NHE ~ SHE). The scan rate is not mentioned in the publication, but can be calculated from the integrated charge provided in the publication, resulting in 50 mV/s. # Add whatever you think is important to understand the data - -electrochemical system: - version: 1 - instrumentation: - - type: - supplier: - - type: - model: - supplier: - - type: - model: - supplier: - electrolyte: - type: aq # aqueous = aq, non-aqueous=naq - components: # create as many components as necessary. A simple electrolyte consists of two components, i.e., H2SO4 and water - - name: NaF # can be trivia name, sum formula, etc - concentration: - value: 0.09 - unit: mol / l - type: salt # - source: - supplier: - LOT: - - name: water - type: solvent - proportion: - value: - unit: - source: - refinement: - quality: - total organic carbon: - value: - unit: - - name: - type: - proportion: - value: - unit: - - name: NaOH - type: base - source: - supplier: - LOT: - concentration: - value: 0.01 - unit: mol / l - ph: - value: - uncertainty: - temperature: # provide the temperature as it is given in the article. Assume room temperature if nothing is provided - value: 298.15 - unit: K # [K, C, F] - electrodes: - configuration: 3 # number of electrodes - reference electrode: - type: Hg/HgO/0.1 M NaOH # the reference electrode given in the experimental section. Might differ from that in the plot, MSE-sat, MSE-3M, MSE-1M, RHE, AgCl2 - source: - supplier: - counter electrode: - material: Pt - crystallographic orientation: - shape: ring - working electrode: - material: Ag - crystallographic orientation: '110' # hkl, 100, 110, poly - source: - supplier: - LOT: - shape: # optional - type: # bead/sphere - height: - value: - unit: - diameter: - value: - unit: - geometric electrolyte contact area: - value: - unit: - preparation procedure: Ag surface prepared with NaCN/H2O2 etching and annealing in H2 flame under Ar. # Short description of sample preparation. This can be very useful. :) - diff --git a/literature/horswell_2004_a_10970/horswell_2004_a_10970_p2_1a_dashed.svg b/literature/horswell_2004_a_10970/horswell_2004_a_10970_p2_f1a_dashed.svg similarity index 81% rename from literature/horswell_2004_a_10970/horswell_2004_a_10970_p2_1a_dashed.svg rename to literature/horswell_2004_a_10970/horswell_2004_a_10970_p2_f1a_dashed.svg index 3d2119f1b..f365cf5d0 100644 --- a/literature/horswell_2004_a_10970/horswell_2004_a_10970_p2_1a_dashed.svg +++ b/literature/horswell_2004_a_10970/horswell_2004_a_10970_p2_f1a_dashed.svg @@ -1,16 +1,30 @@ + sodipodi:docname="horswell_2004_a_10970_p2_f1a_dashed.svg" + inkscape:version="0.92.2 (5c3e80d, 2017-08-06)"> + + + + image/svg+xml + + + + + x="0" + width="5100px" + sodipodi:insensitive="true" + height="6601px" /> @@ -89,7 +104,7 @@ sodipodi:role="line" id="tspan10582" x="2531.043" - y="1105.3394">y1: -20 uA/cm2 + y="1105.3394">y1: -20 uA / cm2 @@ -106,7 +121,7 @@ sodipodi:role="line" id="tspan12266" x="2475.4902" - y="424.23758">y2: 20 uA/cm2 + y="424.23758">y2: 20 uA / cm2 scan rate: 50 mV/s + y="1137.9095">scan rate: 50 mV / s + comment: Hg/HgO ref. is 0.165 V vs the normal hydrogen electrode (NHE ~ SHE). The scan rate is not mentioned in the publication, but can be calculated from the integrated charge provided in the publication, resulting in 50 mV / s. diff --git a/literature/horswell_2004_a_10970/horswell_2004_a_10970_p2_f1a_dashed.yaml b/literature/horswell_2004_a_10970/horswell_2004_a_10970_p2_f1a_dashed.yaml new file mode 100644 index 000000000..a48f6ba07 --- /dev/null +++ b/literature/horswell_2004_a_10970/horswell_2004_a_10970_p2_f1a_dashed.yaml @@ -0,0 +1,53 @@ +# This file is part of echemdb (https://github.com/echemdb/website) +# Details on the meta data structure can be found on https://github.com/echemdb/metadata-schema +electrochemical system: + electrodes: + configuration: 3 + counter electrode: + material: Pt + shape: ring + reference electrode: + type: Hg/HgO/0.1 M NaOH + working electrode: + crystallographic orientation: '100' + material: Ag + preparation procedure: Ag surface prepared with NaCN/H2O2 etching and annealing + in H2 flame under Ar. + electrolyte: + components: + - concentration: + unit: mol / l + value: 0.09 + name: NaF + type: salt + - name: water + type: solvent + - concentration: + unit: mol / l + value: 0.01 + name: NaOH + type: base + temperature: + unit: K + value: 298.15 + type: aq + version: 1 +source: + citation key: horswell_2004_a_10970 + curve: dashed + url: https://doi.org/10.1021/la0483818 + figure: 1a + techniques: in-situ SHG, LEED, RHEED + version: 1 +version: 1 +curation: + version: 1 + process: + - role: curator + name: Markus Schilling + orcid: https://orcid.org/0000-0003-2684-3711 + date: 2021-10-18 + - role: reviewer + name: Albert Engstfeld + orcid: https://orcid.org/0000-0002-9686-3948 + date: 2022-01-21 diff --git a/literature/horswell_2004_a_10970/horswell_2004_a_10970_p2_1a_dotted.svg b/literature/horswell_2004_a_10970/horswell_2004_a_10970_p2_f1a_dotted.svg similarity index 81% rename from literature/horswell_2004_a_10970/horswell_2004_a_10970_p2_1a_dotted.svg rename to literature/horswell_2004_a_10970/horswell_2004_a_10970_p2_f1a_dotted.svg index 7397932ca..2066360bf 100644 --- a/literature/horswell_2004_a_10970/horswell_2004_a_10970_p2_1a_dotted.svg +++ b/literature/horswell_2004_a_10970/horswell_2004_a_10970_p2_f1a_dotted.svg @@ -1,16 +1,30 @@ + sodipodi:docname="horswell_2004_a_10970_p2_f1a_dotted.svg" + inkscape:version="0.92.2 (5c3e80d, 2017-08-06)"> + + + + image/svg+xml + + + + + x="0" + width="5100px" + sodipodi:insensitive="true" + height="6601px" /> @@ -89,7 +104,7 @@ sodipodi:role="line" id="tspan10582" x="2531.043" - y="1105.3394">y1: -20 uA/cm2 + y="1105.3394">y1: -20 uA / cm2 @@ -106,7 +121,7 @@ sodipodi:role="line" id="tspan12266" x="2475.4902" - y="424.23758">y2: 20 uA/cm2 + y="424.23758">y2: 20 uA / cm2 scan rate: 50 mV/s + y="1048.5714">scan rate: 50 mV / s + comment: Hg/HgO ref. is 0.165 V vs the normal hydrogen electrode (NHE ~ SHE). The scan rate is not mentioned in the publication, but can be calculated from the integrated charge provided in the publication, resulting in 50 mV / s. diff --git a/literature/horswell_2004_a_10970/horswell_2004_a_10970_p2_f1a_dotted.yaml b/literature/horswell_2004_a_10970/horswell_2004_a_10970_p2_f1a_dotted.yaml new file mode 100644 index 000000000..77b82d7c2 --- /dev/null +++ b/literature/horswell_2004_a_10970/horswell_2004_a_10970_p2_f1a_dotted.yaml @@ -0,0 +1,53 @@ +# This file is part of echemdb (https://github.com/echemdb/website) +# Details on the meta data structure can be found on https://github.com/echemdb/metadata-schema +electrochemical system: + electrodes: + configuration: 3 + counter electrode: + material: Pt + shape: ring + reference electrode: + type: Hg/HgO/0.1 M NaOH + working electrode: + crystallographic orientation: '111' + material: Ag + preparation procedure: Ag surface prepared with NaCN/H2O2 etching and annealing + in H2 flame under Ar. + electrolyte: + components: + - concentration: + unit: mol / l + value: 0.09 + name: NaF + type: salt + - name: water + type: solvent + - concentration: + unit: mol / l + value: 0.01 + name: NaOH + type: base + temperature: + unit: K + value: 298.15 + type: aq + version: 1 +source: + citation key: horswell_2004_a_10970 + curve: dotted + url: https://doi.org/10.1021/la0483818 + figure: 1a + techniques: in-situ SHG, LEED, RHEED + version: 1 +version: 1 +curation: + version: 1 + process: + - role: curator + name: Markus Schilling + orcid: https://orcid.org/0000-0003-2684-3711 + date: 2021-10-18 + - role: reviewer + name: Albert Engstfeld + orcid: https://orcid.org/0000-0002-9686-3948 + date: 2022-01-21 diff --git a/literature/horswell_2004_a_10970/horswell_2004_a_10970_p2_1a_solid.svg b/literature/horswell_2004_a_10970/horswell_2004_a_10970_p2_f1a_solid.svg similarity index 81% rename from literature/horswell_2004_a_10970/horswell_2004_a_10970_p2_1a_solid.svg rename to literature/horswell_2004_a_10970/horswell_2004_a_10970_p2_f1a_solid.svg index 95e18f27c..390139cb8 100644 --- a/literature/horswell_2004_a_10970/horswell_2004_a_10970_p2_1a_solid.svg +++ b/literature/horswell_2004_a_10970/horswell_2004_a_10970_p2_f1a_solid.svg @@ -1,16 +1,30 @@ + sodipodi:docname="horswell_2004_a_10970_p2_f1a_solid.svg" + inkscape:version="0.92.2 (5c3e80d, 2017-08-06)"> + + + + image/svg+xml + + + + + x="0" + width="5100px" + sodipodi:insensitive="true" + height="6601px" /> @@ -90,7 +105,7 @@ sodipodi:role="line" id="tspan10582" x="2531.043" - y="1105.3394">y1: -20 uA/cm2 + y="1105.3394">y1: -20 uA / cm2 @@ -107,7 +122,7 @@ sodipodi:role="line" id="tspan12266" x="2475.4902" - y="424.23758">y2: 20 uA/cm2 + y="424.23758">y2: 20 uA / cm2 @@ -136,5 +151,15 @@ sodipodi:role="line" id="tspan2176" x="4290.3613" - y="1039.0585">scan rate: 50 mV/s + y="1039.0585">scan rate: 50 mV / s + comment: Hg/HgO ref. is 0.165 V vs the normal hydrogen electrode (NHE ~ SHE). The scan rate is not mentioned in the publication, but can be calculated from the integrated charge provided in the publication, resulting in 50 mV / s. diff --git a/literature/horswell_2004_a_10970/horswell_2004_a_10970_p2_f1a_solid.yaml b/literature/horswell_2004_a_10970/horswell_2004_a_10970_p2_f1a_solid.yaml new file mode 100644 index 000000000..e6dd585c2 --- /dev/null +++ b/literature/horswell_2004_a_10970/horswell_2004_a_10970_p2_f1a_solid.yaml @@ -0,0 +1,53 @@ +# This file is part of echemdb (https://github.com/echemdb/website) +# Details on the meta data structure can be found on https://github.com/echemdb/metadata-schema +electrochemical system: + electrodes: + configuration: 3 + counter electrode: + material: Pt + shape: ring + reference electrode: + type: Hg/HgO/0.1 M NaOH + working electrode: + crystallographic orientation: '110' + material: Ag + preparation procedure: Ag surface prepared with NaCN/H2O2 etching and annealing + in H2 flame under Ar. + electrolyte: + components: + - concentration: + unit: mol / l + value: 0.09 + name: NaF + type: salt + - name: water + type: solvent + - concentration: + unit: mol / l + value: 0.01 + name: NaOH + type: base + temperature: + unit: K + value: 298.15 + type: aq + version: 1 +source: + citation key: horswell_2004_a_10970 + curve: solid + url: https://doi.org/10.1021/la0483818 + figure: 1a + techniques: in-situ SHG, LEED, RHEED + version: 1 +version: 1 +curation: + version: 1 + process: + - role: curator + name: Markus Schilling + orcid: https://orcid.org/0000-0003-2684-3711 + date: 2021-10-18 + - role: reviewer + name: Albert Engstfeld + orcid: https://orcid.org/0000-0002-9686-3948 + date: 2022-01-21 diff --git a/literature/jovic_1999_cyclic_247/jovic_1999_cyclic_247_p1_1_dashed.yaml b/literature/jovic_1999_cyclic_247/jovic_1999_cyclic_247_p1_1_dashed.yaml deleted file mode 100644 index b429acd32..000000000 --- a/literature/jovic_1999_cyclic_247/jovic_1999_cyclic_247_p1_1_dashed.yaml +++ /dev/null @@ -1,103 +0,0 @@ -# This file describes a figure from a publication containing electrochemical data. -# For the `echemdb/website` project, the source, curator and electrochemical system is mandatory. -# Figure description is optional. It is created automatically by the cv module of svgdigitizer - -source: - version: 1 - url: https://doi.org/10.1016/S1388-2481(99)00049-1 #only the number without preceeding doix or https - bib: jovic_1999_cyclic_247 # AuthorName_YYYY_FirstWordTitle_pageNr. No prepositions. Fingers crossed that there is no duplicate. - figure: 1 # depending on the subfigure labels use 1, 1b, or 1_3 - curve: dashed # use a unique short description to identify the curve in the figure, i.e.. label, color, etc - -curator: - version: 1 - name: Markus Schilling - orcid: https://orcid.org/0000-0003-2684-3711 - digitized: 2021-10-18 - -figure description: #This section will be updated by module `CV` - version: 1 - linked measurements: # FTIR, SXRD, Ring Disc - indicate if any other operando methods were shown in the same plot, which is linked to the data - comment: # Add whatever you think is important to understand the data - -electrochemical system: - version: 1 - instrumentation: - - type: - supplier: - - type: - model: - supplier: - - type: - model: - supplier: - electrolyte: - type: aq # aqueous = aq, non-aqueous=naq - components: # create as many components as necessary. A simple electrolyte consists of two components, i.e., H2SO4 and water - - name: NaOH # can be trivia name, sum formula, etc - concentration: - value: 0.01 - unit: mol / l - type: # - source: - supplier: - LOT: - - name: water - type: solvent - proportion: - value: - unit: - source: - refinement: - quality: - total organic carbon: - value: - unit: - - name: - type: - proportion: - value: - unit: - - name: - type: - source: - supplier: - LOT: - concentration: - value: - unit: #[M, mM, µM, g kg-1, ...] - ph: - value: - uncertainty: - temperature: # provide the temperature as it is given in the article. Assume room temperature if nothing is provided - value: 298.15 - unit: K # [K, C, F] - electrodes: - configuration: 3 # number of electrodes - reference electrode: - type: SCE # the reference electrode given in the experimental section. Might differ from that in the plot, MSE-sat, MSE-3M, MSE-1M, RHE, AgCl2 - source: - supplier: - counter electrode: - material: Pt - crystallographic orientation: - shape: sheet - working electrode: - material: Ag - crystallographic orientation: '111' # hkl, 100, 110, poly - source: - supplier: - LOT: - shape: # optional - type: # bead/sphere - height: - value: - unit: - diameter: - value: - unit: - geometric electrolyte contact area: - value: - unit: - preparation procedure: Ag crystal polished with fine emery paper, alumina, then etched with cyanide and H2O2. # Short description of sample preparation. This can be very useful. :) - diff --git a/literature/jovic_1999_cyclic_247/jovic_1999_cyclic_247_p1_1_solid.yaml b/literature/jovic_1999_cyclic_247/jovic_1999_cyclic_247_p1_1_solid.yaml deleted file mode 100644 index de8033664..000000000 --- a/literature/jovic_1999_cyclic_247/jovic_1999_cyclic_247_p1_1_solid.yaml +++ /dev/null @@ -1,103 +0,0 @@ -# This file describes a figure from a publication containing electrochemical data. -# For the `echemdb/website` project, the source, curator and electrochemical system is mandatory. -# Figure description is optional. It is created automatically by the cv module of svgdigitizer - -source: - version: 1 - url: https://doi.org/10.1016/S1388-2481(99)00049-1 #only the number without preceeding doix or https - bib: jovic_1999_cyclic_247 # AuthorName_YYYY_FirstWordTitle_pageNr. No prepositions. Fingers crossed that there is no duplicate. - figure: 1 # depending on the subfigure labels use 1, 1b, or 1_3 - curve: dashed # use a unique short description to identify the curve in the figure, i.e.. label, color, etc - -curator: - version: 1 - name: Markus Schilling - orcid: https://orcid.org/0000-0003-2684-3711 - digitized: 2021-10-18 - -figure description: #This section will be updated by module `CV` - version: 1 - linked measurements: # FTIR, SXRD, Ring Disc - indicate if any other operando methods were shown in the same plot, which is linked to the data - comment: # Add whatever you think is important to understand the data - -electrochemical system: - version: 1 - instrumentation: - - type: - supplier: - - type: - model: - supplier: - - type: - model: - supplier: - electrolyte: - type: aq # aqueous = aq, non-aqueous=naq - components: # create as many components as necessary. A simple electrolyte consists of two components, i.e., H2SO4 and water - - name: NaOH # can be trivia name, sum formula, etc - concentration: - value: 0.1 - unit: mol / l - type: # - source: - supplier: - LOT: - - name: water - type: solvent - proportion: - value: - unit: - source: - refinement: - quality: - total organic carbon: - value: - unit: - - name: - type: - proportion: - value: - unit: - - name: - type: - source: - supplier: - LOT: - concentration: - value: - unit: #[M, mM, µM, g kg-1, ...] - ph: - value: - uncertainty: - temperature: # provide the temperature as it is given in the article. Assume room temperature if nothing is provided - value: 298.15 - unit: K # [K, C, F] - electrodes: - configuration: 3 # number of electrodes - reference electrode: - type: SCE # the reference electrode given in the experimental section. Might differ from that in the plot, MSE-sat, MSE-3M, MSE-1M, RHE, AgCl2 - source: - supplier: - counter electrode: - material: Pt - crystallographic orientation: - shape: sheet - working electrode: - material: Ag - crystallographic orientation: '111' # hkl, 100, 110, poly - source: - supplier: - LOT: - shape: # optional - type: # bead/sphere - height: - value: - unit: - diameter: - value: - unit: - geometric electrolyte contact area: - value: - unit: - preparation procedure: Ag crystal polished with fine emery paper, alumina, then etched with cyanide and H2O2. # Short description of sample preparation. This can be very useful. :) - diff --git a/literature/jovic_1999_cyclic_247/jovic_1999_cyclic_247_p1_1_dashed.svg b/literature/jovic_1999_cyclic_247/jovic_1999_cyclic_247_p1_f1_dashed.svg similarity index 97% rename from literature/jovic_1999_cyclic_247/jovic_1999_cyclic_247_p1_1_dashed.svg rename to literature/jovic_1999_cyclic_247/jovic_1999_cyclic_247_p1_f1_dashed.svg index 32a4bbc56..310da727a 100644 --- a/literature/jovic_1999_cyclic_247/jovic_1999_cyclic_247_p1_1_dashed.svg +++ b/literature/jovic_1999_cyclic_247/jovic_1999_cyclic_247_p1_f1_dashed.svg @@ -4,7 +4,7 @@ version="1.1" width="5825px" id="svg53" - sodipodi:docname="Jovic_1999_Cyclic_247_p1_1_dashed.svg" + sodipodi:docname="Jovic_1999_Cyclic_247_p1_f1_dashed.svg" inkscape:version="1.1 (ce6663b3b7, 2021-05-25)" xmlns:inkscape="http://www.inkscape.org/namespaces/inkscape" xmlns:sodipodi="http://sodipodi.sourceforge.net/DTD/sodipodi-0.dtd" @@ -54,7 +54,7 @@ sodipodi:role="line" id="tspan2906" x="2310.4441" - y="713.95587">y2: 20 uA/cm2 + y="713.95587">y2: 20 uA / cm2 @@ -71,7 +71,7 @@ sodipodi:role="line" id="tspan7002" x="2052.5754" - y="2066.0752">y1: -20 uA/cm2 + y="2066.0752">y1: -20 uA / cm2 @@ -116,7 +116,7 @@ sodipodi:role="line" id="tspan27791" x="4047.3762" - y="2043.5024">scan rate: 50 mV/s + y="2043.5024">scan rate: 50 mV / s y2: 20 uA/cm2 + y="713.95587">y2: 20 uA / cm2 @@ -71,7 +71,7 @@ sodipodi:role="line" id="tspan7002" x="2052.5754" - y="2066.0752">y1: -20 uA/cm2 + y="2066.0752">y1: -20 uA / cm2 @@ -116,7 +116,7 @@ sodipodi:role="line" id="tspan27791" x="4047.3762" - y="2043.5024">scan rate: 50 mV/s + y="2043.5024">scan rate: 50 mV / s - - - - - - - y2: 200 uA/cm2 - - - - y1: -200 uA/cm2 - - - - x1: -1.2 V vs SCE - - - - x2: 0.2 V vs SCE - - scan rate: 50 mV/s - - curve: Ag(111)_0.1M_NaOH - - - diff --git a/literature/jovic_1999_cyclic_247/jovic_1999_cyclic_247_p3_4.yaml b/literature/jovic_1999_cyclic_247/jovic_1999_cyclic_247_p3_4.yaml deleted file mode 100644 index 448c033bb..000000000 --- a/literature/jovic_1999_cyclic_247/jovic_1999_cyclic_247_p3_4.yaml +++ /dev/null @@ -1,104 +0,0 @@ -# This file describes a figure from a publication containing electrochemical data. -# For the `echemdb/website` project, the source, curator and electrochemical system is mandatory. -# Figure description is optional. It is created automatically by the cv module of svgdigitizer - -source: - version: 1 - url: https://doi.org/10.1016/S1388-2481(99)00049-1 #only the number without preceeding doix or https - bib: jovic_1999_cyclic_247 # AuthorName_YYYY_FirstWordTitle_pageNr. No prepositions. Fingers crossed that there is no duplicate. - figure: 4 # depending on the subfigure labels use 1, 1b, or 1_3 - curve: # use a unique short description to identify the curve in the figure, i.e.. label, color, etc - -curator: - version: 1 - name: Markus Schilling - orcid: https://orcid.org/0000-0003-2684-3711 - digitized: 2021-10-18 - -figure description: #This section will be updated by module `CV` - version: 1 - linked measurements: # FTIR, SXRD, Ring Disc - indicate if any other operando methods were shown in the same plot, which is linked to the data - comment: At high potentials, oxidation of Ag was observed. # Add whatever you think is important to understand the data - - -electrochemical system: - version: 1 - instrumentation: - - type: - supplier: - - type: - model: - supplier: - - type: - model: - supplier: - electrolyte: - type: aq # aqueous = aq, non-aqueous=naq - components: # create as many components as necessary. A simple electrolyte consists of two components, i.e., H2SO4 and water - - name: NaOH # can be trivia name, sum formula, etc - concentration: - value: 0.1 - unit: mol / l - type: # - source: - supplier: - LOT: - - name: water - type: solvent - proportion: - value: - unit: - source: - refinement: - quality: - total organic carbon: - value: - unit: - - name: - type: - proportion: - value: - unit: - - name: - type: - source: - supplier: - LOT: - concentration: - value: - unit: #[M, mM, µM, g kg-1, ...] - ph: - value: - uncertainty: - temperature: # provide the temperature as it is given in the article. Assume room temperature if nothing is provided - value: 298.15 - unit: K # [K, C, F] - electrodes: - configuration: 3 # number of electrodes - reference electrode: - type: SCE # the reference electrode given in the experimental section. Might differ from that in the plot, MSE-sat, MSE-3M, MSE-1M, RHE, AgCl2 - source: - supplier: - counter electrode: - material: Pt - crystallographic orientation: - shape: sheet - working electrode: - material: Ag - crystallographic orientation: '111' # hkl, 100, 110, poly - source: - supplier: - LOT: - shape: # optional - type: # bead/sphere - height: - value: - unit: - diameter: - value: - unit: - geometric electrolyte contact area: - value: - unit: - preparation procedure: Ag crystal polished with fine emery paper, alumina, then etched with cyanide and H2O2. # Short description of sample preparation. This can be very useful. :) - diff --git a/literature/jovic_1999_cyclic_247/jovic_1999_cyclic_247_p3_6_dashed.yaml b/literature/jovic_1999_cyclic_247/jovic_1999_cyclic_247_p3_6_dashed.yaml deleted file mode 100644 index c03dd7e0a..000000000 --- a/literature/jovic_1999_cyclic_247/jovic_1999_cyclic_247_p3_6_dashed.yaml +++ /dev/null @@ -1,103 +0,0 @@ -# This file describes a figure from a publication containing electrochemical data. -# For the `echemdb/website` project, the source, curator and electrochemical system is mandatory. -# Figure description is optional. It is created automatically by the cv module of svgdigitizer - -source: - version: 1 - url: https://doi.org/10.1016/S1388-2481(99)00049-1 #only the number without preceeding doix or https - bib: jovic_1999_cyclic_247 # AuthorName_YYYY_FirstWordTitle_pageNr. No prepositions. Fingers crossed that there is no duplicate. - figure: 6 # depending on the subfigure labels use 1, 1b, or 1_3 - curve: dashed # use a unique short description to identify the curve in the figure, i.e.. label, color, etc - -curator: - version: 1 - name: Markus Schilling - orcid: https://orcid.org/0000-0003-2684-3711 - digitized: 2021-10-18 - -figure description: #This section will be updated by module `CV` - version: 1 - linked measurements: # FTIR, SXRD, Ring Disc - indicate if any other operando methods were shown in the same plot, which is linked to the data - comment: CV was obtained after cycling between 0.2 and 0.5V. # Add whatever you think is important to understand the data - -electrochemical system: - version: 1 - instrumentation: - - type: - supplier: - - type: - model: - supplier: - - type: - model: - supplier: - electrolyte: - type: aq # aqueous = aq, non-aqueous=naq - components: # create as many components as necessary. A simple electrolyte consists of two components, i.e., H2SO4 and water - - name: NaOH # can be trivia name, sum formula, etc - concentration: - value: 0.1 - unit: mol / l - type: # - source: - supplier: - LOT: - - name: water - type: solvent - proportion: - value: - unit: - source: - refinement: - quality: - total organic carbon: - value: - unit: - - name: - type: - proportion: - value: - unit: - - name: - type: - source: - supplier: - LOT: - concentration: - value: - unit: #[M, mM, µM, g kg-1, ...] - ph: - value: - uncertainty: - temperature: # provide the temperature as it is given in the article. Assume room temperature if nothing is provided - value: 298.15 - unit: K # [K, C, F] - electrodes: - configuration: 3 # number of electrodes - reference electrode: - type: SCE # the reference electrode given in the experimental section. Might differ from that in the plot, MSE-sat, MSE-3M, MSE-1M, RHE, AgCl2 - source: - supplier: - counter electrode: - material: Pt - crystallographic orientation: - shape: sheet - working electrode: - material: Ag - crystallographic orientation: '111' # hkl, 100, 110, poly - source: - supplier: - LOT: - shape: # optional - type: # bead/sphere - height: - value: - unit: - diameter: - value: - unit: - geometric electrolyte contact area: - value: - unit: - preparation procedure: Ag crystal polished with fine emery paper, alumina, then etched with cyanide and H2O2. # Short description of sample preparation. This can be very useful. :) - diff --git a/literature/jovic_1999_cyclic_247/jovic_1999_cyclic_247_p3_6_solid.yaml b/literature/jovic_1999_cyclic_247/jovic_1999_cyclic_247_p3_6_solid.yaml deleted file mode 100644 index 4cced9fcc..000000000 --- a/literature/jovic_1999_cyclic_247/jovic_1999_cyclic_247_p3_6_solid.yaml +++ /dev/null @@ -1,103 +0,0 @@ -# This file describes a figure from a publication containing electrochemical data. -# For the `echemdb/website` project, the source, curator and electrochemical system is mandatory. -# Figure description is optional. It is created automatically by the cv module of svgdigitizer - -source: - version: 1 - url: https://doi.org/10.1016/S1388-2481(99)00049-1 #only the number without preceeding doix or https - bib: jovic_1999_cyclic_247 # AuthorName_YYYY_FirstWordTitle_pageNr. No prepositions. Fingers crossed that there is no duplicate. - figure: 6 # depending on the subfigure labels use 1, 1b, or 1_3 - curve: solid # use a unique short description to identify the curve in the figure, i.e.. label, color, etc - -curator: - version: 1 - name: Markus Schilling - orcid: https://orcid.org/0000-0003-2684-3711 - digitized: 2021-10-18 - -figure description: #This section will be updated by module `CV` - version: 1 - linked measurements: # FTIR, SXRD, Ring Disc - indicate if any other operando methods were shown in the same plot, which is linked to the data - comment: CV was obtained before cycling between 0.2 V and 0.5 V. # Add whatever you think is important to understand the data - -electrochemical system: - version: 1 - instrumentation: - - type: - supplier: - - type: - model: - supplier: - - type: - model: - supplier: - electrolyte: - type: aq # aqueous = aq, non-aqueous=naq - components: # create as many components as necessary. A simple electrolyte consists of two components, i.e., H2SO4 and water - - name: NaOH # can be trivia name, sum formula, etc - concentration: - value: 0.1 - unit: mol / l - type: # - source: - supplier: - LOT: - - name: water - type: solvent - proportion: - value: - unit: - source: - refinement: - quality: - total organic carbon: - value: - unit: - - name: - type: - proportion: - value: - unit: - - name: - type: - source: - supplier: - LOT: - concentration: - value: - unit: #[M, mM, µM, g kg-1, ...] - ph: - value: - uncertainty: - temperature: # provide the temperature as it is given in the article. Assume room temperature if nothing is provided - value: 298.15 - unit: K # [K, C, F] - electrodes: - configuration: 3 # number of electrodes - reference electrode: - type: SCE # the reference electrode given in the experimental section. Might differ from that in the plot, MSE-sat, MSE-3M, MSE-1M, RHE, AgCl2 - source: - supplier: - counter electrode: - material: Pt - crystallographic orientation: - shape: sheet - working electrode: - material: Ag - crystallographic orientation: '111' # hkl, 100, 110, poly - source: - supplier: - LOT: - shape: # optional - type: # bead/sphere - height: - value: - unit: - diameter: - value: - unit: - geometric electrolyte contact area: - value: - unit: - preparation procedure: Ag crystal polished with fine emery paper, alumina, then etched with cyanide and H2O2. # Short description of sample preparation. This can be very useful. :) - diff --git a/literature/jovic_1999_cyclic_247/jovic_1999_cyclic_247_p3_f4_solid.svg b/literature/jovic_1999_cyclic_247/jovic_1999_cyclic_247_p3_f4_solid.svg new file mode 100644 index 000000000..54b0314b4 --- /dev/null +++ b/literature/jovic_1999_cyclic_247/jovic_1999_cyclic_247_p3_f4_solid.svg @@ -0,0 +1,169 @@ + + + + + + image/svg+xml + + + + + + + + + + y2: 200 uA / cm2 + + + + y1: -200 uA / cm2 + + + + x1: -1.2 V vs SCE + + + + x2: 0.2 V vs SCE + + scan rate: 50 mV / s + + + curve: solid + + + comment: At high potentials, oxidation of Ag was observed. + + diff --git a/literature/jovic_1999_cyclic_247/jovic_1999_cyclic_247_p3_f4_solid.yaml b/literature/jovic_1999_cyclic_247/jovic_1999_cyclic_247_p3_f4_solid.yaml new file mode 100644 index 000000000..2a7338b27 --- /dev/null +++ b/literature/jovic_1999_cyclic_247/jovic_1999_cyclic_247_p3_f4_solid.yaml @@ -0,0 +1,47 @@ +# This file is part of echemdb (https://github.com/echemdb/website) +# Details on the meta data structure can be found on https://github.com/echemdb/metadata-schema +electrochemical system: + electrodes: + configuration: 3 + counter electrode: + material: Pt + shape: sheet + reference electrode: + type: SCE + working electrode: + crystallographic orientation: '111' + material: Ag + preparation procedure: Ag crystal polished with fine emery paper, alumina, then + etched with cyanide and H2O2. + electrolyte: + components: + - concentration: + unit: mol / l + value: 0.1 + name: NaOH + type: base + - name: water + type: solvent + temperature: + unit: K + value: 298.15 + type: aq + version: 1 +source: + citation key: jovic_1999_cyclic_247 + curve: solid + url: https://doi.org/10.1016/S1388-2481(99)00049-1 + figure: 4 + version: 1 +version: 1 +curation: + version: 1 + process: + - role: curator + name: Markus Schilling + orcid: https://orcid.org/0000-0003-2684-3711 + date: 2021-10-18 + - role: reviewer + name: Albert Engstfeld + orcid: https://orcid.org/0000-0002-9686-3948 + date: 2022-01-21 diff --git a/literature/jovic_1999_cyclic_247/jovic_1999_cyclic_247_p3_6_dashed.svg b/literature/jovic_1999_cyclic_247/jovic_1999_cyclic_247_p3_f6_dashed.svg similarity index 82% rename from literature/jovic_1999_cyclic_247/jovic_1999_cyclic_247_p3_6_dashed.svg rename to literature/jovic_1999_cyclic_247/jovic_1999_cyclic_247_p3_f6_dashed.svg index 9c2bf2b9a..cec40783a 100644 --- a/literature/jovic_1999_cyclic_247/jovic_1999_cyclic_247_p3_6_dashed.svg +++ b/literature/jovic_1999_cyclic_247/jovic_1999_cyclic_247_p3_f6_dashed.svg @@ -1,16 +1,30 @@ + sodipodi:docname="jovic_1999_cyclic_247_p3_f6_dashed.svg" + inkscape:version="0.92.2 (5c3e80d, 2017-08-06)"> + + + + image/svg+xml + + + + + x="0" + width="5825px" + sodipodi:insensitive="true" + height="7176px" /> y2: 25 uA/cm2 + y="3250.8208">y2: 25 uA / cm2 @@ -71,7 +86,7 @@ sodipodi:role="line" id="tspan24898" x="2202.3848" - y="4770.7021">y1: -25 uA/cm2 + y="4770.7021">y1: -25 uA / cm2 @@ -116,7 +131,7 @@ sodipodi:role="line" id="tspan36130" x="3045.7715" - y="4685.1021">scan rate: 100 mV/s + y="4685.1021">scan rate: 100 mV / s + comment: CV was obtained after cycling between 0.2 and 0.5V. diff --git a/literature/jovic_1999_cyclic_247/jovic_1999_cyclic_247_p3_f6_dashed.yaml b/literature/jovic_1999_cyclic_247/jovic_1999_cyclic_247_p3_f6_dashed.yaml new file mode 100644 index 000000000..15ea7435a --- /dev/null +++ b/literature/jovic_1999_cyclic_247/jovic_1999_cyclic_247_p3_f6_dashed.yaml @@ -0,0 +1,47 @@ +# This file is part of echemdb (https://github.com/echemdb/website) +# Details on the meta data structure can be found on https://github.com/echemdb/metadata-schema +electrochemical system: + electrodes: + configuration: 3 + counter electrode: + material: Pt + shape: sheet + reference electrode: + type: SCE + working electrode: + crystallographic orientation: '111' + material: Ag + preparation procedure: Ag crystal polished with fine emery paper, alumina, then + etched with cyanide and H2O2. + electrolyte: + components: + - concentration: + unit: mol / l + value: 0.1 + name: NaOH + type: base + - name: water + type: solvent + temperature: + unit: K + value: 298.15 + type: aq + version: 1 +source: + citation key: jovic_1999_cyclic_247 + curve: dashed + url: https://doi.org/10.1016/S1388-2481(99)00049-1 + figure: 6 + version: 1 +version: 1 +curation: + version: 1 + process: + - role: curator + name: Markus Schilling + orcid: https://orcid.org/0000-0003-2684-3711 + date: 2021-10-18 + - role: reviewer + name: Albert Engstfeld + orcid: https://orcid.org/0000-0002-9686-3948 + date: 2022-01-21 diff --git a/literature/jovic_1999_cyclic_247/jovic_1999_cyclic_247_p3_6_solid.svg b/literature/jovic_1999_cyclic_247/jovic_1999_cyclic_247_p3_f6_solid.svg similarity index 84% rename from literature/jovic_1999_cyclic_247/jovic_1999_cyclic_247_p3_6_solid.svg rename to literature/jovic_1999_cyclic_247/jovic_1999_cyclic_247_p3_f6_solid.svg index bf40144e3..eff72132d 100644 --- a/literature/jovic_1999_cyclic_247/jovic_1999_cyclic_247_p3_6_solid.svg +++ b/literature/jovic_1999_cyclic_247/jovic_1999_cyclic_247_p3_f6_solid.svg @@ -1,16 +1,30 @@ + sodipodi:docname="jovic_1999_cyclic_247_p3_f6_solid.svg" + inkscape:version="0.92.2 (5c3e80d, 2017-08-06)"> + + + + image/svg+xml + + + + + x="0" + width="5825px" + sodipodi:insensitive="true" + height="7176px" /> y2: 25 uA/cm2 + y="3250.8208">y2: 25 uA / cm2 @@ -71,7 +86,7 @@ sodipodi:role="line" id="tspan24898" x="2202.3848" - y="4770.7021">y1: -25 uA/cm2 + y="4770.7021">y1: -25 uA / cm2 @@ -116,7 +131,7 @@ sodipodi:role="line" id="tspan36130" x="4742.1392" - y="4261.0356">scan rate: 100 mV/s + y="4261.0356">scan rate: 100 mV / s + comment: CV was obtained before cycling between 0.2 V and 0.5 V. diff --git a/literature/jovic_1999_cyclic_247/jovic_1999_cyclic_247_p3_f6_solid.yaml b/literature/jovic_1999_cyclic_247/jovic_1999_cyclic_247_p3_f6_solid.yaml new file mode 100644 index 000000000..ce1c3987e --- /dev/null +++ b/literature/jovic_1999_cyclic_247/jovic_1999_cyclic_247_p3_f6_solid.yaml @@ -0,0 +1,47 @@ +# This file is part of echemdb (https://github.com/echemdb/website) +# Details on the meta data structure can be found on https://github.com/echemdb/metadata-schema +electrochemical system: + electrodes: + configuration: 3 + counter electrode: + material: Pt + shape: sheet + reference electrode: + type: SCE + working electrode: + crystallographic orientation: '111' + material: Ag + preparation procedure: Ag crystal polished with fine emery paper, alumina, then + etched with cyanide and H2O2. + electrolyte: + components: + - concentration: + unit: mol / l + value: 0.1 + name: NaOH + type: base + - name: water + type: solvent + temperature: + unit: K + value: 298.15 + type: aq + version: 1 +source: + citation key: jovic_1999_cyclic_247 + curve: solid + url: https://doi.org/10.1016/S1388-2481(99)00049-1 + figure: 6 + version: 1 +version: 1 +curation: + version: 1 + process: + - role: curator + name: Markus Schilling + orcid: https://orcid.org/0000-0003-2684-3711 + date: 2021-10-18 + - role: reviewer + name: Albert Engstfeld + orcid: https://orcid.org/0000-0002-9686-3948 + date: 2022-01-21 diff --git a/literature/jovic_1999_cyclic_247/jovic_1999_cyclic_247_p4_7_dashed.svg b/literature/jovic_1999_cyclic_247/jovic_1999_cyclic_247_p4_7_dashed.svg deleted file mode 100644 index 4dbf00b61..000000000 --- a/literature/jovic_1999_cyclic_247/jovic_1999_cyclic_247_p4_7_dashed.svg +++ /dev/null @@ -1,138 +0,0 @@ - - - - - - - - y2: 20 uA/cm2 - - - - y1: -20 uA/cm2 - - - - x1: -1.1 V vs SCE - - - - x2: 0.1 V vs SCE - - scan rate: 50 mV/s - - curve: Ag(100)_0.1M_NaOH - - - diff --git a/literature/jovic_1999_cyclic_247/jovic_1999_cyclic_247_p4_7_dashed.yaml b/literature/jovic_1999_cyclic_247/jovic_1999_cyclic_247_p4_7_dashed.yaml deleted file mode 100644 index 1f366bb12..000000000 --- a/literature/jovic_1999_cyclic_247/jovic_1999_cyclic_247_p4_7_dashed.yaml +++ /dev/null @@ -1,104 +0,0 @@ -# This file describes a figure from a publication containing electrochemical data. -# For the `echemdb/website` project, the source, curator and electrochemical system is mandatory. -# Figure description is optional. It is created automatically by the cv module of svgdigitizer - -source: - version: 1 - url: https://doi.org/10.1016/S1388-2481(99)00049-1 #only the number without preceeding doix or https - bib: jovic_1999_cyclic_247 # AuthorName_YYYY_FirstWordTitle_pageNr. No prepositions. Fingers crossed that there is no duplicate. - figure: 7 # depending on the subfigure labels use 1, 1b, or 1_3 - curve: dashed # use a unique short description to identify the curve in the figure, i.e.. label, color, etc - -curator: - version: 1 - name: Markus Schilling - orcid: https://orcid.org/0000-0003-2684-3711 - digitized: 2021-10-18 - -figure description: #This section will be updated by module `CV` - version: 1 - linked measurements: # FTIR, SXRD, Ring Disc - indicate if any other operando methods were shown in the same plot, which is linked to the data - comment: Comparison between (100) and (111) surfaces. # Add whatever you think is important to understand the data - - -electrochemical system: - version: 1 - instrumentation: - - type: - supplier: - - type: - model: - supplier: - - type: - model: - supplier: - electrolyte: - type: aq # aqueous = aq, non-aqueous=naq - components: # create as many components as necessary. A simple electrolyte consists of two components, i.e., H2SO4 and water - - name: NaOH # can be trivia name, sum formula, etc - concentration: - value: 0.1 - unit: mol / l - type: # - source: - supplier: - LOT: - - name: water - type: solvent - proportion: - value: - unit: - source: - refinement: - quality: - total organic carbon: - value: - unit: - - name: - type: - proportion: - value: - unit: - - name: - type: - source: - supplier: - LOT: - concentration: - value: - unit: #[M, mM, µM, g kg-1, ...] - ph: - value: - uncertainty: - temperature: # provide the temperature as it is given in the article. Assume room temperature if nothing is provided - value: 298.15 - unit: K # [K, C, F] - electrodes: - configuration: 3 # number of electrodes - reference electrode: - type: SCE # the reference electrode given in the experimental section. Might differ from that in the plot, MSE-sat, MSE-3M, MSE-1M, RHE, AgCl2 - source: - supplier: - counter electrode: - material: Pt - crystallographic orientation: - shape: sheet - working electrode: - material: Ag - crystallographic orientation: '100' # hkl, 100, 110, poly - source: - supplier: - LOT: - shape: # optional - type: # bead/sphere - height: - value: - unit: - diameter: - value: - unit: - geometric electrolyte contact area: - value: - unit: - preparation procedure: Ag crystal polished with fine emery paper, alumina, then etched with cyanide and H2O2. # Short description of sample preparation. This can be very useful. :) - diff --git a/literature/jovic_1999_cyclic_247/jovic_1999_cyclic_247_p4_7_solid.yaml b/literature/jovic_1999_cyclic_247/jovic_1999_cyclic_247_p4_7_solid.yaml deleted file mode 100644 index 35d56e0d1..000000000 --- a/literature/jovic_1999_cyclic_247/jovic_1999_cyclic_247_p4_7_solid.yaml +++ /dev/null @@ -1,104 +0,0 @@ -# This file describes a figure from a publication containing electrochemical data. -# For the `echemdb/website` project, the source, curator and electrochemical system is mandatory. -# Figure description is optional. It is created automatically by the cv module of svgdigitizer - -source: - version: 1 - url: https://doi.org/10.1016/S1388-2481(99)00049-1 #only the number without preceeding doix or https - bib: jovic_1999_cyclic_247 # AuthorName_YYYY_FirstWordTitle_pageNr. No prepositions. Fingers crossed that there is no duplicate. - figure: 7 # depending on the subfigure labels use 1, 1b, or 1_3 - curve: solid # use a unique short description to identify the curve in the figure, i.e.. label, color, etc - -curator: - version: 1 - name: Markus Schilling - orcid: https://orcid.org/0000-0003-2684-3711 - digitized: 2021-10-18 - -figure description: #This section will be updated by module `CV` - version: 1 - linked measurements: # FTIR, SXRD, Ring Disc - indicate if any other operando methods were shown in the same plot, which is linked to the data - comment: Comparison between (100) and (111) surfaces. # Add whatever you think is important to understand the data - - -electrochemical system: - version: 1 - instrumentation: - - type: - supplier: - - type: - model: - supplier: - - type: - model: - supplier: - electrolyte: - type: aq # aqueous = aq, non-aqueous=naq - components: # create as many components as necessary. A simple electrolyte consists of two components, i.e., H2SO4 and water - - name: NaOH # can be trivia name, sum formula, etc - concentration: - value: 0.1 - unit: mol / l - type: # - source: - supplier: - LOT: - - name: water - type: solvent - proportion: - value: - unit: - source: - refinement: - quality: - total organic carbon: - value: - unit: - - name: - type: - proportion: - value: - unit: - - name: - type: - source: - supplier: - LOT: - concentration: - value: - unit: #[M, mM, µM, g kg-1, ...] - ph: - value: - uncertainty: - temperature: # provide the temperature as it is given in the article. Assume room temperature if nothing is provided - value: 298.15 - unit: K # [K, C, F] - electrodes: - configuration: 3 # number of electrodes - reference electrode: - type: SCE # the reference electrode given in the experimental section. Might differ from that in the plot, MSE-sat, MSE-3M, MSE-1M, RHE, AgCl2 - source: - supplier: - counter electrode: - material: Pt - crystallographic orientation: - shape: sheet - working electrode: - material: Ag - crystallographic orientation: '111' # hkl, 100, 110, poly - source: - supplier: - LOT: - shape: # optional - type: # bead/sphere - height: - value: - unit: - diameter: - value: - unit: - geometric electrolyte contact area: - value: - unit: - preparation procedure: Ag crystal polished with fine emery paper, alumina, then etched with cyanide and H2O2. # Short description of sample preparation. This can be very useful. :) - diff --git a/literature/jovic_1999_cyclic_247/jovic_1999_cyclic_247_p4_f7_dashed.svg b/literature/jovic_1999_cyclic_247/jovic_1999_cyclic_247_p4_f7_dashed.svg new file mode 100644 index 000000000..a585aa23b --- /dev/null +++ b/literature/jovic_1999_cyclic_247/jovic_1999_cyclic_247_p4_f7_dashed.svg @@ -0,0 +1,166 @@ + + + + + + image/svg+xml + + + + + + + + + + y2: 20 uA / cm2 + + + + y1: -20 uA / cm2 + + + + x1: -1.1 V vs SCE + + + + x2: 0.1 V vs SCE + + scan rate: 50 mV / s + + + curve: Ag(100)_0.1M_NaOH + + + comment: Comparison between (100) and (111) surfaces. + + diff --git a/literature/jovic_1999_cyclic_247/jovic_1999_cyclic_247_p4_f7_dashed.yaml b/literature/jovic_1999_cyclic_247/jovic_1999_cyclic_247_p4_f7_dashed.yaml new file mode 100644 index 000000000..446fd872d --- /dev/null +++ b/literature/jovic_1999_cyclic_247/jovic_1999_cyclic_247_p4_f7_dashed.yaml @@ -0,0 +1,47 @@ +# This file is part of echemdb (https://github.com/echemdb/website) +# Details on the meta data structure can be found on https://github.com/echemdb/metadata-schema +electrochemical system: + electrodes: + configuration: 3 + counter electrode: + material: Pt + shape: sheet + reference electrode: + type: SCE + working electrode: + crystallographic orientation: '100' + material: Ag + preparation procedure: Ag crystal polished with fine emery paper, alumina, then + etched with cyanide and H2O2. + electrolyte: + components: + - concentration: + unit: mol / l + value: 0.1 + name: NaOH + type: base + - name: water + type: solvent + temperature: + unit: K + value: 298.15 + type: aq + version: 1 +source: + citation key: jovic_1999_cyclic_247 + curve: dashed + url: https://doi.org/10.1016/S1388-2481(99)00049-1 + figure: 7 + version: 1 +version: 1 +curation: + version: 1 + process: + - role: curator + name: Markus Schilling + orcid: https://orcid.org/0000-0003-2684-3711 + date: 2021-10-18 + - role: reviewer + name: Albert Engstfeld + orcid: https://orcid.org/0000-0002-9686-3948 + date: 2022-01-21 diff --git a/literature/jovic_1999_cyclic_247/jovic_1999_cyclic_247_p4_7_solid.svg b/literature/jovic_1999_cyclic_247/jovic_1999_cyclic_247_p4_f7_solid.svg similarity index 85% rename from literature/jovic_1999_cyclic_247/jovic_1999_cyclic_247_p4_7_solid.svg rename to literature/jovic_1999_cyclic_247/jovic_1999_cyclic_247_p4_f7_solid.svg index 408c5ca0a..08a09215b 100644 --- a/literature/jovic_1999_cyclic_247/jovic_1999_cyclic_247_p4_7_solid.svg +++ b/literature/jovic_1999_cyclic_247/jovic_1999_cyclic_247_p4_f7_solid.svg @@ -1,16 +1,30 @@ + sodipodi:docname="jovic_1999_cyclic_247_p4_f7_solid.svg" + inkscape:version="0.92.2 (5c3e80d, 2017-08-06)"> + + + + image/svg+xml + + + + + x="0" + width="5825px" + sodipodi:insensitive="true" + height="7176px" /> y2: 20 uA/cm2 + y="772.32739">y2: 20 uA / cm2 @@ -71,7 +86,7 @@ sodipodi:role="line" id="tspan45650" x="202.96954" - y="1914.5226">y1: -20 uA/cm2 + y="1914.5226">y1: -20 uA / cm2 @@ -116,7 +131,7 @@ sodipodi:role="line" id="tspan59698" x="1055.3203" - y="2019.0104">scan rate: 50 mV/s + y="2019.0104">scan rate: 50 mV / s + comment: Comparison between (100) and (111) surfaces. diff --git a/literature/jovic_1999_cyclic_247/jovic_1999_cyclic_247_p4_f7_solid.yaml b/literature/jovic_1999_cyclic_247/jovic_1999_cyclic_247_p4_f7_solid.yaml new file mode 100644 index 000000000..ecd17c2ea --- /dev/null +++ b/literature/jovic_1999_cyclic_247/jovic_1999_cyclic_247_p4_f7_solid.yaml @@ -0,0 +1,47 @@ +# This file is part of echemdb (https://github.com/echemdb/website) +# Details on the meta data structure can be found on https://github.com/echemdb/metadata-schema +electrochemical system: + electrodes: + configuration: 3 + counter electrode: + material: Pt + shape: sheet + reference electrode: + type: SCE + working electrode: + crystallographic orientation: '111' + material: Ag + preparation procedure: Ag crystal polished with fine emery paper, alumina, then + etched with cyanide and H2O2. + electrolyte: + components: + - concentration: + unit: mol / l + value: 0.1 + name: NaOH + type: base + - name: water + type: solvent + temperature: + unit: K + value: 298.15 + type: aq + version: 1 +source: + citation key: jovic_1999_cyclic_247 + curve: solid + url: https://doi.org/10.1016/S1388-2481(99)00049-1 + figure: 7 + version: 1 +version: 1 +curation: + version: 1 + process: + - role: curator + name: Markus Schilling + orcid: https://orcid.org/0000-0003-2684-3711 + date: 2021-10-18 + - role: reviewer + name: Albert Engstfeld + orcid: https://orcid.org/0000-0002-9686-3948 + date: 2022-01-21 diff --git a/literature/kerner_2002_measurement_2055/kerner_2002_measurement_2055_p2_2a.yaml b/literature/kerner_2002_measurement_2055/kerner_2002_measurement_2055_p2_2a.yaml deleted file mode 100644 index 8bd24373e..000000000 --- a/literature/kerner_2002_measurement_2055/kerner_2002_measurement_2055_p2_2a.yaml +++ /dev/null @@ -1,102 +0,0 @@ -# This file describes a figure from a publication containing electrochemical data. -# For the `echemdb/website` project, the source, curator and electrochemical system is mandatory. -# Figure description is optional. It is created automatically by the cv module of svgdigitizer - -source: - version: 1 - url: https://doi.org/10.1016/0022-0728(92)80223-Q #only the number without preceeding doix or https - bib: kerner_2002_measurement_2055 # AuthorName_YYYY_FirstWordTitle_pageNr. No prepositions. Fingers crossed that there is no duplicate. - figure: 2a # depending on the subfigure labels use 1, 1b, or 1_3 - curve: # use a unique short description to identify the curve in the figure, i.e.. label, color, etc - -curator: - version: 1 - name: Markus Schilling - orcid: https://orcid.org/0000-0003-2684-3711 - digitized: 2021-10-21 # YYYY-MM-DD - -figure description: #This section will be updated by module `CV` - version: 1 - linked measurements: EIS # FTIR, SXRD, Ring Disc - indicate if any other operando methods were shown in the same plot, which is linked to the data - comment: For CV with KI, KClO4 is used instead of HClO4 (as for KCl, BrCl). # Add whatever you think is important to understand the data - -electrochemical system: - version: 1 - instrumentation: - - type: - supplier: - - type: - model: - supplier: - - type: - model: - supplier: - electrolyte: - type: aq # aqueous = aq, non-aqueous=naq - components: # create as many components as necessary. A simple electrolyte consists of two components, i.e., H2SO4 and water - - name: HClO4 # can be trivia name, sum formula, etc - concentration: - value: 0.1 - unit: mol / l - type: acid # - source: - supplier: - LOT: - - name: water - type: solvent - proportion: - value: - unit: - source: - refinement: - quality: - total organic carbon: - value: - unit: - - name: - type: - proportion: - value: - unit: - - name: - type: - source: - supplier: - LOT: - concentration: - value: - unit: #[M, mM, µM, g kg-1, ...] - ph: - value: - uncertainty: - temperature: # provide the temperature as it is given in the article. Assume room temperature if nothing is provided - value: 298.15 - unit: K # [K, C, F] - electrodes: - configuration: 3 # number of electrodes - reference electrode: - type: SCE # the reference electrode given in the experimental section. Might differ from that in the plot, MSE-sat, MSE-3M, MSE-1M, RHE, AgCl2 - source: - supplier: - counter electrode: - material: Pt - crystallographic orientation: - shape: wire - working electrode: - material: Au - crystallographic orientation: '111' # hkl, 100, 110, poly - source: - supplier: - LOT: - shape: # optional - type: # bead/sphere - height: - value: - unit: - diameter: - value: - unit: - geometric electrolyte contact area: - value: - unit: - preparation procedure: # Short description of sample preparation. This can be very useful. :) diff --git a/literature/kerner_2002_measurement_2055/kerner_2002_measurement_2055_p2_2a.svg b/literature/kerner_2002_measurement_2055/kerner_2002_measurement_2055_p2_f2a_solid.svg similarity index 75% rename from literature/kerner_2002_measurement_2055/kerner_2002_measurement_2055_p2_2a.svg rename to literature/kerner_2002_measurement_2055/kerner_2002_measurement_2055_p2_f2a_solid.svg index d78e8418b..dfd0681b0 100644 --- a/literature/kerner_2002_measurement_2055/kerner_2002_measurement_2055_p2_2a.svg +++ b/literature/kerner_2002_measurement_2055/kerner_2002_measurement_2055_p2_f2a_solid.svg @@ -1,16 +1,30 @@ + sodipodi:docname="kerner_2002_measurement_2055_p2_f2a.svg" + inkscape:version="0.92.2 (5c3e80d, 2017-08-06)"> + + + + image/svg+xml + + + + + x="0" + width="4959px" + sodipodi:insensitive="true" + height="6617px" /> scan rate: 10 mV/s + y="597.94904">scan rate: 10 mV / s y2: 2 uA/cm2 + y="919.31787">y2: 2 uA / cm2 @@ -98,7 +113,7 @@ sodipodi:role="line" id="tspan48093" x="361.28296" - y="1569.6224">y1: -2 uA/cm2 + y="1569.6224">y1: -2 uA / cm2 @@ -135,4 +150,14 @@ id="path51920" sodipodi:nodetypes="ccssssssssssscssssssscsssssc" /> + comment: For CV with KI, KClO4 is used instead of HClO4 (as for KCl, BrCl). diff --git a/literature/kerner_2002_measurement_2055/kerner_2002_measurement_2055_p2_f2a_solid.yaml b/literature/kerner_2002_measurement_2055/kerner_2002_measurement_2055_p2_f2a_solid.yaml new file mode 100644 index 000000000..39c4d68e1 --- /dev/null +++ b/literature/kerner_2002_measurement_2055/kerner_2002_measurement_2055_p2_f2a_solid.yaml @@ -0,0 +1,46 @@ +# This file is part of echemdb (https://github.com/echemdb/website) +# Details on the meta data structure can be found on https://github.com/echemdb/metadata-schema +electrochemical system: + electrodes: + configuration: 3 + counter electrode: + material: Pt + shape: wire + reference electrode: + type: SCE + working electrode: + crystallographic orientation: '111' + material: Au + electrolyte: + components: + - concentration: + unit: mol / l + value: 0.1 + name: HClO4 + type: acid + - name: water + type: solvent + temperature: + unit: K + value: 298.15 + type: aq + version: 1 +source: + citation key: kerner_2002_measurement_2055 + curve: solid + url: https://doi.org/10.1016/0022-0728(92)80223-Q + figure: 2a + techniques: EIS + version: 1 +version: 1 +curation: + version: 1 + process: + - role: curator + name: Markus Schilling + orcid: https://orcid.org/0000-0003-2684-3711 + date: 2021-10-21 + - role: reviewer + name: Albert Engstfeld + orcid: https://orcid.org/0000-0002-9686-3948 + date: 2022-01-21 diff --git a/literature/kerner_2002_measurement_2055/kerner_2002_measurement_2055_p3_3a_thick.yaml b/literature/kerner_2002_measurement_2055/kerner_2002_measurement_2055_p3_3a_thick.yaml deleted file mode 100644 index 628af92bb..000000000 --- a/literature/kerner_2002_measurement_2055/kerner_2002_measurement_2055_p3_3a_thick.yaml +++ /dev/null @@ -1,102 +0,0 @@ -# This file describes a figure from a publication containing electrochemical data. -# For the `echemdb/website` project, the source, curator and electrochemical system is mandatory. -# Figure description is optional. It is created automatically by the cv module of svgdigitizer - -source: - version: 1 - url: https://doi.org/10.1016/0022-0728(92)80223-Q #only the number without preceeding doix or https - bib: kerner_2002_measurement_2055 # AuthorName_YYYY_FirstWordTitle_pageNr. No prepositions. Fingers crossed that there is no duplicate. - figure: 3a # depending on the subfigure labels use 1, 1b, or 1_3 - curve: thick # use a unique short description to identify the curve in the figure, i.e.. label, color, etc - -curator: - version: 1 - name: Markus Schilling - orcid: https://orcid.org/0000-0003-2684-3711 - digitized: 2021-10-21 # YYYY-MM-DD - -figure description: #This section will be updated by module `CV` - version: 1 - linked measurements: EIS # FTIR, SXRD, Ring Disc - indicate if any other operando methods were shown in the same plot, which is linked to the data - comment: For CV with KI, KClO4 is used instead of HClO4 (as for KCl, BrCl). # Add whatever you think is important to understand the data - -electrochemical system: - version: 1 - instrumentation: - - type: - supplier: - - type: - model: - supplier: - - type: - model: - supplier: - electrolyte: - type: aq # aqueous = aq, non-aqueous=naq - components: # create as many components as necessary. A simple electrolyte consists of two components, i.e., H2SO4 and water - - name: HClO4 # can be trivia name, sum formula, etc - concentration: - value: 0.1 - unit: mol / l - type: acid # - source: - supplier: - LOT: - - name: water - type: solvent - proportion: - value: - unit: - source: - refinement: - quality: - total organic carbon: - value: - unit: - - name: - type: - proportion: - value: - unit: - - name: KCl - type: salt - source: - supplier: - LOT: - concentration: - value: 0.1 - unit: mmol / l - ph: - value: - uncertainty: - temperature: # provide the temperature as it is given in the article. Assume room temperature if nothing is provided - value: 298.15 - unit: K # [K, C, F] - electrodes: - configuration: 3 # number of electrodes - reference electrode: - type: SCE # the reference electrode given in the experimental section. Might differ from that in the plot, MSE-sat, MSE-3M, MSE-1M, RHE, AgCl2 - source: - supplier: - counter electrode: - material: Pt - crystallographic orientation: - shape: wire - working electrode: - material: Au - crystallographic orientation: '111' # hkl, 100, 110, poly - source: - supplier: - LOT: - shape: # optional - type: # bead/sphere - height: - value: - unit: - diameter: - value: - unit: - geometric electrolyte contact area: - value: - unit: - preparation procedure: # Short description of sample preparation. This can be very useful. :) diff --git a/literature/kerner_2002_measurement_2055/kerner_2002_measurement_2055_p3_3a_thin.svg b/literature/kerner_2002_measurement_2055/kerner_2002_measurement_2055_p3_3a_thin.svg deleted file mode 100644 index 59a821fe3..000000000 --- a/literature/kerner_2002_measurement_2055/kerner_2002_measurement_2055_p3_3a_thin.svg +++ /dev/null @@ -1,138 +0,0 @@ - - - - - - - - y2: 4 uA/cm2 - - - - y1: -4 uA/cm2 - - - - x1: -0.25 V vs SCE - - - - x2: 1 V vs SCE - - scan rate: 10 mV/s - - curve: Au(111)_0.1M_HClO4_0.1M_KCl - - - diff --git a/literature/kerner_2002_measurement_2055/kerner_2002_measurement_2055_p3_3a_thin.yaml b/literature/kerner_2002_measurement_2055/kerner_2002_measurement_2055_p3_3a_thin.yaml deleted file mode 100644 index 6f991ca6a..000000000 --- a/literature/kerner_2002_measurement_2055/kerner_2002_measurement_2055_p3_3a_thin.yaml +++ /dev/null @@ -1,102 +0,0 @@ -# This file describes a figure from a publication containing electrochemical data. -# For the `echemdb/website` project, the source, curator and electrochemical system is mandatory. -# Figure description is optional. It is created automatically by the cv module of svgdigitizer - -source: - version: 1 - url: https://doi.org/10.1016/0022-0728(92)80223-Q #only the number without preceeding doix or https - bib: kerner_2002_measurement_2055 # AuthorName_YYYY_FirstWordTitle_pageNr. No prepositions. Fingers crossed that there is no duplicate. - figure: 3a # depending on the subfigure labels use 1, 1b, or 1_3 - curve: thin # use a unique short description to identify the curve in the figure, i.e.. label, color, etc - -curator: - version: 1 - name: Markus Schilling - orcid: https://orcid.org/0000-0003-2684-3711 - digitized: 2021-10-21 # YYYY-MM-DD - -figure description: #This section will be updated by module `CV` - version: 1 - linked measurements: EIS # FTIR, SXRD, Ring Disc - indicate if any other operando methods were shown in the same plot, which is linked to the data - comment: For CV with KI, KClO4 is used instead of HClO4 (as for KCl, BrCl). # Add whatever you think is important to understand the data - -electrochemical system: - version: 1 - instrumentation: - - type: - supplier: - - type: - model: - supplier: - - type: - model: - supplier: - electrolyte: - type: aq # aqueous = aq, non-aqueous=naq - components: # create as many components as necessary. A simple electrolyte consists of two components, i.e., H2SO4 and water - - name: HClO4 # can be trivia name, sum formula, etc - concentration: - value: 0.1 - unit: mol / l - type: acid # - source: - supplier: - LOT: - - name: water - type: solvent - proportion: - value: - unit: - source: - refinement: - quality: - total organic carbon: - value: - unit: - - name: - type: - proportion: - value: - unit: - - name: KCl - type: salt - source: - supplier: - LOT: - concentration: - value: 0.1 - unit: mol / l - ph: - value: - uncertainty: - temperature: # provide the temperature as it is given in the article. Assume room temperature if nothing is provided - value: 298.15 - unit: K # [K, C, F] - electrodes: - configuration: 3 # number of electrodes - reference electrode: - type: SCE # the reference electrode given in the experimental section. Might differ from that in the plot, MSE-sat, MSE-3M, MSE-1M, RHE, AgCl2 - source: - supplier: - counter electrode: - material: Pt - crystallographic orientation: - shape: wire - working electrode: - material: Au - crystallographic orientation: '111' # hkl, 100, 110, poly - source: - supplier: - LOT: - shape: # optional - type: # bead/sphere - height: - value: - unit: - diameter: - value: - unit: - geometric electrolyte contact area: - value: - unit: - preparation procedure: # Short description of sample preparation. This can be very useful. :) diff --git a/literature/kerner_2002_measurement_2055/kerner_2002_measurement_2055_p3_4a_thick.yaml b/literature/kerner_2002_measurement_2055/kerner_2002_measurement_2055_p3_4a_thick.yaml deleted file mode 100644 index 4607c3663..000000000 --- a/literature/kerner_2002_measurement_2055/kerner_2002_measurement_2055_p3_4a_thick.yaml +++ /dev/null @@ -1,102 +0,0 @@ -# This file describes a figure from a publication containing electrochemical data. -# For the `echemdb/website` project, the source, curator and electrochemical system is mandatory. -# Figure description is optional. It is created automatically by the cv module of svgdigitizer - -source: - version: 1 - url: https://doi.org/10.1016/0022-0728(92)80223-Q #only the number without preceeding doix or https - bib: kerner_2002_measurement_2055 # AuthorName_YYYY_FirstWordTitle_pageNr. No prepositions. Fingers crossed that there is no duplicate. - figure: 4a # depending on the subfigure labels use 1, 1b, or 1_3 - curve: thick # use a unique short description to identify the curve in the figure, i.e.. label, color, etc - -curator: - version: 1 - name: Markus Schilling - orcid: https://orcid.org/0000-0003-2684-3711 - digitized: 2021-10-21 # YYYY-MM-DD - -figure description: #This section will be updated by module `CV` - version: 1 - linked measurements: EIS # FTIR, SXRD, Ring Disc - indicate if any other operando methods were shown in the same plot, which is linked to the data - comment: For CV with KI, KClO4 is used instead of HClO4 (as for KCl, BrCl). # Add whatever you think is important to understand the data - -electrochemical system: - version: 1 - instrumentation: - - type: - supplier: - - type: - model: - supplier: - - type: - model: - supplier: - electrolyte: - type: aq # aqueous = aq, non-aqueous=naq - components: # create as many components as necessary. A simple electrolyte consists of two components, i.e., H2SO4 and water - - name: HClO4 # can be trivia name, sum formula, etc - concentration: - value: 0.1 - unit: mol / l - type: acid # - source: - supplier: - LOT: - - name: water - type: solvent - proportion: - value: - unit: - source: - refinement: - quality: - total organic carbon: - value: - unit: - - name: - type: - proportion: - value: - unit: - - name: K2SO4 - type: salt - source: - supplier: - LOT: - concentration: - value: 0.1 - unit: mmol / l - ph: - value: - uncertainty: - temperature: # provide the temperature as it is given in the article. Assume room temperature if nothing is provided - value: 298.15 - unit: K # [K, C, F] - electrodes: - configuration: 3 # number of electrodes - reference electrode: - type: SCE # the reference electrode given in the experimental section. Might differ from that in the plot, MSE-sat, MSE-3M, MSE-1M, RHE, AgCl2 - source: - supplier: - counter electrode: - material: Pt - crystallographic orientation: - shape: wire - working electrode: - material: Au - crystallographic orientation: '111' # hkl, 100, 110, poly - source: - supplier: - LOT: - shape: # optional - type: # bead/sphere - height: - value: - unit: - diameter: - value: - unit: - geometric electrolyte contact area: - value: - unit: - preparation procedure: # Short description of sample preparation. This can be very useful. :) diff --git a/literature/kerner_2002_measurement_2055/kerner_2002_measurement_2055_p3_4a_thin.yaml b/literature/kerner_2002_measurement_2055/kerner_2002_measurement_2055_p3_4a_thin.yaml deleted file mode 100644 index db6289b87..000000000 --- a/literature/kerner_2002_measurement_2055/kerner_2002_measurement_2055_p3_4a_thin.yaml +++ /dev/null @@ -1,102 +0,0 @@ -# This file describes a figure from a publication containing electrochemical data. -# For the `echemdb/website` project, the source, curator and electrochemical system is mandatory. -# Figure description is optional. It is created automatically by the cv module of svgdigitizer - -source: - version: 1 - url: https://doi.org/10.1016/0022-0728(92)80223-Q #only the number without preceeding doix or https - bib: kerner_2002_measurement_2055 # AuthorName_YYYY_FirstWordTitle_pageNr. No prepositions. Fingers crossed that there is no duplicate. - figure: 4a # depending on the subfigure labels use 1, 1b, or 1_3 - curve: thin # use a unique short description to identify the curve in the figure, i.e.. label, color, etc - -curator: - version: 1 - name: Markus Schilling - orcid: https://orcid.org/0000-0003-2684-3711 - digitized: 2021-10-21 # YYYY-MM-DD - -figure description: #This section will be updated by module `CV` - version: 1 - linked measurements: EIS # FTIR, SXRD, Ring Disc - indicate if any other operando methods were shown in the same plot, which is linked to the data - comment: For CV with KI, KClO4 is used instead of HClO4 (as for KCl, BrCl). # Add whatever you think is important to understand the data - -electrochemical system: - version: 1 - instrumentation: - - type: - supplier: - - type: - model: - supplier: - - type: - model: - supplier: - electrolyte: - type: aq # aqueous = aq, non-aqueous=naq - components: # create as many components as necessary. A simple electrolyte consists of two components, i.e., H2SO4 and water - - name: HClO4 # can be trivia name, sum formula, etc - concentration: - value: 0.1 - unit: mol / l - type: acid # - source: - supplier: - LOT: - - name: water - type: solvent - proportion: - value: - unit: - source: - refinement: - quality: - total organic carbon: - value: - unit: - - name: - type: - proportion: - value: - unit: - - name: K2SO4 - type: salt - source: - supplier: - LOT: - concentration: - value: 1 - unit: mmol / l - ph: - value: - uncertainty: - temperature: # provide the temperature as it is given in the article. Assume room temperature if nothing is provided - value: 298.15 - unit: K # [K, C, F] - electrodes: - configuration: 3 # number of electrodes - reference electrode: - type: SCE # the reference electrode given in the experimental section. Might differ from that in the plot, MSE-sat, MSE-3M, MSE-1M, RHE, AgCl2 - source: - supplier: - counter electrode: - material: Pt - crystallographic orientation: - shape: wire - working electrode: - material: Au - crystallographic orientation: '111' # hkl, 100, 110, poly - source: - supplier: - LOT: - shape: # optional - type: # bead/sphere - height: - value: - unit: - diameter: - value: - unit: - geometric electrolyte contact area: - value: - unit: - preparation procedure: # Short description of sample preparation. This can be very useful. :) diff --git a/literature/kerner_2002_measurement_2055/kerner_2002_measurement_2055_p3_3a_thick.svg b/literature/kerner_2002_measurement_2055/kerner_2002_measurement_2055_p3_f3a_thick.svg similarity index 78% rename from literature/kerner_2002_measurement_2055/kerner_2002_measurement_2055_p3_3a_thick.svg rename to literature/kerner_2002_measurement_2055/kerner_2002_measurement_2055_p3_f3a_thick.svg index 7da1e7775..b1ec49826 100644 --- a/literature/kerner_2002_measurement_2055/kerner_2002_measurement_2055_p3_3a_thick.svg +++ b/literature/kerner_2002_measurement_2055/kerner_2002_measurement_2055_p3_f3a_thick.svg @@ -1,16 +1,30 @@ + sodipodi:docname="kerner_2002_measurement_2055_p3_f3a_thick.svg" + inkscape:version="0.92.2 (5c3e80d, 2017-08-06)"> + + + + image/svg+xml + + + + + x="0" + width="4959px" + sodipodi:insensitive="true" + height="6617px" /> y2: 4 uA/cm2 + y="938.96997">y2: 4 uA / cm2 @@ -71,7 +86,7 @@ sodipodi:role="line" id="tspan54867" x="171.55957" - y="1582.0815">y1: -4 uA/cm2 + y="1582.0815">y1: -4 uA / cm2 @@ -116,7 +131,7 @@ sodipodi:role="line" id="tspan61339" x="954.52319" - y="600.3407">scan rate: 10 mV/s + y="600.3407">scan rate: 10 mV / s curve: Au(111)_0.1M_HClO4_0.1mM_KCl + y="522.68951">curve: solid + comment: For CV with KI, KClO4 is used instead of HClO4 (as for KCl, BrCl). diff --git a/literature/kerner_2002_measurement_2055/kerner_2002_measurement_2055_p3_f3a_thick.yaml b/literature/kerner_2002_measurement_2055/kerner_2002_measurement_2055_p3_f3a_thick.yaml new file mode 100644 index 000000000..514aee1ed --- /dev/null +++ b/literature/kerner_2002_measurement_2055/kerner_2002_measurement_2055_p3_f3a_thick.yaml @@ -0,0 +1,51 @@ +# This file is part of echemdb (https://github.com/echemdb/website) +# Details on the meta data structure can be found on https://github.com/echemdb/metadata-schema +electrochemical system: + electrodes: + configuration: 3 + counter electrode: + material: Pt + shape: wire + reference electrode: + type: SCE + working electrode: + crystallographic orientation: '111' + material: Au + electrolyte: + components: + - concentration: + unit: mol / l + value: 0.1 + name: HClO4 + type: acid + - name: water + type: solvent + - concentration: + unit: mmol / l + value: 0.1 + name: KCl + type: salt + temperature: + unit: K + value: 298.15 + type: aq + version: 1 +source: + citation key: kerner_2002_measurement_2055 + curve: thick + url: https://doi.org/10.1016/0022-0728(92)80223-Q + figure: 3a + techniques: EIS + version: 1 +version: 1 +curation: + version: 1 + process: + - role: curator + name: Markus Schilling + orcid: https://orcid.org/0000-0003-2684-3711 + date: 2021-10-21 + - role: reviewer + name: Albert Engstfeld + orcid: https://orcid.org/0000-0002-9686-3948 + date: 2022-01-21 diff --git a/literature/kerner_2002_measurement_2055/kerner_2002_measurement_2055_p3_f3a_thin.svg b/literature/kerner_2002_measurement_2055/kerner_2002_measurement_2055_p3_f3a_thin.svg new file mode 100644 index 000000000..7c211bd7b --- /dev/null +++ b/literature/kerner_2002_measurement_2055/kerner_2002_measurement_2055_p3_f3a_thin.svg @@ -0,0 +1,166 @@ + + + + + + image/svg+xml + + + + + + + + + + y2: 4 uA / cm2 + + + + y1: -4 uA / cm2 + + + + x1: -0.25 V vs SCE + + + + x2: 1 V vs SCE + + scan rate: 10 mV / s + + + curve: Au(111)_0.1M_HClO4_0.1M_KCl + + + comment: For CV with KI, KClO4 is used instead of HClO4 (as for KCl, BrCl). + + diff --git a/literature/kerner_2002_measurement_2055/kerner_2002_measurement_2055_p3_f3a_thin.yaml b/literature/kerner_2002_measurement_2055/kerner_2002_measurement_2055_p3_f3a_thin.yaml new file mode 100644 index 000000000..3868debbb --- /dev/null +++ b/literature/kerner_2002_measurement_2055/kerner_2002_measurement_2055_p3_f3a_thin.yaml @@ -0,0 +1,51 @@ +# This file is part of echemdb (https://github.com/echemdb/website) +# Details on the meta data structure can be found on https://github.com/echemdb/metadata-schema +electrochemical system: + electrodes: + configuration: 3 + counter electrode: + material: Pt + shape: wire + reference electrode: + type: SCE + working electrode: + crystallographic orientation: '111' + material: Au + electrolyte: + components: + - concentration: + unit: mol / l + value: 0.1 + name: HClO4 + type: acid + - name: water + type: solvent + - concentration: + unit: mol / l + value: 0.1 + name: KCl + type: salt + temperature: + unit: K + value: 298.15 + type: aq + version: 1 +source: + citation key: kerner_2002_measurement_2055 + curve: thin + url: https://doi.org/10.1016/0022-0728(92)80223-Q + figure: 3a + techniques: EIS + version: 1 +version: 1 +curation: + version: 1 + process: + - role: curator + name: Markus Schilling + orcid: https://orcid.org/0000-0003-2684-3711 + date: 2021-10-21 + - role: reviewer + name: Albert Engstfeld + orcid: https://orcid.org/0000-0002-9686-3948 + date: 2022-01-21 diff --git a/literature/kerner_2002_measurement_2055/kerner_2002_measurement_2055_p3_4a_thick.svg b/literature/kerner_2002_measurement_2055/kerner_2002_measurement_2055_p3_f4a_thick.svg similarity index 79% rename from literature/kerner_2002_measurement_2055/kerner_2002_measurement_2055_p3_4a_thick.svg rename to literature/kerner_2002_measurement_2055/kerner_2002_measurement_2055_p3_f4a_thick.svg index 062267aa5..04c9ae1b9 100644 --- a/literature/kerner_2002_measurement_2055/kerner_2002_measurement_2055_p3_4a_thick.svg +++ b/literature/kerner_2002_measurement_2055/kerner_2002_measurement_2055_p3_f4a_thick.svg @@ -1,16 +1,30 @@ + sodipodi:docname="kerner_2002_measurement_2055_p3_f4a_thick.svg" + inkscape:version="0.92.2 (5c3e80d, 2017-08-06)"> + + + + image/svg+xml + + + + + x="0" + width="4959px" + sodipodi:insensitive="true" + height="6617px" /> y2: 3 uA/cm2 + y="932.76855">y2: 3 uA / cm2 @@ -71,7 +86,7 @@ sodipodi:role="line" id="tspan76373" x="2175.3984" - y="1771.6012">y1: -2 uA/cm2 + y="1771.6012">y1: -2 uA / cm2 @@ -134,5 +149,15 @@ sodipodi:role="line" id="tspan85292" x="3291.4348" - y="639.80731">scan rate: 10 mV/s + y="639.80731">scan rate: 10 mV / s + comment: For CV with KI, KClO4 is used instead of HClO4 (as for KCl, BrCl). diff --git a/literature/kerner_2002_measurement_2055/kerner_2002_measurement_2055_p3_f4a_thick.yaml b/literature/kerner_2002_measurement_2055/kerner_2002_measurement_2055_p3_f4a_thick.yaml new file mode 100644 index 000000000..194ab3950 --- /dev/null +++ b/literature/kerner_2002_measurement_2055/kerner_2002_measurement_2055_p3_f4a_thick.yaml @@ -0,0 +1,51 @@ +# This file is part of echemdb (https://github.com/echemdb/website) +# Details on the meta data structure can be found on https://github.com/echemdb/metadata-schema +electrochemical system: + electrodes: + configuration: 3 + counter electrode: + material: Pt + shape: wire + reference electrode: + type: SCE + working electrode: + crystallographic orientation: '111' + material: Au + electrolyte: + components: + - concentration: + unit: mol / l + value: 0.1 + name: HClO4 + type: acid + - name: water + type: solvent + - concentration: + unit: mmol / l + value: 0.1 + name: K2SO4 + type: salt + temperature: + unit: K + value: 298.15 + type: aq + version: 1 +source: + citation key: kerner_2002_measurement_2055 + curve: thick + url: https://doi.org/10.1016/0022-0728(92)80223-Q + figure: 4a + techniques: EIS + version: 1 +version: 1 +curation: + version: 1 + process: + - role: curator + name: Markus Schilling + orcid: https://orcid.org/0000-0003-2684-3711 + date: 2021-10-21 + - role: reviewer + name: Albert Engstfeld + orcid: https://orcid.org/0000-0002-9686-3948 + date: 2022-01-21 diff --git a/literature/kerner_2002_measurement_2055/kerner_2002_measurement_2055_p3_4a_thin.svg b/literature/kerner_2002_measurement_2055/kerner_2002_measurement_2055_p3_f4a_thin.svg similarity index 73% rename from literature/kerner_2002_measurement_2055/kerner_2002_measurement_2055_p3_4a_thin.svg rename to literature/kerner_2002_measurement_2055/kerner_2002_measurement_2055_p3_f4a_thin.svg index d5468720f..f03f2806f 100644 --- a/literature/kerner_2002_measurement_2055/kerner_2002_measurement_2055_p3_4a_thin.svg +++ b/literature/kerner_2002_measurement_2055/kerner_2002_measurement_2055_p3_f4a_thin.svg @@ -1,16 +1,30 @@ + sodipodi:docname="kerner_2002_measurement_2055_p3_f4a_thin.svg" + inkscape:version="0.92.2 (5c3e80d, 2017-08-06)"> + + + + image/svg+xml + + + + + x="0" + width="4959px" + sodipodi:insensitive="true" + height="6617px" /> y2: 3 uA/cm2 + y="932.76855">y2: 3 uA / cm2 @@ -71,7 +86,7 @@ sodipodi:role="line" id="tspan76373" x="2175.3984" - y="1771.6012">y1: -2 uA/cm2 + y="1771.6012">y1: -2 uA / cm2 @@ -116,7 +131,7 @@ sodipodi:role="line" id="tspan85292" x="3291.4348" - y="639.80731">scan rate: 10 mV/s + y="639.80731">scan rate: 10 mV / s + comment: For CV with KI, KClO4 is used instead of HClO4 (as for KCl, BrCl). diff --git a/literature/kerner_2002_measurement_2055/kerner_2002_measurement_2055_p3_f4a_thin.yaml b/literature/kerner_2002_measurement_2055/kerner_2002_measurement_2055_p3_f4a_thin.yaml new file mode 100644 index 000000000..dcdb6e4f8 --- /dev/null +++ b/literature/kerner_2002_measurement_2055/kerner_2002_measurement_2055_p3_f4a_thin.yaml @@ -0,0 +1,51 @@ +# This file is part of echemdb (https://github.com/echemdb/website) +# Details on the meta data structure can be found on https://github.com/echemdb/metadata-schema +electrochemical system: + electrodes: + configuration: 3 + counter electrode: + material: Pt + shape: wire + reference electrode: + type: SCE + working electrode: + crystallographic orientation: '111' + material: Au + electrolyte: + components: + - concentration: + unit: mol / l + value: 0.1 + name: HClO4 + type: acid + - name: water + type: solvent + - concentration: + unit: mmol / l + value: 1 + name: K2SO4 + type: salt + temperature: + unit: K + value: 298.15 + type: aq + version: 1 +source: + citation key: kerner_2002_measurement_2055 + curve: thin + url: https://doi.org/10.1016/0022-0728(92)80223-Q + figure: 4a + techniques: EIS + version: 1 +version: 1 +curation: + version: 1 + process: + - role: curator + name: Markus Schilling + orcid: https://orcid.org/0000-0003-2684-3711 + date: 2021-10-21 + - role: reviewer + name: Albert Engstfeld + orcid: https://orcid.org/0000-0002-9686-3948 + date: 2022-01-21 diff --git a/literature/kerner_2002_measurement_2055/kerner_2002_measurement_2055_p4_5a_thick.yaml b/literature/kerner_2002_measurement_2055/kerner_2002_measurement_2055_p4_5a_thick.yaml deleted file mode 100644 index 29d2de149..000000000 --- a/literature/kerner_2002_measurement_2055/kerner_2002_measurement_2055_p4_5a_thick.yaml +++ /dev/null @@ -1,102 +0,0 @@ -# This file describes a figure from a publication containing electrochemical data. -# For the `echemdb/website` project, the source, curator and electrochemical system is mandatory. -# Figure description is optional. It is created automatically by the cv module of svgdigitizer - -source: - version: 1 - url: https://doi.org/10.1016/0022-0728(92)80223-Q #only the number without preceeding doix or https - bib: kerner_2002_measurement_2055 # AuthorName_YYYY_FirstWordTitle_pageNr. No prepositions. Fingers crossed that there is no duplicate. - figure: 5a # depending on the subfigure labels use 1, 1b, or 1_3 - curve: thick # use a unique short description to identify the curve in the figure, i.e.. label, color, etc - -curator: - version: 1 - name: Markus Schilling - orcid: https://orcid.org/0000-0003-2684-3711 - digitized: 2021-10-21 # YYYY-MM-DD - -figure description: #This section will be updated by module `CV` - version: 1 - linked measurements: EIS # FTIR, SXRD, Ring Disc - indicate if any other operando methods were shown in the same plot, which is linked to the data - comment: For CV with KI, KClO4 is used instead of HClO4 (as for KCl, BrCl). # Add whatever you think is important to understand the data - -electrochemical system: - version: 1 - instrumentation: - - type: - supplier: - - type: - model: - supplier: - - type: - model: - supplier: - electrolyte: - type: aq # aqueous = aq, non-aqueous=naq - components: # create as many components as necessary. A simple electrolyte consists of two components, i.e., H2SO4 and water - - name: HClO4 # can be trivia name, sum formula, etc - concentration: - value: 0.1 - unit: mol / l - type: acid # - source: - supplier: - LOT: - - name: water - type: solvent - proportion: - value: - unit: - source: - refinement: - quality: - total organic carbon: - value: - unit: - - name: - type: - proportion: - value: - unit: - - name: KBr - type: salt - source: - supplier: - LOT: - concentration: - value: 0.1 - unit: mmol / l - ph: - value: - uncertainty: - temperature: # provide the temperature as it is given in the article. Assume room temperature if nothing is provided - value: 298.15 - unit: K # [K, C, F] - electrodes: - configuration: 3 # number of electrodes - reference electrode: - type: SCE # the reference electrode given in the experimental section. Might differ from that in the plot, MSE-sat, MSE-3M, MSE-1M, RHE, AgCl2 - source: - supplier: - counter electrode: - material: Pt - crystallographic orientation: - shape: wire - working electrode: - material: Au - crystallographic orientation: '111' # hkl, 100, 110, poly - source: - supplier: - LOT: - shape: # optional - type: # bead/sphere - height: - value: - unit: - diameter: - value: - unit: - geometric electrolyte contact area: - value: - unit: - preparation procedure: # Short description of sample preparation. This can be very useful. :) diff --git a/literature/kerner_2002_measurement_2055/kerner_2002_measurement_2055_p4_5a_thin.yaml b/literature/kerner_2002_measurement_2055/kerner_2002_measurement_2055_p4_5a_thin.yaml deleted file mode 100644 index 01f2c8c51..000000000 --- a/literature/kerner_2002_measurement_2055/kerner_2002_measurement_2055_p4_5a_thin.yaml +++ /dev/null @@ -1,102 +0,0 @@ -# This file describes a figure from a publication containing electrochemical data. -# For the `echemdb/website` project, the source, curator and electrochemical system is mandatory. -# Figure description is optional. It is created automatically by the cv module of svgdigitizer - -source: - version: 1 - url: https://doi.org/10.1016/0022-0728(92)80223-Q #only the number without preceeding doix or https - bib: kerner_2002_measurement_2055 # AuthorName_YYYY_FirstWordTitle_pageNr. No prepositions. Fingers crossed that there is no duplicate. - figure: 5a # depending on the subfigure labels use 1, 1b, or 1_3 - curve: thin # use a unique short description to identify the curve in the figure, i.e.. label, color, etc - -curator: - version: 1 - name: Markus Schilling - orcid: https://orcid.org/0000-0003-2684-3711 - digitized: 2021-10-21 # YYYY-MM-DD - -figure description: #This section will be updated by module `CV` - version: 1 - linked measurements: EIS # FTIR, SXRD, Ring Disc - indicate if any other operando methods were shown in the same plot, which is linked to the data - comment: For CV with KI, KClO4 is used instead of HClO4 (as for KCl, BrCl). # Add whatever you think is important to understand the data - -electrochemical system: - version: 1 - instrumentation: - - type: - supplier: - - type: - model: - supplier: - - type: - model: - supplier: - electrolyte: - type: aq # aqueous = aq, non-aqueous=naq - components: # create as many components as necessary. A simple electrolyte consists of two components, i.e., H2SO4 and water - - name: HClO4 # can be trivia name, sum formula, etc - concentration: - value: 0.1 - unit: mol / l - type: acid # - source: - supplier: - LOT: - - name: water - type: solvent - proportion: - value: - unit: - source: - refinement: - quality: - total organic carbon: - value: - unit: - - name: - type: - proportion: - value: - unit: - - name: KBr - type: salt - source: - supplier: - LOT: - concentration: - value: 0.2 - unit: mmol / l - ph: - value: - uncertainty: - temperature: # provide the temperature as it is given in the article. Assume room temperature if nothing is provided - value: 298.15 - unit: K # [K, C, F] - electrodes: - configuration: 3 # number of electrodes - reference electrode: - type: SCE # the reference electrode given in the experimental section. Might differ from that in the plot, MSE-sat, MSE-3M, MSE-1M, RHE, AgCl2 - source: - supplier: - counter electrode: - material: Pt - crystallographic orientation: - shape: wire - working electrode: - material: Au - crystallographic orientation: '111' # hkl, 100, 110, poly - source: - supplier: - LOT: - shape: # optional - type: # bead/sphere - height: - value: - unit: - diameter: - value: - unit: - geometric electrolyte contact area: - value: - unit: - preparation procedure: # Short description of sample preparation. This can be very useful. :) diff --git a/literature/kerner_2002_measurement_2055/kerner_2002_measurement_2055_p4_5a_thick.svg b/literature/kerner_2002_measurement_2055/kerner_2002_measurement_2055_p4_f5a_thick.svg similarity index 80% rename from literature/kerner_2002_measurement_2055/kerner_2002_measurement_2055_p4_5a_thick.svg rename to literature/kerner_2002_measurement_2055/kerner_2002_measurement_2055_p4_f5a_thick.svg index 0ea7f7475..5238a6f02 100644 --- a/literature/kerner_2002_measurement_2055/kerner_2002_measurement_2055_p4_5a_thick.svg +++ b/literature/kerner_2002_measurement_2055/kerner_2002_measurement_2055_p4_f5a_thick.svg @@ -1,16 +1,30 @@ + sodipodi:docname="kerner_2002_measurement_2055_p4_f5a_thick.svg" + inkscape:version="0.92.2 (5c3e80d, 2017-08-06)"> + + + + image/svg+xml + + + + + x="0" + width="4959px" + sodipodi:insensitive="true" + height="6617px" /> scan rate: 10 mV/s + y="653.88684">scan rate: 10 mV / s y2: 5 uA/cm2 + y="980.82593">y2: 5 uA / cm2 @@ -98,7 +113,7 @@ sodipodi:role="line" id="tspan95718" x="365.67566" - y="1556.3717">y1: -5 uA/cm2 + y="1556.3717">y1: -5 uA / cm2 @@ -135,4 +150,14 @@ id="path97829" sodipodi:nodetypes="scsssssssscssssssssssssssssssssscssssssscssssssssssssssscssssss" /> + comment: For CV with KI, KClO4 is used instead of HClO4 (as for KCl, BrCl). diff --git a/literature/kerner_2002_measurement_2055/kerner_2002_measurement_2055_p4_f5a_thick.yaml b/literature/kerner_2002_measurement_2055/kerner_2002_measurement_2055_p4_f5a_thick.yaml new file mode 100644 index 000000000..be37e0080 --- /dev/null +++ b/literature/kerner_2002_measurement_2055/kerner_2002_measurement_2055_p4_f5a_thick.yaml @@ -0,0 +1,51 @@ +# This file is part of echemdb (https://github.com/echemdb/website) +# Details on the meta data structure can be found on https://github.com/echemdb/metadata-schema +electrochemical system: + electrodes: + configuration: 3 + counter electrode: + material: Pt + shape: wire + reference electrode: + type: SCE + working electrode: + crystallographic orientation: '111' + material: Au + electrolyte: + components: + - concentration: + unit: mol / l + value: 0.1 + name: HClO4 + type: acid + - name: water + type: solvent + - concentration: + unit: mmol / l + value: 0.1 + name: KBr + type: salt + temperature: + unit: K + value: 298.15 + type: aq + version: 1 +source: + citation key: kerner_2002_measurement_2055 + curve: thick + url: https://doi.org/10.1016/0022-0728(92)80223-Q + figure: 5a + techniques: EIS + version: 1 +version: 1 +curation: + version: 1 + process: + - role: curator + name: Markus Schilling + orcid: https://orcid.org/0000-0003-2684-3711 + date: 2021-10-21 + - role: reviewer + name: Albert Engstfeld + orcid: https://orcid.org/0000-0002-9686-3948 + date: 2022-01-21 diff --git a/literature/kerner_2002_measurement_2055/kerner_2002_measurement_2055_p4_5a_thin.svg b/literature/kerner_2002_measurement_2055/kerner_2002_measurement_2055_p4_f5a_thin.svg similarity index 81% rename from literature/kerner_2002_measurement_2055/kerner_2002_measurement_2055_p4_5a_thin.svg rename to literature/kerner_2002_measurement_2055/kerner_2002_measurement_2055_p4_f5a_thin.svg index defe5d7ba..98110da56 100644 --- a/literature/kerner_2002_measurement_2055/kerner_2002_measurement_2055_p4_5a_thin.svg +++ b/literature/kerner_2002_measurement_2055/kerner_2002_measurement_2055_p4_f5a_thin.svg @@ -1,16 +1,30 @@ + sodipodi:docname="kerner_2002_measurement_2055_p4_f5a_thin.svg" + inkscape:version="0.92.2 (5c3e80d, 2017-08-06)"> + + + + image/svg+xml + + + + + x="0" + width="4959px" + sodipodi:insensitive="true" + height="6617px" /> scan rate: 10 mV/s + y="653.88684">scan rate: 10 mV / s y2: 5 uA/cm2 + y="980.82593">y2: 5 uA / cm2 @@ -98,7 +113,7 @@ sodipodi:role="line" id="tspan95718" x="365.67566" - y="1556.3717">y1: -5 uA/cm2 + y="1556.3717">y1: -5 uA / cm2 @@ -135,4 +150,14 @@ id="path99445" sodipodi:nodetypes="ssssssssssscssssssssssssssssssssssssssssssssssssssssssssssssssssssss" /> + comment: For CV with KI, KClO4 is used instead of HClO4 (as for KCl, BrCl). diff --git a/literature/kerner_2002_measurement_2055/kerner_2002_measurement_2055_p4_f5a_thin.yaml b/literature/kerner_2002_measurement_2055/kerner_2002_measurement_2055_p4_f5a_thin.yaml new file mode 100644 index 000000000..bd2c9bb89 --- /dev/null +++ b/literature/kerner_2002_measurement_2055/kerner_2002_measurement_2055_p4_f5a_thin.yaml @@ -0,0 +1,51 @@ +# This file is part of echemdb (https://github.com/echemdb/website) +# Details on the meta data structure can be found on https://github.com/echemdb/metadata-schema +electrochemical system: + electrodes: + configuration: 3 + counter electrode: + material: Pt + shape: wire + reference electrode: + type: SCE + working electrode: + crystallographic orientation: '111' + material: Au + electrolyte: + components: + - concentration: + unit: mol / l + value: 0.1 + name: HClO4 + type: acid + - name: water + type: solvent + - concentration: + unit: mmol / l + value: 0.2 + name: KBr + type: salt + temperature: + unit: K + value: 298.15 + type: aq + version: 1 +source: + citation key: kerner_2002_measurement_2055 + curve: thin + url: https://doi.org/10.1016/0022-0728(92)80223-Q + figure: 5a + techniques: EIS + version: 1 +version: 1 +curation: + version: 1 + process: + - role: curator + name: Markus Schilling + orcid: https://orcid.org/0000-0003-2684-3711 + date: 2021-10-21 + - role: reviewer + name: Albert Engstfeld + orcid: https://orcid.org/0000-0002-9686-3948 + date: 2022-01-21 diff --git a/literature/kerner_2002_measurement_2055/kerner_2002_measurement_2055_p5_6a_1.yaml b/literature/kerner_2002_measurement_2055/kerner_2002_measurement_2055_p5_6a_1.yaml deleted file mode 100644 index 92ac960fb..000000000 --- a/literature/kerner_2002_measurement_2055/kerner_2002_measurement_2055_p5_6a_1.yaml +++ /dev/null @@ -1,102 +0,0 @@ -# This file describes a figure from a publication containing electrochemical data. -# For the `echemdb/website` project, the source, curator and electrochemical system is mandatory. -# Figure description is optional. It is created automatically by the cv module of svgdigitizer - -source: - version: 1 - url: https://doi.org/10.1016/0022-0728(92)80223-Q #only the number without preceeding doix or https - bib: Kerner_2002_Measurement_2055 # AuthorName_YYYY_FirstWordTitle_pageNr. No prepositions. Fingers crossed that there is no duplicate. - figure: 6a # depending on the subfigure labels use 1, 1b, or 1_3 - curve: 1 # use a unique short description to identify the curve in the figure, i.e.. label, color, etc - -curator: - version: 1 - name: Markus Schilling - orcid: https://orcid.org/0000-0003-2684-3711 - digitized: 2021-10-21 # YYYY-MM-DD - -figure description: #This section will be updated by module `CV` - version: 1 - linked measurements: EIS # FTIR, SXRD, Ring Disc - indicate if any other operando methods were shown in the same plot, which is linked to the data - comment: For CV with KI, KClO4 is used instead of HClO4 (as for KCl, BrCl). # Add whatever you think is important to understand the data - -electrochemical system: - version: 1 - instrumentation: - - type: - supplier: - - type: - model: - supplier: - - type: - model: - supplier: - electrolyte: - type: aq # aqueous = aq, non-aqueous=naq - components: # create as many components as necessary. A simple electrolyte consists of two components, i.e., H2SO4 and water - - name: KClO4 # can be trivia name, sum formula, etc - concentration: - value: 0.1 - unit: mol / l - type: acid # - source: - supplier: - LOT: - - name: water - type: solvent - proportion: - value: - unit: - source: - refinement: - quality: - total organic carbon: - value: - unit: - - name: - type: - proportion: - value: - unit: - - name: KI - type: salt - source: - supplier: - LOT: - concentration: - value: 0.1 - unit: mmol / l - ph: - value: - uncertainty: - temperature: # provide the temperature as it is given in the article. Assume room temperature if nothing is provided - value: 298.15 - unit: K # [K, C, F] - electrodes: - configuration: 3 # number of electrodes - reference electrode: - type: SCE # the reference electrode given in the experimental section. Might differ from that in the plot, MSE-sat, MSE-3M, MSE-1M, RHE, AgCl2 - source: - supplier: - counter electrode: - material: Pt - crystallographic orientation: - shape: wire - working electrode: - material: Au - crystallographic orientation: '111' # hkl, 100, 110, poly - source: - supplier: - LOT: - shape: # optional - type: # bead/sphere - height: - value: - unit: - diameter: - value: - unit: - geometric electrolyte contact area: - value: - unit: - preparation procedure: # Short description of sample preparation. This can be very useful. :) diff --git a/literature/kerner_2002_measurement_2055/kerner_2002_measurement_2055_p5_6a_2.yaml b/literature/kerner_2002_measurement_2055/kerner_2002_measurement_2055_p5_6a_2.yaml deleted file mode 100644 index 474b177c7..000000000 --- a/literature/kerner_2002_measurement_2055/kerner_2002_measurement_2055_p5_6a_2.yaml +++ /dev/null @@ -1,102 +0,0 @@ -# This file describes a figure from a publication containing electrochemical data. -# For the `echemdb/website` project, the source, curator and electrochemical system is mandatory. -# Figure description is optional. It is created automatically by the cv module of svgdigitizer - -source: - version: 1 - url: https://doi.org/10.1016/0022-0728(92)80223-Q #only the number without preceeding doix or https - bib: kerner_2002_measurement_2055 # AuthorName_YYYY_FirstWordTitle_pageNr. No prepositions. Fingers crossed that there is no duplicate. - figure: 6a # depending on the subfigure labels use 1, 1b, or 1_3 - curve: 2 # use a unique short description to identify the curve in the figure, i.e.. label, color, etc - -curator: - version: 1 - name: Markus Schilling - orcid: https://orcid.org/0000-0003-2684-3711 - digitized: 2021-10-21 # YYYY-MM-DD - -figure description: #This section will be updated by module `CV` - version: 1 - linked measurements: EIS # FTIR, SXRD, Ring Disc - indicate if any other operando methods were shown in the same plot, which is linked to the data - comment: For CV with KI, KClO4 is used instead of HClO4 (as for KCl, BrCl). # Add whatever you think is important to understand the data - -electrochemical system: - version: 1 - instrumentation: - - type: - supplier: - - type: - model: - supplier: - - type: - model: - supplier: - electrolyte: - type: aq # aqueous = aq, non-aqueous=naq - components: # create as many components as necessary. A simple electrolyte consists of two components, i.e., H2SO4 and water - - name: KClO4 # can be trivia name, sum formula, etc - concentration: - value: 0.1 - unit: mol / l - type: acid # - source: - supplier: - LOT: - - name: water - type: solvent - proportion: - value: - unit: - source: - refinement: - quality: - total organic carbon: - value: - unit: - - name: - type: - proportion: - value: - unit: - - name: KI - type: salt - source: - supplier: - LOT: - concentration: - value: 0.2 - unit: mmol / l - ph: - value: - uncertainty: - temperature: # provide the temperature as it is given in the article. Assume room temperature if nothing is provided - value: 298.15 - unit: K # [K, C, F] - electrodes: - configuration: 3 # number of electrodes - reference electrode: - type: SCE # the reference electrode given in the experimental section. Might differ from that in the plot, MSE-sat, MSE-3M, MSE-1M, RHE, AgCl2 - source: - supplier: - counter electrode: - material: Pt - crystallographic orientation: - shape: wire - working electrode: - material: Au - crystallographic orientation: '111' # hkl, 100, 110, poly - source: - supplier: - LOT: - shape: # optional - type: # bead/sphere - height: - value: - unit: - diameter: - value: - unit: - geometric electrolyte contact area: - value: - unit: - preparation procedure: # Short description of sample preparation. This can be very useful. :) diff --git a/literature/kerner_2002_measurement_2055/kerner_2002_measurement_2055_p5_6a_1.svg b/literature/kerner_2002_measurement_2055/kerner_2002_measurement_2055_p5_f6a_1.svg similarity index 80% rename from literature/kerner_2002_measurement_2055/kerner_2002_measurement_2055_p5_6a_1.svg rename to literature/kerner_2002_measurement_2055/kerner_2002_measurement_2055_p5_f6a_1.svg index 089af99a6..c48c325b5 100644 --- a/literature/kerner_2002_measurement_2055/kerner_2002_measurement_2055_p5_6a_1.svg +++ b/literature/kerner_2002_measurement_2055/kerner_2002_measurement_2055_p5_f6a_1.svg @@ -1,16 +1,30 @@ + sodipodi:docname="kerner_2002_measurement_2055_p5_f6a_1.svg" + inkscape:version="0.92.2 (5c3e80d, 2017-08-06)"> + + + + image/svg+xml + + + + + x="0" + width="4959px" + sodipodi:insensitive="true" + height="6617px" /> scan rate: 10 mV/s + y="620.51923">scan rate: 10 mV / s y2: 10 uA/cm2 + y="916.58563">y2: 10 uA / cm2 @@ -81,7 +96,7 @@ sodipodi:role="line" id="tspan106288" x="431.08295" - y="1876.6261">y1: -10 uA/cm2 + y="1876.6261">y1: -10 uA / cm2 @@ -135,4 +150,14 @@ id="path110531" sodipodi:nodetypes="ssssssssssssssscsssssssssssssssssssscsssssssssssssssssscssssssssscss" /> + comment: For CV with KI, KClO4 is used instead of HClO4 (as for KCl, BrCl). diff --git a/literature/kerner_2002_measurement_2055/kerner_2002_measurement_2055_p5_f6a_1.yaml b/literature/kerner_2002_measurement_2055/kerner_2002_measurement_2055_p5_f6a_1.yaml new file mode 100644 index 000000000..2d3bfdead --- /dev/null +++ b/literature/kerner_2002_measurement_2055/kerner_2002_measurement_2055_p5_f6a_1.yaml @@ -0,0 +1,51 @@ +# This file is part of echemdb (https://github.com/echemdb/website) +# Details on the meta data structure can be found on https://github.com/echemdb/metadata-schema +electrochemical system: + electrodes: + configuration: 3 + counter electrode: + material: Pt + shape: wire + reference electrode: + type: SCE + working electrode: + crystallographic orientation: '111' + material: Au + electrolyte: + components: + - concentration: + unit: mol / l + value: 0.1 + name: KClO4 + type: acid + - name: water + type: solvent + - concentration: + unit: mmol / l + value: 0.1 + name: KI + type: salt + temperature: + unit: K + value: 298.15 + type: aq + version: 1 +source: + citation key: Kerner_2002_Measurement_2055 + curve: 1 + url: https://doi.org/10.1016/0022-0728(92)80223-Q + figure: 6a + techniques: EIS + version: 1 +version: 1 +curation: + version: 1 + process: + - role: curator + name: Markus Schilling + orcid: https://orcid.org/0000-0003-2684-3711 + date: 2021-10-21 + - role: reviewer + name: Albert Engstfeld + orcid: https://orcid.org/0000-0002-9686-3948 + date: 2022-01-21 diff --git a/literature/kerner_2002_measurement_2055/kerner_2002_measurement_2055_p5_6a_2.svg b/literature/kerner_2002_measurement_2055/kerner_2002_measurement_2055_p5_f6a_2.svg similarity index 51% rename from literature/kerner_2002_measurement_2055/kerner_2002_measurement_2055_p5_6a_2.svg rename to literature/kerner_2002_measurement_2055/kerner_2002_measurement_2055_p5_f6a_2.svg index 6b27c486e..854f30a1e 100644 --- a/literature/kerner_2002_measurement_2055/kerner_2002_measurement_2055_p5_6a_2.svg +++ b/literature/kerner_2002_measurement_2055/kerner_2002_measurement_2055_p5_f6a_2.svg @@ -1,16 +1,30 @@ + sodipodi:docname="kerner_2002_measurement_2055_p5_f6a_2.svg" + inkscape:version="0.92.2 (5c3e80d, 2017-08-06)"> + + + + image/svg+xml + + + + scan rate: 10 mV/s + y="620.51923">scan rate: 10 mV / s y2: 10 uA/cm2 + y="916.58563">y2: 10 uA / cm2 @@ -81,7 +96,7 @@ sodipodi:role="line" id="tspan106288" x="431.08295" - y="1876.6261">y1: -10 uA/cm2 + y="1876.6261">y1: -10 uA / cm2 @@ -119,19 +134,32 @@ + + curve: Au(111)_0.1M_KClO4_0.2mM_KI + + curve: Au(111)_0.1M_KClO4_0.2mM_KI - + id="tspan835" + x="-917.11377" + y="262.38022">comment: For CV with KI, KClO4 is used instead of HClO4 (as for KCl, BrCl). diff --git a/literature/kerner_2002_measurement_2055/kerner_2002_measurement_2055_p5_f6a_2.yaml b/literature/kerner_2002_measurement_2055/kerner_2002_measurement_2055_p5_f6a_2.yaml new file mode 100644 index 000000000..5c9c581f3 --- /dev/null +++ b/literature/kerner_2002_measurement_2055/kerner_2002_measurement_2055_p5_f6a_2.yaml @@ -0,0 +1,51 @@ +# This file is part of echemdb (https://github.com/echemdb/website) +# Details on the meta data structure can be found on https://github.com/echemdb/metadata-schema +electrochemical system: + electrodes: + configuration: 3 + counter electrode: + material: Pt + shape: wire + reference electrode: + type: SCE + working electrode: + crystallographic orientation: '111' + material: Au + electrolyte: + components: + - concentration: + unit: mol / l + value: 0.1 + name: KClO4 + type: acid + - name: water + type: solvent + - concentration: + unit: mmol / l + value: 0.2 + name: KI + type: salt + temperature: + unit: K + value: 298.15 + type: aq + version: 1 +source: + citation key: kerner_2002_measurement_2055 + curve: 2 + url: https://doi.org/10.1016/0022-0728(92)80223-Q + figure: 6a + techniques: EIS + version: 1 +version: 1 +curation: + version: 1 + process: + - role: curator + name: Markus Schilling + orcid: https://orcid.org/0000-0003-2684-3711 + date: 2021-10-21 + - role: reviewer + name: Albert Engstfeld + orcid: https://orcid.org/0000-0002-9686-3948 + date: 2022-01-21 diff --git a/literature/li_2000_chronocoulometric_95/li_2000_chronocoulometric_95_p1_dash-dotted.yaml b/literature/li_2000_chronocoulometric_95/li_2000_chronocoulometric_95_p1_dash-dotted.yaml deleted file mode 100644 index f3277e522..000000000 --- a/literature/li_2000_chronocoulometric_95/li_2000_chronocoulometric_95_p1_dash-dotted.yaml +++ /dev/null @@ -1,107 +0,0 @@ -# This file describes a figure from a publication containing electrochemical data. -# For the `echemdb/website` project, the source, curator and electrochemical system is mandatory. -# Figure description is optional. It is created automatically by the cv module of svgdigitizer - -source: - version: 1 - url: https://doi.org/10.1016/S0022-0728(00)00199-6 # only the number without preceeding doix or https - bib: li_2000_chronocoulometric_95 # AuthorName_YYYY_FirstWordTitle_pageNr. No prepositions. Fingers crossed that there is no duplicate. - figure: 1 # depending on the subfigure labels use 1, 1b, or 1_3 - curve: dash-dotted # use a unique short description to identify the curve in the figure, i.e.. label, color, etc - -curator: - version: 1 - name: Markus Schilling - orcid: https://orcid.org/0000-0003-2684-3711 - digitized: 2021-11-17 # YYYY-MM-DD - -figure description: #This section will be updated by module `CV` - version: 1 - linked measurements: # FTIR, SXRD, Ring Disc - indicate if any other operando methods were shown in the same plot, which is linked to the data - comment: The scan rate is not given in the publication. It was manually determined from the charge integration as 20 mV/s. # Add whatever you think is important to understand the data - - -electrochemical system: - version: 1 - instrumentation: - - type: - supplier: - - type: - model: - supplier: - - type: - model: - supplier: - electrolyte: - type: aq # aqueous = aq, non-aqueous=naq - components: # create as many components as necessary. A simple electrolyte consists of two components, i.e., H2SO4 and water - - name: HClO4 # can be trivia name, sum formula, etc - concentration: - value: 1 - unit: mmol / l - type: # - source: - supplier: - LOT: - - name: water - type: solvent - proportion: - value: - unit: - source: - refinement: - quality: - total organic carbon: - value: - unit: - - name: KClO4 # can be trivia name, sum formula, etc - concentration: - value: 0.1 - unit: mol / l - type: # - source: - supplier: - LOT: - - name: KCl - type: - source: - supplier: - LOT: - concentration: - value: 5 - unit: mmol / l - ph: - value: 3 - uncertainty: - temperature: # provide the temperature as it is given in the article. Assume room temperature if nothing is provided - value: 298.15 - unit: K # [K, C, F] - electrodes: - configuration: 3 # number of electrodes - reference electrode: - type: SCE # the reference electrode given in the experimental section. Might differ from that in the plot, MSE-sat, MSE-3M, MSE-1M, RHE, AgCl2 - source: - supplier: - counter electrode: - material: Pt - crystallographic orientation: - shape: coil - working electrode: - material: Pt - crystallographic orientation: '111' # as STRING hkl, 100, 110, poly - source: - supplier: - LOT: - shape: # optional - type: # bead/sphere - height: - value: - unit: - diameter: - value: - unit: - geometric electrolyte contact area: - value: - unit: - preparation procedure: A Pt single crystal bead was cut along the (111) orientation (geometric area of the (111) surface 0.043 cm2 ). The electrode was annealed in a hydrogen+air flame and then cooled down in a hydrogen atmosphere and later quenched with ultrapure water, before each experiment # Short description of sample preparation. This can be very useful. :) - diff --git a/literature/li_2000_chronocoulometric_95/li_2000_chronocoulometric_95_p1_dashed.yaml b/literature/li_2000_chronocoulometric_95/li_2000_chronocoulometric_95_p1_dashed.yaml deleted file mode 100644 index 60d660799..000000000 --- a/literature/li_2000_chronocoulometric_95/li_2000_chronocoulometric_95_p1_dashed.yaml +++ /dev/null @@ -1,107 +0,0 @@ -# This file describes a figure from a publication containing electrochemical data. -# For the `echemdb/website` project, the source, curator and electrochemical system is mandatory. -# Figure description is optional. It is created automatically by the cv module of svgdigitizer - -source: - version: 1 - url: https://doi.org/10.1016/S0022-0728(00)00199-6 # only the number without preceeding doix or https - bib: li_2000_chronocoulometric_95 # AuthorName_YYYY_FirstWordTitle_pageNr. No prepositions. Fingers crossed that there is no duplicate. - figure: 1 # depending on the subfigure labels use 1, 1b, or 1_3 - curve: dashed # use a unique short description to identify the curve in the figure, i.e.. label, color, etc - -curator: - version: 1 - name: Markus Schilling - orcid: https://orcid.org/0000-0003-2684-3711 - digitized: 2021-11-17 # YYYY-MM-DD - -figure description: #This section will be updated by module `CV` - version: 1 - linked measurements: # FTIR, SXRD, Ring Disc - indicate if any other operando methods were shown in the same plot, which is linked to the data - comment: The scan rate is not given in the publication. It was manually determined from the charge integration as 20 mV/s. # Add whatever you think is important to understand the data - - -electrochemical system: - version: 1 - instrumentation: - - type: - supplier: - - type: - model: - supplier: - - type: - model: - supplier: - electrolyte: - type: aq # aqueous = aq, non-aqueous=naq - components: # create as many components as necessary. A simple electrolyte consists of two components, i.e., H2SO4 and water - - name: HClO4 # can be trivia name, sum formula, etc - concentration: - value: 1 - unit: mmol / l - type: # - source: - supplier: - LOT: - - name: water - type: solvent - proportion: - value: - unit: - source: - refinement: - quality: - total organic carbon: - value: - unit: - - name: KClO4 # can be trivia name, sum formula, etc - concentration: - value: 0.1 - unit: mol / l - type: # - source: - supplier: - LOT: - - name: KCl - type: - source: - supplier: - LOT: - concentration: - value: 0.1 - unit: mmol / l - ph: - value: 3 - uncertainty: - temperature: # provide the temperature as it is given in the article. Assume room temperature if nothing is provided - value: 298.15 - unit: K # [K, C, F] - electrodes: - configuration: 3 # number of electrodes - reference electrode: - type: SCE # the reference electrode given in the experimental section. Might differ from that in the plot, MSE-sat, MSE-3M, MSE-1M, RHE, AgCl2 - source: - supplier: - counter electrode: - material: Pt - crystallographic orientation: - shape: coil - working electrode: - material: Pt - crystallographic orientation: '111' # as STRING hkl, 100, 110, poly - source: - supplier: - LOT: - shape: # optional - type: # bead/sphere - height: - value: - unit: - diameter: - value: - unit: - geometric electrolyte contact area: - value: - unit: - preparation procedure: A Pt single crystal bead was cut along the (111) orientation (geometric area of the (111) surface 0.043 cm2 ). The electrode was annealed in a hydrogen+air flame and then cooled down in a hydrogen atmosphere and later quenched with ultrapure water, before each experiment # Short description of sample preparation. This can be very useful. :) - diff --git a/literature/li_2000_chronocoulometric_95/li_2000_chronocoulometric_95_p1_dotted.yaml b/literature/li_2000_chronocoulometric_95/li_2000_chronocoulometric_95_p1_dotted.yaml deleted file mode 100644 index 8aa9b95d8..000000000 --- a/literature/li_2000_chronocoulometric_95/li_2000_chronocoulometric_95_p1_dotted.yaml +++ /dev/null @@ -1,107 +0,0 @@ -# This file describes a figure from a publication containing electrochemical data. -# For the `echemdb/website` project, the source, curator and electrochemical system is mandatory. -# Figure description is optional. It is created automatically by the cv module of svgdigitizer - -source: - version: 1 - url: https://doi.org/10.1016/S0022-0728(00)00199-6 # only the number without preceeding doix or https - bib: li_2000_chronocoulometric_95 # AuthorName_YYYY_FirstWordTitle_pageNr. No prepositions. Fingers crossed that there is no duplicate. - figure: 1 # depending on the subfigure labels use 1, 1b, or 1_3 - curve: dotted # use a unique short description to identify the curve in the figure, i.e.. label, color, etc - -curator: - version: 1 - name: Markus Schilling - orcid: https://orcid.org/0000-0003-2684-3711 - digitized: 2021-11-17 # YYYY-MM-DD - -figure description: #This section will be updated by module `CV` - version: 1 - linked measurements: # FTIR, SXRD, Ring Disc - indicate if any other operando methods were shown in the same plot, which is linked to the data - comment: The scan rate is not given in the publication. It was manually determined from the charge integration as 20 mV/s. # Add whatever you think is important to understand the data - - -electrochemical system: - version: 1 - instrumentation: - - type: - supplier: - - type: - model: - supplier: - - type: - model: - supplier: - electrolyte: - type: aq # aqueous = aq, non-aqueous=naq - components: # create as many components as necessary. A simple electrolyte consists of two components, i.e., H2SO4 and water - - name: HClO4 # can be trivia name, sum formula, etc - concentration: - value: 1 - unit: mmol / l - type: # - source: - supplier: - LOT: - - name: water - type: solvent - proportion: - value: - unit: - source: - refinement: - quality: - total organic carbon: - value: - unit: - - name: KClO4 # can be trivia name, sum formula, etc - concentration: - value: 0.1 - unit: mol / l - type: # - source: - supplier: - LOT: - - name: KCl - type: - source: - supplier: - LOT: - concentration: - value: 1 - unit: mmol / l - ph: - value: 3 - uncertainty: - temperature: # provide the temperature as it is given in the article. Assume room temperature if nothing is provided - value: 298.15 - unit: K # [K, C, F] - electrodes: - configuration: 3 # number of electrodes - reference electrode: - type: SCE # the reference electrode given in the experimental section. Might differ from that in the plot, MSE-sat, MSE-3M, MSE-1M, RHE, AgCl2 - source: - supplier: - counter electrode: - material: Pt - crystallographic orientation: - shape: coil - working electrode: - material: Pt - crystallographic orientation: '111' # as STRING hkl, 100, 110, poly - source: - supplier: - LOT: - shape: # optional - type: # bead/sphere - height: - value: - unit: - diameter: - value: - unit: - geometric electrolyte contact area: - value: - unit: - preparation procedure: A Pt single crystal bead was cut along the (111) orientation (geometric area of the (111) surface 0.043 cm2 ). The electrode was annealed in a hydrogen+air flame and then cooled down in a hydrogen atmosphere and later quenched with ultrapure water, before each experiment # Short description of sample preparation. This can be very useful. :) - diff --git a/literature/li_2000_chronocoulometric_95/li_2000_chronocoulometric_95_p1_dash-dotted.svg b/literature/li_2000_chronocoulometric_95/li_2000_chronocoulometric_95_p1_f1_dash-dotted.svg similarity index 77% rename from literature/li_2000_chronocoulometric_95/li_2000_chronocoulometric_95_p1_dash-dotted.svg rename to literature/li_2000_chronocoulometric_95/li_2000_chronocoulometric_95_p1_f1_dash-dotted.svg index 4fbdc4bf2..7a55eba8f 100644 --- a/literature/li_2000_chronocoulometric_95/li_2000_chronocoulometric_95_p1_dash-dotted.svg +++ b/literature/li_2000_chronocoulometric_95/li_2000_chronocoulometric_95_p1_f1_dash-dotted.svg @@ -1,16 +1,30 @@ + sodipodi:docname="li_2000_chronocoulometric_95_p1_f1_dash-dotted.svg" + inkscape:version="0.92.2 (5c3e80d, 2017-08-06)"> + + + + image/svg+xml + + + + + x="0" + width="5100px" + sodipodi:insensitive="true" + height="6601px" /> y2: 40 uA/cm2 + y="4270.3218">y2: 40 uA / cm2 @@ -71,7 +86,7 @@ sodipodi:role="line" id="tspan6792" x="74.543465" - y="5224.2188">y1: -40 uA/cm2 + y="5224.2188">y1: -40 uA / cm2 @@ -116,7 +131,7 @@ sodipodi:role="line" id="tspan23027" x="906.05859" - y="5339.3735">scan rate: 20 mV/s + y="5339.3735">scan rate: 20 mV / s + comment: The scan rate is not given in the publication. It was manually determined from the charge integration as 20 mV / s. diff --git a/literature/li_2000_chronocoulometric_95/li_2000_chronocoulometric_95_p1_f1_dash-dotted.yaml b/literature/li_2000_chronocoulometric_95/li_2000_chronocoulometric_95_p1_f1_dash-dotted.yaml new file mode 100644 index 000000000..2bc092f43 --- /dev/null +++ b/literature/li_2000_chronocoulometric_95/li_2000_chronocoulometric_95_p1_f1_dash-dotted.yaml @@ -0,0 +1,61 @@ +# This file is part of echemdb (https://github.com/echemdb/website) +# Details on the meta data structure can be found on https://github.com/echemdb/metadata-schema +electrochemical system: + electrodes: + configuration: 3 + counter electrode: + material: Pt + shape: coil + reference electrode: + type: SCE + working electrode: + crystallographic orientation: '111' + material: Pt + preparation procedure: A Pt single crystal bead was cut along the (111) orientation + (geometric area of the (111) surface 0.043 cm2 ). The electrode was annealed + in a hydrogen+air flame and then cooled down in a hydrogen atmosphere and + later quenched with ultrapure water, before each experiment + electrolyte: + components: + - concentration: + unit: mmol / l + value: 1 + name: HClO4 + type: acid + - name: water + type: solvent + - concentration: + unit: mol / l + value: 0.1 + name: KClO4 + type: salt + - concentration: + unit: mmol / l + value: 5 + name: KCl + type: salt + ph: + value: 3 + temperature: + unit: K + value: 298.15 + type: aq + version: 1 +source: + citation key: li_2000_chronocoulometric_95 + curve: dash-dotted + url: https://doi.org/10.1016/S0022-0728(00)00199-6 + figure: 1 + version: 1 +version: 1 +curation: + version: 1 + process: + - role: curator + name: Markus Schilling + orcid: https://orcid.org/0000-0003-2684-3711 + date: 2021-11-17 + - role: reviewer + name: Albert Engstfeld + orcid: https://orcid.org/0000-0002-9686-3948 + date: 2022-01-21 diff --git a/literature/li_2000_chronocoulometric_95/li_2000_chronocoulometric_95_p1_dashed.svg b/literature/li_2000_chronocoulometric_95/li_2000_chronocoulometric_95_p1_f1_dashed.svg similarity index 76% rename from literature/li_2000_chronocoulometric_95/li_2000_chronocoulometric_95_p1_dashed.svg rename to literature/li_2000_chronocoulometric_95/li_2000_chronocoulometric_95_p1_f1_dashed.svg index ee95dccd2..04ef41ff7 100644 --- a/literature/li_2000_chronocoulometric_95/li_2000_chronocoulometric_95_p1_dashed.svg +++ b/literature/li_2000_chronocoulometric_95/li_2000_chronocoulometric_95_p1_f1_dashed.svg @@ -1,16 +1,30 @@ + sodipodi:docname="li_2000_chronocoulometric_95_p1_f1_dashed.svg" + inkscape:version="0.92.2 (5c3e80d, 2017-08-06)"> + + + + image/svg+xml + + + + + x="0" + width="5100px" + sodipodi:insensitive="true" + height="6601px" /> y2: 40 uA/cm2 + y="4270.3218">y2: 40 uA / cm2 @@ -71,7 +86,7 @@ sodipodi:role="line" id="tspan6792" x="74.543465" - y="5224.2188">y1: -40 uA/cm2 + y="5224.2188">y1: -40 uA / cm2 @@ -116,7 +131,7 @@ sodipodi:role="line" id="tspan23027" x="906.05859" - y="5339.3735">scan rate: 20 mV/s + y="5339.3735">scan rate: 20 mV / s + comment: The scan rate is not given in the publication. It was manually determined from the charge integration as 20 mV / s. diff --git a/literature/li_2000_chronocoulometric_95/li_2000_chronocoulometric_95_p1_f1_dashed.yaml b/literature/li_2000_chronocoulometric_95/li_2000_chronocoulometric_95_p1_f1_dashed.yaml new file mode 100644 index 000000000..e10af0b03 --- /dev/null +++ b/literature/li_2000_chronocoulometric_95/li_2000_chronocoulometric_95_p1_f1_dashed.yaml @@ -0,0 +1,61 @@ +# This file is part of echemdb (https://github.com/echemdb/website) +# Details on the meta data structure can be found on https://github.com/echemdb/metadata-schema +electrochemical system: + electrodes: + configuration: 3 + counter electrode: + material: Pt + shape: coil + reference electrode: + type: SCE + working electrode: + crystallographic orientation: '111' + material: Pt + preparation procedure: A Pt single crystal bead was cut along the (111) orientation + (geometric area of the (111) surface 0.043 cm2 ). The electrode was annealed + in a hydrogen+air flame and then cooled down in a hydrogen atmosphere and + later quenched with ultrapure water, before each experiment + electrolyte: + components: + - concentration: + unit: mol / l + value: 0.1 + name: HClO4 + type: acid + - name: water + type: solvent + - concentration: + unit: mmol / l + value: 1 + name: KClO4 + type: salt + - concentration: + unit: mol / l + value: 1 + name: KCl + type: salt + ph: + value: 3 + temperature: + unit: K + value: 298.15 + type: aq + version: 1 +source: + citation key: li_2000_chronocoulometric_95 + curve: dashed + url: https://doi.org/10.1016/S0022-0728(00)00199-6 + figure: 1 + version: 1 +version: 1 +curation: + version: 1 + process: + - role: curator + name: Markus Schilling + orcid: https://orcid.org/0000-0003-2684-3711 + date: 2021-11-17 + - role: reviewer + name: Albert Engstfeld + orcid: https://orcid.org/0000-0002-9686-3948 + date: 2022-01-21 diff --git a/literature/li_2000_chronocoulometric_95/li_2000_chronocoulometric_95_p1_dotted.svg b/literature/li_2000_chronocoulometric_95/li_2000_chronocoulometric_95_p1_f1_dotted.svg similarity index 76% rename from literature/li_2000_chronocoulometric_95/li_2000_chronocoulometric_95_p1_dotted.svg rename to literature/li_2000_chronocoulometric_95/li_2000_chronocoulometric_95_p1_f1_dotted.svg index 7634639d4..b8377e809 100644 --- a/literature/li_2000_chronocoulometric_95/li_2000_chronocoulometric_95_p1_dotted.svg +++ b/literature/li_2000_chronocoulometric_95/li_2000_chronocoulometric_95_p1_f1_dotted.svg @@ -1,16 +1,30 @@ + sodipodi:docname="li_2000_chronocoulometric_95_p1_f1_dotted.svg" + inkscape:version="0.92.2 (5c3e80d, 2017-08-06)"> + + + + image/svg+xml + + + + + x="0" + width="5100px" + sodipodi:insensitive="true" + height="6601px" /> y2: 40 uA/cm2 + y="4270.3218">y2: 40 uA / cm2 @@ -71,7 +86,7 @@ sodipodi:role="line" id="tspan6792" x="74.543465" - y="5224.2188">y1: -40 uA/cm2 + y="5224.2188">y1: -40 uA / cm2 @@ -116,7 +131,7 @@ sodipodi:role="line" id="tspan23027" x="906.05859" - y="5339.3735">scan rate: 20 mV/s + y="5339.3735">scan rate: 20 mV / s + comment: The scan rate is not given in the publication. It was manually determined from the charge integration as 20 mV / s. diff --git a/literature/li_2000_chronocoulometric_95/li_2000_chronocoulometric_95_p1_f1_dotted.yaml b/literature/li_2000_chronocoulometric_95/li_2000_chronocoulometric_95_p1_f1_dotted.yaml new file mode 100644 index 000000000..4cb75a2c6 --- /dev/null +++ b/literature/li_2000_chronocoulometric_95/li_2000_chronocoulometric_95_p1_f1_dotted.yaml @@ -0,0 +1,61 @@ +# This file is part of echemdb (https://github.com/echemdb/website) +# Details on the meta data structure can be found on https://github.com/echemdb/metadata-schema +electrochemical system: + electrodes: + configuration: 3 + counter electrode: + material: Pt + shape: coil + reference electrode: + type: SCE + working electrode: + crystallographic orientation: '111' + material: Pt + preparation procedure: A Pt single crystal bead was cut along the (111) orientation + (geometric area of the (111) surface 0.043 cm2 ). The electrode was annealed + in a hydrogen+air flame and then cooled down in a hydrogen atmosphere and + later quenched with ultrapure water, before each experiment + electrolyte: + components: + - concentration: + unit: mmol / l + value: 1 + name: HClO4 + type: acid + - name: water + type: solvent + - concentration: + unit: mol / l + value: 0.1 + name: KClO4 + type: salt + - concentration: + unit: mmol / l + value: 1 + name: KCl + type: salt + ph: + value: 3 + temperature: + unit: K + value: 298.15 + type: aq + version: 1 +source: + citation key: li_2000_chronocoulometric_95 + curve: dotted + url: https://doi.org/10.1016/S0022-0728(00)00199-6 + figure: 1 + version: 1 +version: 1 +curation: + version: 1 + process: + - role: curator + name: Markus Schilling + orcid: https://orcid.org/0000-0003-2684-3711 + date: 2021-11-17 + - role: reviewer + name: Albert Engstfeld + orcid: https://orcid.org/0000-0002-9686-3948 + date: 2022-01-21 diff --git a/literature/li_2000_chronocoulometric_95/li_2000_chronocoulometric_95_p1_solid.svg b/literature/li_2000_chronocoulometric_95/li_2000_chronocoulometric_95_p1_f1_solid.svg similarity index 76% rename from literature/li_2000_chronocoulometric_95/li_2000_chronocoulometric_95_p1_solid.svg rename to literature/li_2000_chronocoulometric_95/li_2000_chronocoulometric_95_p1_f1_solid.svg index 11004daea..93ca54647 100644 --- a/literature/li_2000_chronocoulometric_95/li_2000_chronocoulometric_95_p1_solid.svg +++ b/literature/li_2000_chronocoulometric_95/li_2000_chronocoulometric_95_p1_f1_solid.svg @@ -1,16 +1,30 @@ + sodipodi:docname="li_2000_chronocoulometric_95_p1_f1_solid.svg" + inkscape:version="0.92.2 (5c3e80d, 2017-08-06)"> + + + + image/svg+xml + + + + + x="0" + width="5100px" + sodipodi:insensitive="true" + height="6601px" /> y2: 40 uA/cm2 + y="4270.3218">y2: 40 uA / cm2 @@ -71,7 +86,7 @@ sodipodi:role="line" id="tspan6792" x="74.543465" - y="5224.2188">y1: -40 uA/cm2 + y="5224.2188">y1: -40 uA / cm2 @@ -134,5 +149,15 @@ sodipodi:role="line" id="tspan23027" x="906.05859" - y="5339.3735">scan rate: 20 mV/s + y="5339.3735">scan rate: 20 mV / s + comment: The scan rate is not given in the publication. It was manually determined from the charge integration as 20 mV / s. diff --git a/literature/li_2000_chronocoulometric_95/li_2000_chronocoulometric_95_p1_f1_solid.yaml b/literature/li_2000_chronocoulometric_95/li_2000_chronocoulometric_95_p1_f1_solid.yaml new file mode 100644 index 000000000..edaaeab57 --- /dev/null +++ b/literature/li_2000_chronocoulometric_95/li_2000_chronocoulometric_95_p1_f1_solid.yaml @@ -0,0 +1,56 @@ +# This file is part of echemdb (https://github.com/echemdb/website) +# Details on the meta data structure can be found on https://github.com/echemdb/metadata-schema +electrochemical system: + electrodes: + configuration: 3 + counter electrode: + material: Pt + shape: coil + reference electrode: + type: SCE + working electrode: + crystallographic orientation: '111' + material: Pt + preparation procedure: A Pt single crystal bead was cut along the (111) orientation + (geometric area of the (111) surface 0.043 cm2 ). The electrode was annealed + in a hydrogen+air flame and then cooled down in a hydrogen atmosphere and + later quenched with ultrapure water, before each experiment + electrolyte: + components: + - concentration: + unit: mmol / l + value: 1 + name: HClO4 + type: acid + - name: water + type: solvent + - concentration: + unit: mol / l + value: 0.1 + name: KClO4 + type: salt + ph: + value: 3 + temperature: + unit: K + value: 298.15 + type: aq + version: 1 +source: + citation key: li_2000_chronocoulometric_95 + curve: solid + url: https://doi.org/10.1016/S0022-0728(00)00199-6 + figure: 1 + version: 1 +version: 1 +curation: + version: 1 + process: + - role: curator + name: Markus Schilling + orcid: https://orcid.org/0000-0003-2684-3711 + date: 2021-11-17 + - role: reviewer + name: Albert Engstfeld + orcid: https://orcid.org/0000-0002-9686-3948 + date: 2022-01-21 diff --git a/literature/li_2000_chronocoulometric_95/li_2000_chronocoulometric_95_p1_solid.yaml b/literature/li_2000_chronocoulometric_95/li_2000_chronocoulometric_95_p1_solid.yaml deleted file mode 100644 index af25e4857..000000000 --- a/literature/li_2000_chronocoulometric_95/li_2000_chronocoulometric_95_p1_solid.yaml +++ /dev/null @@ -1,107 +0,0 @@ -# This file describes a figure from a publication containing electrochemical data. -# For the `echemdb/website` project, the source, curator and electrochemical system is mandatory. -# Figure description is optional. It is created automatically by the cv module of svgdigitizer - -source: - version: 1 - url: https://doi.org/10.1016/S0022-0728(00)00199-6 # only the number without preceeding doix or https - bib: li_2000_chronocoulometric_95 # AuthorName_YYYY_FirstWordTitle_pageNr. No prepositions. Fingers crossed that there is no duplicate. - figure: 1 # depending on the subfigure labels use 1, 1b, or 1_3 - curve: solid # use a unique short description to identify the curve in the figure, i.e.. label, color, etc - -curator: - version: 1 - name: Markus Schilling - orcid: https://orcid.org/0000-0003-2684-3711 - digitized: 2021-11-17 # YYYY-MM-DD - -figure description: #This section will be updated by module `CV` - version: 1 - linked measurements: # FTIR, SXRD, Ring Disc - indicate if any other operando methods were shown in the same plot, which is linked to the data - comment: The scan rate is not given in the publication. It was manually determined from the charge integration as 20 mV/s. # Add whatever you think is important to understand the data - - -electrochemical system: - version: 1 - instrumentation: - - type: - supplier: - - type: - model: - supplier: - - type: - model: - supplier: - electrolyte: - type: aq # aqueous = aq, non-aqueous=naq - components: # create as many components as necessary. A simple electrolyte consists of two components, i.e., H2SO4 and water - - name: HClO4 # can be trivia name, sum formula, etc - concentration: - value: 1 - unit: mmol / l - type: # - source: - supplier: - LOT: - - name: water - type: solvent - proportion: - value: - unit: - source: - refinement: - quality: - total organic carbon: - value: - unit: - - name: # can be trivia name, sum formula, etc - concentration: - value: 0.1 - unit: mol / l - type: # - source: - supplier: - LOT: - - name: KClO4 - type: - source: - supplier: - LOT: - concentration: - value: 0.1 - unit: mol / l - ph: - value: 3 - uncertainty: - temperature: # provide the temperature as it is given in the article. Assume room temperature if nothing is provided - value: 298.15 - unit: K # [K, C, F] - electrodes: - configuration: 3 # number of electrodes - reference electrode: - type: SCE # the reference electrode given in the experimental section. Might differ from that in the plot, MSE-sat, MSE-3M, MSE-1M, RHE, AgCl2 - source: - supplier: - counter electrode: - material: Pt - crystallographic orientation: - shape: coil - working electrode: - material: Pt - crystallographic orientation: '111' # as STRING hkl, 100, 110, poly - source: - supplier: - LOT: - shape: # optional - type: # bead/sphere - height: - value: - unit: - diameter: - value: - unit: - geometric electrolyte contact area: - value: - unit: - preparation procedure: A Pt single crystal bead was cut along the (111) orientation (geometric area of the (111) surface 0.043 cm2 ). The electrode was annealed in a hydrogen+air flame and then cooled down in a hydrogen atmosphere and later quenched with ultrapure water, before each experiment # Short description of sample preparation. This can be very useful. :) - diff --git a/literature/lipkowski_1998_ionic_2875/lipkowski_1998_ionic_2875_p1_1a_Br.yaml b/literature/lipkowski_1998_ionic_2875/lipkowski_1998_ionic_2875_p1_1a_Br.yaml deleted file mode 100644 index 8464a49d5..000000000 --- a/literature/lipkowski_1998_ionic_2875/lipkowski_1998_ionic_2875_p1_1a_Br.yaml +++ /dev/null @@ -1,102 +0,0 @@ -# This file describes a figure from a publication containing electrochemical data. -# For the `echemdb/website` project, the source, curator and electrochemical system is mandatory. -# Figure description is optional. It is created automatically by the cv module of svgdigitizer - -source: - version: 1 - url: https://doi.org/10.1016/S0013-4686(98)00028-0 #only the number without preceeding doix or https - bib: lipkowski_1998_ionic_2875 # AuthorName_YYYY_FirstWordTitle_pageNr. No prepositions. Fingers crossed that there is no duplicate. - techniques: SHG, SXRD - figure: 1a # depending on the subfigure labels use 1, 1b, or 1_3 - curve: Br # use a unique short description to identify the curve in the figure, i.e.. label, color, etc - -curator: - version: 1 - name: Markus Schilling - orcid: https://orcid.org/0000-0003-2684-3711 - digitized: 2021-10-21 # YYYY-MM-DD - -figure description: #This section will be updated by module `CV` - version: 1 - comment: No information about counter electrode available. # Add whatever you think is important to understand the data - -electrochemical system: - version: 1 - instrumentation: - - type: - supplier: - - type: - model: - supplier: - - type: - model: - supplier: - electrolyte: - type: aq # aqueous = aq, non-aqueous=naq - components: # create as many components as necessary. A simple electrolyte consists of two components, i.e., H2SO4 and water - - name: KClO4 # can be trivia name, sum formula, etc - concentration: - value: 0.1 - unit: mol / l #[M, mM, µM, g kg-1, ...] - type: salt # - source: - supplier: - LOT: - - name: water - type: solvent - proportion: - value: - unit: - source: - refinement: - quality: - total organic carbon: - value: - unit: - - name: - type: - proportion: - value: - unit: - - name: KBr - type: salt - source: - supplier: - LOT: - concentration: - value: 1 - unit: mmol / l #[M, mM, µM, g kg-1, ...] - ph: - value: - uncertainty: - temperature: # provide the temperature as it is given in the article. Assume room temperature if nothing is provided - value: 298.15 - unit: K # [K, C, F] - electrodes: - configuration: 3 # number of electrodes - reference electrode: - type: SCE # the reference electrode given in the experimental section. Might differ from that in the plot, MSE-sat, MSE-3M, MSE-1M, RHE, AgCl2 - source: - supplier: - counter electrode: - material: - crystallographic orientation: - shape: - working electrode: - material: Au - crystallographic orientation: '111' # hkl, 100, 110, poly - source: - supplier: - LOT: - shape: # optional - type: # bead/sphere - height: - value: - unit: - diameter: - value: - unit: - geometric electrolyte contact area: - value: - unit: - preparation procedure: # Short description of sample preparation. This can be very useful. :) diff --git a/literature/lipkowski_1998_ionic_2875/lipkowski_1998_ionic_2875_p1_1a_Cl.yaml b/literature/lipkowski_1998_ionic_2875/lipkowski_1998_ionic_2875_p1_1a_Cl.yaml deleted file mode 100644 index c7878cb64..000000000 --- a/literature/lipkowski_1998_ionic_2875/lipkowski_1998_ionic_2875_p1_1a_Cl.yaml +++ /dev/null @@ -1,102 +0,0 @@ -# This file describes a figure from a publication containing electrochemical data. -# For the `echemdb/website` project, the source, curator and electrochemical system is mandatory. -# Figure description is optional. It is created automatically by the cv module of svgdigitizer - -source: - version: 1 - url: https://doi.org/10.1016/S0013-4686(98)00028-0 #only the number without preceeding doix or https - bib: lipkowski_1998_ionic_2875 # AuthorName_YYYY_FirstWordTitle_pageNr. No prepositions. Fingers crossed that there is no duplicate. - techniques: SHG, SXRD - figure: 1a # depending on the subfigure labels use 1, 1b, or 1_3 - curve: Cl # use a unique short description to identify the curve in the figure, i.e.. label, color, etc - -curator: - version: 1 - name: Markus Schilling - orcid: https://orcid.org/0000-0003-2684-3711 - digitized: 2021-10-21 # YYYY-MM-DD - -figure description: #This section will be updated by module `CV` - version: 1 - comment: No information about counter electrode available. # Add whatever you think is important to understand the data - -electrochemical system: - version: 1 - instrumentation: - - type: - supplier: - - type: - model: - supplier: - - type: - model: - supplier: - electrolyte: - type: aq # aqueous = aq, non-aqueous=naq - components: # create as many components as necessary. A simple electrolyte consists of two components, i.e., H2SO4 and water - - name: KClO4 # can be trivia name, sum formula, etc - concentration: - value: 0.1 - unit: mol / l #[M, mM, µM, g kg-1, ...] - type: salt # - source: - supplier: - LOT: - - name: water - type: solvent - proportion: - value: - unit: - source: - refinement: - quality: - total organic carbon: - value: - unit: - - name: - type: - proportion: - value: - unit: - - name: KCl - type: salt - source: - supplier: - LOT: - concentration: - value: 1 - unit: mmol / l #[M, mM, µM, g kg-1, ...] - ph: - value: - uncertainty: - temperature: # provide the temperature as it is given in the article. Assume room temperature if nothing is provided - value: 298.15 - unit: K # [K, C, F] - electrodes: - configuration: 3 # number of electrodes - reference electrode: - type: SCE # the reference electrode given in the experimental section. Might differ from that in the plot, MSE-sat, MSE-3M, MSE-1M, RHE, AgCl2 - source: - supplier: - counter electrode: - material: - crystallographic orientation: - shape: - working electrode: - material: Au - crystallographic orientation: '111' # hkl, 100, 110, poly - source: - supplier: - LOT: - shape: # optional - type: # bead/sphere - height: - value: - unit: - diameter: - value: - unit: - geometric electrolyte contact area: - value: - unit: - preparation procedure: # Short description of sample preparation. This can be very useful. :) diff --git a/literature/lipkowski_1998_ionic_2875/lipkowski_1998_ionic_2875_p1_1a_I.yaml b/literature/lipkowski_1998_ionic_2875/lipkowski_1998_ionic_2875_p1_1a_I.yaml deleted file mode 100644 index 0518d77c6..000000000 --- a/literature/lipkowski_1998_ionic_2875/lipkowski_1998_ionic_2875_p1_1a_I.yaml +++ /dev/null @@ -1,102 +0,0 @@ -# This file describes a figure from a publication containing electrochemical data. -# For the `echemdb/website` project, the source, curator and electrochemical system is mandatory. -# Figure description is optional. It is created automatically by the cv module of svgdigitizer - -source: - version: 1 - url: https://doi.org/10.1016/S0013-4686(98)00028-0 #only the number without preceeding doix or https - bib: lipkowski_1998_ionic_2875 # AuthorName_YYYY_FirstWordTitle_pageNr. No prepositions. Fingers crossed that there is no duplicate. - techniques: SHG, SXRD - figure: 1a # depending on the subfigure labels use 1, 1b, or 1_3 - curve: I # use a unique short description to identify the curve in the figure, i.e.. label, color, etc - -curator: - version: 1 - name: Markus Schilling - orcid: https://orcid.org/0000-0003-2684-3711 - digitized: 2021-10-21 # YYYY-MM-DD - -figure description: #This section will be updated by module `CV` - version: 1 - comment: No information about counter electrode available. # Add whatever you think is important to understand the data - -electrochemical system: - version: 1 - instrumentation: - - type: - supplier: - - type: - model: - supplier: - - type: - model: - supplier: - electrolyte: - type: aq # aqueous = aq, non-aqueous=naq - components: # create as many components as necessary. A simple electrolyte consists of two components, i.e., H2SO4 and water - - name: KClO4 # can be trivia name, sum formula, etc - concentration: - value: 0.1 - unit: mol / l #[M, mM, µM, g kg-1, ...] - type: salt # - source: - supplier: - LOT: - - name: water - type: solvent - proportion: - value: - unit: - source: - refinement: - quality: - total organic carbon: - value: - unit: - - name: - type: - proportion: - value: - unit: - - name: KI - type: salt - source: - supplier: - LOT: - concentration: - value: 1 - unit: mmol / l #[M, mM, µM, g kg-1, ...] - ph: - value: - uncertainty: - temperature: # provide the temperature as it is given in the article. Assume room temperature if nothing is provided - value: 298.15 - unit: K # [K, C, F] - electrodes: - configuration: 3 # number of electrodes - reference electrode: - type: SCE # the reference electrode given in the experimental section. Might differ from that in the plot, MSE-sat, MSE-3M, MSE-1M, RHE, AgCl2 - source: - supplier: - counter electrode: - material: - crystallographic orientation: - shape: - working electrode: - material: Au - crystallographic orientation: '111' # hkl, 100, 110, poly - source: - supplier: - LOT: - shape: # optional - type: # bead/sphere - height: - value: - unit: - diameter: - value: - unit: - geometric electrolyte contact area: - value: - unit: - preparation procedure: # Short description of sample preparation. This can be very useful. :) diff --git a/literature/lipkowski_1998_ionic_2875/lipkowski_1998_ionic_2875_p1_1a_SO4.yaml b/literature/lipkowski_1998_ionic_2875/lipkowski_1998_ionic_2875_p1_1a_SO4.yaml deleted file mode 100644 index 1042327c0..000000000 --- a/literature/lipkowski_1998_ionic_2875/lipkowski_1998_ionic_2875_p1_1a_SO4.yaml +++ /dev/null @@ -1,102 +0,0 @@ -# This file describes a figure from a publication containing electrochemical data. -# For the `echemdb/website` project, the source, curator and electrochemical system is mandatory. -# Figure description is optional. It is created automatically by the cv module of svgdigitizer - -source: - version: 1 - url: https://doi.org/10.1016/S0013-4686(98)00028-0 #only the number without preceeding doix or https - bib: lipkowski_1998_ionic_2875 # AuthorName_YYYY_FirstWordTitle_pageNr. No prepositions. Fingers crossed that there is no duplicate. - techniques: SHG, SXRD - figure: 1a # depending on the subfigure labels use 1, 1b, or 1_3 - curve: SO4 # use a unique short description to identify the curve in the figure, i.e.. label, color, etc - -curator: - version: 1 - name: Markus Schilling - orcid: https://orcid.org/0000-0003-2684-3711 - digitized: 2021-10-21 # YYYY-MM-DD - -figure description: #This section will be updated by module `CV` - version: 1 - comment: No information about counter electrode available. # Add whatever you think is important to understand the data - -electrochemical system: - version: 1 - instrumentation: - - type: - supplier: - - type: - model: - supplier: - - type: - model: - supplier: - electrolyte: - type: aq # aqueous = aq, non-aqueous=naq - components: # create as many components as necessary. A simple electrolyte consists of two components, i.e., H2SO4 and water - - name: HClO4 # can be trivia name, sum formula, etc - concentration: - value: 0.1 - unit: mol / l #[M, mM, µM, g kg-1, ...] - type: acid # - source: - supplier: - LOT: - - name: water - type: solvent - proportion: - value: - unit: - source: - refinement: - quality: - total organic carbon: - value: - unit: - - name: - type: - proportion: - value: - unit: - - name: K2SO4 - type: salt - source: - supplier: - LOT: - concentration: - value: 1 - unit: mmol / l #[M, mM, µM, g kg-1, ...] - ph: - value: - uncertainty: - temperature: # provide the temperature as it is given in the article. Assume room temperature if nothing is provided - value: 298.15 - unit: K # [K, C, F] - electrodes: - configuration: 3 # number of electrodes - reference electrode: - type: SCE # the reference electrode given in the experimental section. Might differ from that in the plot, MSE-sat, MSE-3M, MSE-1M, RHE, AgCl2 - source: - supplier: - counter electrode: - material: - crystallographic orientation: - shape: - working electrode: - material: Au - crystallographic orientation: '111' # hkl, 100, 110, poly - source: - supplier: - LOT: - shape: # optional - type: # bead/sphere - height: - value: - unit: - diameter: - value: - unit: - geometric electrolyte contact area: - value: - unit: - preparation procedure: # Short description of sample preparation. This can be very useful. :) diff --git a/literature/lipkowski_1998_ionic_2875/lipkowski_1998_ionic_2875_p1_1a_Br.svg b/literature/lipkowski_1998_ionic_2875/lipkowski_1998_ionic_2875_p1_f1a_Br.svg similarity index 80% rename from literature/lipkowski_1998_ionic_2875/lipkowski_1998_ionic_2875_p1_1a_Br.svg rename to literature/lipkowski_1998_ionic_2875/lipkowski_1998_ionic_2875_p1_f1a_Br.svg index d762ee23c..285089b2b 100644 --- a/literature/lipkowski_1998_ionic_2875/lipkowski_1998_ionic_2875_p1_1a_Br.svg +++ b/literature/lipkowski_1998_ionic_2875/lipkowski_1998_ionic_2875_p1_f1a_Br.svg @@ -1,16 +1,30 @@ + sodipodi:docname="lipkowski_1998_ionic_2875_p1_f1a_Br.svg" + inkscape:version="0.92.2 (5c3e80d, 2017-08-06)"> + + + + image/svg+xml + + + + + x="0" + width="4959px" + sodipodi:insensitive="true" + height="7017px" /> scan rate: 10 mV/s + y="2772.6965">scan rate: 10 mV / s + comment: No information about counter electrode available. diff --git a/literature/lipkowski_1998_ionic_2875/lipkowski_1998_ionic_2875_p1_f1a_Br.yaml b/literature/lipkowski_1998_ionic_2875/lipkowski_1998_ionic_2875_p1_f1a_Br.yaml new file mode 100644 index 000000000..cbfafa177 --- /dev/null +++ b/literature/lipkowski_1998_ionic_2875/lipkowski_1998_ionic_2875_p1_f1a_Br.yaml @@ -0,0 +1,48 @@ +# This file is part of echemdb (https://github.com/echemdb/website) +# Details on the meta data structure can be found on https://github.com/echemdb/metadata-schema +electrochemical system: + electrodes: + configuration: 3 + reference electrode: + type: SCE + working electrode: + crystallographic orientation: '111' + material: Au + electrolyte: + components: + - concentration: + unit: mol / l + value: 0.1 + name: KClO4 + type: salt + - name: water + type: solvent + - concentration: + unit: mmol / l + value: 1 + name: KBr + type: salt + temperature: + unit: K + value: 298.15 + type: aq + version: 1 +source: + citation key: lipkowski_1998_ionic_2875 + curve: Br + url: https://doi.org/10.1016/S0013-4686(98)00028-0 + figure: 1a + techniques: SHG, SXRD + version: 1 +version: 1 +curation: + version: 1 + process: + - role: curator + name: Markus Schilling + orcid: https://orcid.org/0000-0003-2684-3711 + date: 2021-10-21 + - role: reviewer + name: Albert Engstfeld + orcid: https://orcid.org/0000-0002-9686-3948 + date: 2022-01-21 diff --git a/literature/lipkowski_1998_ionic_2875/lipkowski_1998_ionic_2875_p1_1a_Cl.svg b/literature/lipkowski_1998_ionic_2875/lipkowski_1998_ionic_2875_p1_f1a_Cl.svg similarity index 80% rename from literature/lipkowski_1998_ionic_2875/lipkowski_1998_ionic_2875_p1_1a_Cl.svg rename to literature/lipkowski_1998_ionic_2875/lipkowski_1998_ionic_2875_p1_f1a_Cl.svg index de1b57205..664fe7457 100644 --- a/literature/lipkowski_1998_ionic_2875/lipkowski_1998_ionic_2875_p1_1a_Cl.svg +++ b/literature/lipkowski_1998_ionic_2875/lipkowski_1998_ionic_2875_p1_f1a_Cl.svg @@ -1,16 +1,30 @@ + sodipodi:docname="lipkowski_1998_ionic_2875_p1_f1a_Cl.svg" + inkscape:version="0.92.2 (5c3e80d, 2017-08-06)"> + + + + image/svg+xml + + + + + x="0" + width="4959px" + sodipodi:insensitive="true" + height="7017px" /> scan rate: 10 mV/s + y="2772.6965">scan rate: 10 mV / s + comment: No information about counter electrode available. diff --git a/literature/lipkowski_1998_ionic_2875/lipkowski_1998_ionic_2875_p1_f1a_Cl.yaml b/literature/lipkowski_1998_ionic_2875/lipkowski_1998_ionic_2875_p1_f1a_Cl.yaml new file mode 100644 index 000000000..74d6b51d2 --- /dev/null +++ b/literature/lipkowski_1998_ionic_2875/lipkowski_1998_ionic_2875_p1_f1a_Cl.yaml @@ -0,0 +1,48 @@ +# This file is part of echemdb (https://github.com/echemdb/website) +# Details on the meta data structure can be found on https://github.com/echemdb/metadata-schema +electrochemical system: + electrodes: + configuration: 3 + reference electrode: + type: SCE + working electrode: + crystallographic orientation: '111' + material: Au + electrolyte: + components: + - concentration: + unit: mol / l + value: 0.1 + name: KClO4 + type: salt + - name: water + type: solvent + - concentration: + unit: mmol / l + value: 1 + name: KCl + type: salt + temperature: + unit: K + value: 298.15 + type: aq + version: 1 +source: + citation key: lipkowski_1998_ionic_2875 + curve: Cl + url: https://doi.org/10.1016/S0013-4686(98)00028-0 + figure: 1a + techniques: SHG, SXRD + version: 1 +version: 1 +curation: + version: 1 + process: + - role: curator + name: Markus Schilling + orcid: https://orcid.org/0000-0003-2684-3711 + date: 2021-10-21 + - role: reviewer + name: Albert Engstfeld + orcid: https://orcid.org/0000-0002-9686-3948 + date: 2022-01-21 diff --git a/literature/lipkowski_1998_ionic_2875/lipkowski_1998_ionic_2875_p1_1a_I.svg b/literature/lipkowski_1998_ionic_2875/lipkowski_1998_ionic_2875_p1_f1a_I.svg similarity index 80% rename from literature/lipkowski_1998_ionic_2875/lipkowski_1998_ionic_2875_p1_1a_I.svg rename to literature/lipkowski_1998_ionic_2875/lipkowski_1998_ionic_2875_p1_f1a_I.svg index 844ed5590..8beed81ab 100644 --- a/literature/lipkowski_1998_ionic_2875/lipkowski_1998_ionic_2875_p1_1a_I.svg +++ b/literature/lipkowski_1998_ionic_2875/lipkowski_1998_ionic_2875_p1_f1a_I.svg @@ -1,16 +1,30 @@ + sodipodi:docname="lipkowski_1998_ionic_2875_p1_f1a_I.svg" + inkscape:version="0.92.2 (5c3e80d, 2017-08-06)"> + + + + image/svg+xml + + + + + x="0" + width="4959px" + sodipodi:insensitive="true" + height="7017px" /> scan rate: 10 mV/s + y="2772.6965">scan rate: 10 mV / s + comment: No information about counter electrode available. diff --git a/literature/lipkowski_1998_ionic_2875/lipkowski_1998_ionic_2875_p1_f1a_I.yaml b/literature/lipkowski_1998_ionic_2875/lipkowski_1998_ionic_2875_p1_f1a_I.yaml new file mode 100644 index 000000000..e46b9ec34 --- /dev/null +++ b/literature/lipkowski_1998_ionic_2875/lipkowski_1998_ionic_2875_p1_f1a_I.yaml @@ -0,0 +1,48 @@ +# This file is part of echemdb (https://github.com/echemdb/website) +# Details on the meta data structure can be found on https://github.com/echemdb/metadata-schema +electrochemical system: + electrodes: + configuration: 3 + reference electrode: + type: SCE + working electrode: + crystallographic orientation: '111' + material: Au + electrolyte: + components: + - concentration: + unit: mol / l + value: 0.1 + name: KClO4 + type: salt + - name: water + type: solvent + - concentration: + unit: mmol / l + value: 1 + name: KI + type: salt + temperature: + unit: K + value: 298.15 + type: aq + version: 1 +source: + citation key: lipkowski_1998_ionic_2875 + curve: I + url: https://doi.org/10.1016/S0013-4686(98)00028-0 + figure: 1a + techniques: SHG, SXRD + version: 1 +version: 1 +curation: + version: 1 + process: + - role: curator + name: Markus Schilling + orcid: https://orcid.org/0000-0003-2684-3711 + date: 2021-10-21 + - role: reviewer + name: Albert Engstfeld + orcid: https://orcid.org/0000-0002-9686-3948 + date: 2022-01-21 diff --git a/literature/lipkowski_1998_ionic_2875/lipkowski_1998_ionic_2875_p1_1a_SO4.svg b/literature/lipkowski_1998_ionic_2875/lipkowski_1998_ionic_2875_p1_f1a_SO4.svg similarity index 78% rename from literature/lipkowski_1998_ionic_2875/lipkowski_1998_ionic_2875_p1_1a_SO4.svg rename to literature/lipkowski_1998_ionic_2875/lipkowski_1998_ionic_2875_p1_f1a_SO4.svg index a9a144e1f..810b17f5a 100644 --- a/literature/lipkowski_1998_ionic_2875/lipkowski_1998_ionic_2875_p1_1a_SO4.svg +++ b/literature/lipkowski_1998_ionic_2875/lipkowski_1998_ionic_2875_p1_f1a_SO4.svg @@ -1,16 +1,30 @@ + sodipodi:docname="lipkowski_1998_ionic_2875_p1_f1a_SO4.svg" + inkscape:version="0.92.2 (5c3e80d, 2017-08-06)"> + + + + image/svg+xml + + + + + x="0" + width="4959px" + sodipodi:insensitive="true" + height="7017px" /> scan rate: 10 mV/s + y="2772.6965">scan rate: 10 mV / s + comment: No information about counter electrode available. diff --git a/literature/lipkowski_1998_ionic_2875/lipkowski_1998_ionic_2875_p1_f1a_SO4.yaml b/literature/lipkowski_1998_ionic_2875/lipkowski_1998_ionic_2875_p1_f1a_SO4.yaml new file mode 100644 index 000000000..4e469ee7c --- /dev/null +++ b/literature/lipkowski_1998_ionic_2875/lipkowski_1998_ionic_2875_p1_f1a_SO4.yaml @@ -0,0 +1,48 @@ +# This file is part of echemdb (https://github.com/echemdb/website) +# Details on the meta data structure can be found on https://github.com/echemdb/metadata-schema +electrochemical system: + electrodes: + configuration: 3 + reference electrode: + type: SCE + working electrode: + crystallographic orientation: '111' + material: Au + electrolyte: + components: + - concentration: + unit: mol / l + value: 0.1 + name: HClO4 + type: acid + - name: water + type: solvent + - concentration: + unit: mmol / l + value: 1 + name: K2SO4 + type: salt + temperature: + unit: K + value: 298.15 + type: aq + version: 1 +source: + citation key: lipkowski_1998_ionic_2875 + curve: SO4 + url: https://doi.org/10.1016/S0013-4686(98)00028-0 + figure: 1a + techniques: SHG, SXRD + version: 1 +version: 1 +curation: + version: 1 + process: + - role: curator + name: Markus Schilling + orcid: https://orcid.org/0000-0003-2684-3711 + date: 2021-10-21 + - role: reviewer + name: Albert Engstfeld + orcid: https://orcid.org/0000-0002-9686-3948 + date: 2022-01-21 diff --git a/literature/mello_2018_bromide_18562/mello_2018_bromide_18562_p1_1_ph1,2_black.yaml b/literature/mello_2018_bromide_18562/mello_2018_bromide_18562_p1_1_ph1,2_black.yaml deleted file mode 100644 index 9379db3ba..000000000 --- a/literature/mello_2018_bromide_18562/mello_2018_bromide_18562_p1_1_ph1,2_black.yaml +++ /dev/null @@ -1,102 +0,0 @@ -# This file describes a figure from a publication containing electrochemical data. -# For the `echemdb/website` project, the source, curator and electrochemical system is mandatory. -# Figure description is optional. It is created automatically by the cv module of svgdigitizer - -source: - version: 1 - url: https://doi.org/10.1021/acs.jpcc.8b05685 # only the number without preceeding doix or https - bib: mello_2018_bromide_18562 # AuthorName_YYYY_FirstWordTitle_pageNr. No prepositions. Fingers crossed that there is no duplicate. - figure: 1 # depending on the subfigure labels use 1, 1b, or 1_3 - curve: ph1,2_black # use a unique short description to identify the curve in the figure, i.e.. label, color, etc - -curator: - version: 1 - name: Markus Schilling - orcid: https://orcid.org/0000-0003-2684-3711 - digitized: 2021-12-01 # YYYY-MM-DD - -figure description: #This section will be updated by module `CV` - version: 1 - linked measurements: # FTIR, SXRD, Ring Disc - indicate if any other operando methods were shown in the same plot, which is linked to the data - comment: Working solutions of the pH-series with values lower than 3 were prepared by using HClO4 and KClO4. For pH values ranging from 3 to 9, phosphate buffer solutions were employed (Na2HPO4 and NaH2PO4). Alkaline solutions were prepared with NaOH and KClO4. The exact concentrations of these components are unkown. # Add whatever you think is important to understand the data - -electrochemical system: - version: 1 - instrumentation: - - type: - supplier: - - type: - model: - supplier: - - type: - model: - supplier: - electrolyte: - type: aq # aqueous = aq, non-aqueous=naq - components: # create as many components as necessary. A simple electrolyte consists of two components, i.e., H2SO4 and water - - name: HClO4 # can be trivia name, sum formula, etc - concentration: - value: - unit: #[M, mM, µM, g kg-1, ...] - type: acid # - source: - supplier: - LOT: - - name: water - type: solvent - proportion: - value: - unit: - source: - refinement: - quality: - total organic carbon: - value: - unit: - - name: KClO4 - type: salt - concentration: - value: - unit: - - name: - type: - source: - supplier: - LOT: - concentration: - value: - unit: #[M, mM, µM, g kg-1, ...] - ph: - value: 1.2 - uncertainty: - temperature: # provide the temperature as it is given in the article. Assume room temperature if nothing is provided - value: 298.15 - unit: K # [K, C, F] - electrodes: - configuration: 3 # number of electrodes - reference electrode: - type: RHE # the reference electrode given in the experimental section. Might differ from that in the plot, MSE-sat, MSE-3M, MSE-1M, RHE, AgCl2 - source: - supplier: - counter electrode: - material: Pt - crystallographic orientation: - shape: wire - working electrode: - material: Pt - crystallographic orientation: '111' # as STRING hkl, 100, 110, poly - source: - supplier: - LOT: - shape: # optional - type: # bead/sphere - height: - value: - unit: - diameter: - value: - unit: - geometric electrolyte contact area: - value: - unit: - preparation procedure: # Short description of sample preparation. This can be very useful. :) diff --git a/literature/mello_2018_bromide_18562/mello_2018_bromide_18562_p1_1_ph1,2_red.yaml b/literature/mello_2018_bromide_18562/mello_2018_bromide_18562_p1_1_ph1,2_red.yaml deleted file mode 100644 index 4a5d0c83e..000000000 --- a/literature/mello_2018_bromide_18562/mello_2018_bromide_18562_p1_1_ph1,2_red.yaml +++ /dev/null @@ -1,102 +0,0 @@ -# This file describes a figure from a publication containing electrochemical data. -# For the `echemdb/website` project, the source, curator and electrochemical system is mandatory. -# Figure description is optional. It is created automatically by the cv module of svgdigitizer - -source: - version: 1 - url: https://doi.org/10.1021/acs.jpcc.8b05685 # only the number without preceeding doix or https - bib: mello_2018_bromide_18562 # AuthorName_YYYY_FirstWordTitle_pageNr. No prepositions. Fingers crossed that there is no duplicate. - figure: 1 # depending on the subfigure labels use 1, 1b, or 1_3 - curve: ph1,2_red # use a unique short description to identify the curve in the figure, i.e.. label, color, etc - -curator: - version: 1 - name: Markus Schilling - orcid: https://orcid.org/0000-0003-2684-3711 - digitized: 2021-12-01 # YYYY-MM-DD - -figure description: #This section will be updated by module `CV` - version: 1 - linked measurements: # FTIR, SXRD, Ring Disc - indicate if any other operando methods were shown in the same plot, which is linked to the data - comment: Working solutions of the pH-series with values lower than 3 were prepared by using HClO4 and KClO4. For pH values ranging from 3 to 9, phosphate buffer solutions were employed (Na2HPO4 and NaH2PO4). Alkaline solutions were prepared with NaOH and KClO4. The exact concentrations of these components are unkown. # Add whatever you think is important to understand the data - -electrochemical system: - version: 1 - instrumentation: - - type: - supplier: - - type: - model: - supplier: - - type: - model: - supplier: - electrolyte: - type: aq # aqueous = aq, non-aqueous=naq - components: # create as many components as necessary. A simple electrolyte consists of two components, i.e., H2SO4 and water - - name: HClO4 # can be trivia name, sum formula, etc - concentration: - value: - unit: #[M, mM, µM, g kg-1, ...] - type: acid # - source: - supplier: - LOT: - - name: water - type: solvent - proportion: - value: - unit: - source: - refinement: - quality: - total organic carbon: - value: - unit: - - name: KClO4 - type: salt - concentration: - value: - unit: - - name: KBr - type: salt - source: - supplier: - LOT: - concentration: - value: 0.01 - unit: mol / l #[M, mM, µM, g kg-1, ...] - ph: - value: 1.2 - uncertainty: - temperature: # provide the temperature as it is given in the article. Assume room temperature if nothing is provided - value: 298.15 - unit: K # [K, C, F] - electrodes: - configuration: 3 # number of electrodes - reference electrode: - type: RHE # the reference electrode given in the experimental section. Might differ from that in the plot, MSE-sat, MSE-3M, MSE-1M, RHE, AgCl2 - source: - supplier: - counter electrode: - material: Pt - crystallographic orientation: - shape: wire - working electrode: - material: Pt - crystallographic orientation: '111' # as STRING hkl, 100, 110, poly - source: - supplier: - LOT: - shape: # optional - type: # bead/sphere - height: - value: - unit: - diameter: - value: - unit: - geometric electrolyte contact area: - value: - unit: - preparation procedure: # Short description of sample preparation. This can be very useful. :) diff --git a/literature/mello_2018_bromide_18562/mello_2018_bromide_18562_p1_1_ph11,5_black.yaml b/literature/mello_2018_bromide_18562/mello_2018_bromide_18562_p1_1_ph11,5_black.yaml deleted file mode 100644 index f6a78cc8d..000000000 --- a/literature/mello_2018_bromide_18562/mello_2018_bromide_18562_p1_1_ph11,5_black.yaml +++ /dev/null @@ -1,102 +0,0 @@ -# This file describes a figure from a publication containing electrochemical data. -# For the `echemdb/website` project, the source, curator and electrochemical system is mandatory. -# Figure description is optional. It is created automatically by the cv module of svgdigitizer - -source: - version: 1 - url: https://doi.org/10.1021/acs.jpcc.8b05685 # only the number without preceeding doix or https - bib: mello_2018_bromide_18562 # AuthorName_YYYY_FirstWordTitle_pageNr. No prepositions. Fingers crossed that there is no duplicate. - figure: 1 # depending on the subfigure labels use 1, 1b, or 1_3 - curve: ph11,5_black # use a unique short description to identify the curve in the figure, i.e.. label, color, etc - -curator: - version: 1 - name: Markus Schilling - orcid: https://orcid.org/0000-0003-2684-3711 - digitized: 2021-12-01 # YYYY-MM-DD - -figure description: #This section will be updated by module `CV` - version: 1 - linked measurements: # FTIR, SXRD, Ring Disc - indicate if any other operando methods were shown in the same plot, which is linked to the data - comment: Working solutions of the pH-series with values lower than 3 were prepared by using HClO4 and KClO4. For pH values ranging from 3 to 9, phosphate buffer solutions were employed (Na2HPO4 and NaH2PO4). Alkaline solutions were prepared with NaOH and KClO4. The exact concentrations of these components are unkown. # Add whatever you think is important to understand the data - -electrochemical system: - version: 1 - instrumentation: - - type: - supplier: - - type: - model: - supplier: - - type: - model: - supplier: - electrolyte: - type: aq # aqueous = aq, non-aqueous=naq - components: # create as many components as necessary. A simple electrolyte consists of two components, i.e., H2SO4 and water - - name: NaOH # can be trivia name, sum formula, etc - concentration: - value: - unit: #[M, mM, µM, g kg-1, ...] - type: base # - source: - supplier: - LOT: - - name: water - type: solvent - proportion: - value: - unit: - source: - refinement: - quality: - total organic carbon: - value: - unit: - - name: KClO4 - type: salt - concentration: - value: - unit: - - name: - type: - source: - supplier: - LOT: - concentration: - value: - unit: #[M, mM, µM, g kg-1, ...] - ph: - value: 11.5 - uncertainty: - temperature: # provide the temperature as it is given in the article. Assume room temperature if nothing is provided - value: 298.15 - unit: K # [K, C, F] - electrodes: - configuration: 3 # number of electrodes - reference electrode: - type: RHE # the reference electrode given in the experimental section. Might differ from that in the plot, MSE-sat, MSE-3M, MSE-1M, RHE, AgCl2 - source: - supplier: - counter electrode: - material: Pt - crystallographic orientation: - shape: wire - working electrode: - material: Pt - crystallographic orientation: '111' # as STRING hkl, 100, 110, poly - source: - supplier: - LOT: - shape: # optional - type: # bead/sphere - height: - value: - unit: - diameter: - value: - unit: - geometric electrolyte contact area: - value: - unit: - preparation procedure: # Short description of sample preparation. This can be very useful. :) diff --git a/literature/mello_2018_bromide_18562/mello_2018_bromide_18562_p1_1_ph11,5_red.yaml b/literature/mello_2018_bromide_18562/mello_2018_bromide_18562_p1_1_ph11,5_red.yaml deleted file mode 100644 index 433fe1873..000000000 --- a/literature/mello_2018_bromide_18562/mello_2018_bromide_18562_p1_1_ph11,5_red.yaml +++ /dev/null @@ -1,102 +0,0 @@ -# This file describes a figure from a publication containing electrochemical data. -# For the `echemdb/website` project, the source, curator and electrochemical system is mandatory. -# Figure description is optional. It is created automatically by the cv module of svgdigitizer - -source: - version: 1 - url: https://doi.org/10.1021/acs.jpcc.8b05685 # only the number without preceeding doix or https - bib: mello_2018_bromide_18562 # AuthorName_YYYY_FirstWordTitle_pageNr. No prepositions. Fingers crossed that there is no duplicate. - figure: 1 # depending on the subfigure labels use 1, 1b, or 1_3 - curve: ph11,5_red # use a unique short description to identify the curve in the figure, i.e.. label, color, etc - -curator: - version: 1 - name: Markus Schilling - orcid: https://orcid.org/0000-0003-2684-3711 - digitized: 2021-12-01 # YYYY-MM-DD - -figure description: #This section will be updated by module `CV` - version: 1 - linked measurements: # FTIR, SXRD, Ring Disc - indicate if any other operando methods were shown in the same plot, which is linked to the data - comment: Working solutions of the pH-series with values lower than 3 were prepared by using HClO4 and KClO4. For pH values ranging from 3 to 9, phosphate buffer solutions were employed (Na2HPO4 and NaH2PO4). Alkaline solutions were prepared with NaOH and KClO4. The exact concentrations of these components are unkown. # Add whatever you think is important to understand the data - -electrochemical system: - version: 1 - instrumentation: - - type: - supplier: - - type: - model: - supplier: - - type: - model: - supplier: - electrolyte: - type: aq # aqueous = aq, non-aqueous=naq - components: # create as many components as necessary. A simple electrolyte consists of two components, i.e., H2SO4 and water - - name: NaOH # can be trivia name, sum formula, etc - concentration: - value: - unit: #[M, mM, µM, g kg-1, ...] - type: base # - source: - supplier: - LOT: - - name: water - type: solvent - proportion: - value: - unit: - source: - refinement: - quality: - total organic carbon: - value: - unit: - - name: KClO4 - type: salt - concentration: - value: - unit: - - name: KBr - type: salt - source: - supplier: - LOT: - concentration: - value: 0.01 - unit: mol / l #[M, mM, µM, g kg-1, ...] - ph: - value: 11.5 - uncertainty: - temperature: # provide the temperature as it is given in the article. Assume room temperature if nothing is provided - value: 298.15 - unit: K # [K, C, F] - electrodes: - configuration: 3 # number of electrodes - reference electrode: - type: RHE # the reference electrode given in the experimental section. Might differ from that in the plot, MSE-sat, MSE-3M, MSE-1M, RHE, AgCl2 - source: - supplier: - counter electrode: - material: Pt - crystallographic orientation: - shape: wire - working electrode: - material: Pt - crystallographic orientation: '111' # as STRING hkl, 100, 110, poly - source: - supplier: - LOT: - shape: # optional - type: # bead/sphere - height: - value: - unit: - diameter: - value: - unit: - geometric electrolyte contact area: - value: - unit: - preparation procedure: # Short description of sample preparation. This can be very useful. :) diff --git a/literature/mello_2018_bromide_18562/mello_2018_bromide_18562_p1_1_ph2,2_black.yaml b/literature/mello_2018_bromide_18562/mello_2018_bromide_18562_p1_1_ph2,2_black.yaml deleted file mode 100644 index ad4a6f953..000000000 --- a/literature/mello_2018_bromide_18562/mello_2018_bromide_18562_p1_1_ph2,2_black.yaml +++ /dev/null @@ -1,102 +0,0 @@ -# This file describes a figure from a publication containing electrochemical data. -# For the `echemdb/website` project, the source, curator and electrochemical system is mandatory. -# Figure description is optional. It is created automatically by the cv module of svgdigitizer - -source: - version: 1 - url: https://doi.org/10.1021/acs.jpcc.8b05685 # only the number without preceeding doix or https - bib: mello_2018_bromide_18562 # AuthorName_YYYY_FirstWordTitle_pageNr. No prepositions. Fingers crossed that there is no duplicate. - figure: 1 # depending on the subfigure labels use 1, 1b, or 1_3 - curve: ph2,2_black # use a unique short description to identify the curve in the figure, i.e.. label, color, etc - -curator: - version: 1 - name: Markus Schilling - orcid: https://orcid.org/0000-0003-2684-3711 - digitized: 2021-12-01 # YYYY-MM-DD - -figure description: #This section will be updated by module `CV` - version: 1 - linked measurements: # FTIR, SXRD, Ring Disc - indicate if any other operando methods were shown in the same plot, which is linked to the data - comment: Working solutions of the pH-series with values lower than 3 were prepared by using HClO4 and KClO4. For pH values ranging from 3 to 9, phosphate buffer solutions were employed (Na2HPO4 and NaH2PO4). Alkaline solutions were prepared with NaOH and KClO4. The exact concentrations of these components are unkown. # Add whatever you think is important to understand the data - -electrochemical system: - version: 1 - instrumentation: - - type: - supplier: - - type: - model: - supplier: - - type: - model: - supplier: - electrolyte: - type: aq # aqueous = aq, non-aqueous=naq - components: # create as many components as necessary. A simple electrolyte consists of two components, i.e., H2SO4 and water - - name: HClO4 # can be trivia name, sum formula, etc - concentration: - value: - unit: #[M, mM, µM, g kg-1, ...] - type: acid # - source: - supplier: - LOT: - - name: water - type: solvent - proportion: - value: - unit: - source: - refinement: - quality: - total organic carbon: - value: - unit: - - name: KClO4 - type: salt - concentration: - value: - unit: - - name: - type: - source: - supplier: - LOT: - concentration: - value: - unit: #[M, mM, µM, g kg-1, ...] - ph: - value: 2.2 - uncertainty: - temperature: # provide the temperature as it is given in the article. Assume room temperature if nothing is provided - value: 298.15 - unit: K # [K, C, F] - electrodes: - configuration: 3 # number of electrodes - reference electrode: - type: RHE # the reference electrode given in the experimental section. Might differ from that in the plot, MSE-sat, MSE-3M, MSE-1M, RHE, AgCl2 - source: - supplier: - counter electrode: - material: Pt - crystallographic orientation: - shape: wire - working electrode: - material: Pt - crystallographic orientation: '111' # as STRING hkl, 100, 110, poly - source: - supplier: - LOT: - shape: # optional - type: # bead/sphere - height: - value: - unit: - diameter: - value: - unit: - geometric electrolyte contact area: - value: - unit: - preparation procedure: # Short description of sample preparation. This can be very useful. :) diff --git a/literature/mello_2018_bromide_18562/mello_2018_bromide_18562_p1_1_ph2,2_red.yaml b/literature/mello_2018_bromide_18562/mello_2018_bromide_18562_p1_1_ph2,2_red.yaml deleted file mode 100644 index 24b0acc8b..000000000 --- a/literature/mello_2018_bromide_18562/mello_2018_bromide_18562_p1_1_ph2,2_red.yaml +++ /dev/null @@ -1,102 +0,0 @@ -# This file describes a figure from a publication containing electrochemical data. -# For the `echemdb/website` project, the source, curator and electrochemical system is mandatory. -# Figure description is optional. It is created automatically by the cv module of svgdigitizer - -source: - version: 1 - url: https://doi.org/10.1021/acs.jpcc.8b05685 # only the number without preceeding doix or https - bib: mello_2018_bromide_18562 # AuthorName_YYYY_FirstWordTitle_pageNr. No prepositions. Fingers crossed that there is no duplicate. - figure: 1 # depending on the subfigure labels use 1, 1b, or 1_3 - curve: ph2,2_red # use a unique short description to identify the curve in the figure, i.e.. label, color, etc - -curator: - version: 1 - name: Markus Schilling - orcid: https://orcid.org/0000-0003-2684-3711 - digitized: 2021-12-01 # YYYY-MM-DD - -figure description: #This section will be updated by module `CV` - version: 1 - linked measurements: # FTIR, SXRD, Ring Disc - indicate if any other operando methods were shown in the same plot, which is linked to the data - comment: Working solutions of the pH-series with values lower than 3 were prepared by using HClO4 and KClO4. For pH values ranging from 3 to 9, phosphate buffer solutions were employed (Na2HPO4 and NaH2PO4). Alkaline solutions were prepared with NaOH and KClO4. The exact concentrations of these components are unkown. # Add whatever you think is important to understand the data - -electrochemical system: - version: 1 - instrumentation: - - type: - supplier: - - type: - model: - supplier: - - type: - model: - supplier: - electrolyte: - type: aq # aqueous = aq, non-aqueous=naq - components: # create as many components as necessary. A simple electrolyte consists of two components, i.e., H2SO4 and water - - name: HClO4 # can be trivia name, sum formula, etc - concentration: - value: - unit: #[M, mM, µM, g kg-1, ...] - type: acid # - source: - supplier: - LOT: - - name: water - type: solvent - proportion: - value: - unit: - source: - refinement: - quality: - total organic carbon: - value: - unit: - - name: KClO4 - type: salt - concentration: - value: - unit: - - name: KBr - type: salt - source: - supplier: - LOT: - concentration: - value: 0.01 - unit: mol / l #[M, mM, µM, g kg-1, ...] - ph: - value: 2.2 - uncertainty: - temperature: # provide the temperature as it is given in the article. Assume room temperature if nothing is provided - value: 298.15 - unit: K # [K, C, F] - electrodes: - configuration: 3 # number of electrodes - reference electrode: - type: RHE # the reference electrode given in the experimental section. Might differ from that in the plot, MSE-sat, MSE-3M, MSE-1M, RHE, AgCl2 - source: - supplier: - counter electrode: - material: Pt - crystallographic orientation: - shape: wire - working electrode: - material: Pt - crystallographic orientation: '111' # as STRING hkl, 100, 110, poly - source: - supplier: - LOT: - shape: # optional - type: # bead/sphere - height: - value: - unit: - diameter: - value: - unit: - geometric electrolyte contact area: - value: - unit: - preparation procedure: # Short description of sample preparation. This can be very useful. :) diff --git a/literature/mello_2018_bromide_18562/mello_2018_bromide_18562_p1_1_ph3,2_black.yaml b/literature/mello_2018_bromide_18562/mello_2018_bromide_18562_p1_1_ph3,2_black.yaml deleted file mode 100644 index 0122a6607..000000000 --- a/literature/mello_2018_bromide_18562/mello_2018_bromide_18562_p1_1_ph3,2_black.yaml +++ /dev/null @@ -1,102 +0,0 @@ -# This file describes a figure from a publication containing electrochemical data. -# For the `echemdb/website` project, the source, curator and electrochemical system is mandatory. -# Figure description is optional. It is created automatically by the cv module of svgdigitizer - -source: - version: 1 - url: https://doi.org/10.1021/acs.jpcc.8b05685 # only the number without preceeding doix or https - bib: mello_2018_bromide_18562 # AuthorName_YYYY_FirstWordTitle_pageNr. No prepositions. Fingers crossed that there is no duplicate. - figure: 1 # depending on the subfigure labels use 1, 1b, or 1_3 - curve: ph3,2_black # use a unique short description to identify the curve in the figure, i.e.. label, color, etc - -curator: - version: 1 - name: Markus Schilling - orcid: https://orcid.org/0000-0003-2684-3711 - digitized: 2021-12-01 # YYYY-MM-DD - -figure description: #This section will be updated by module `CV` - version: 1 - linked measurements: # FTIR, SXRD, Ring Disc - indicate if any other operando methods were shown in the same plot, which is linked to the data - comment: Working solutions of the pH-series with values lower than 3 were prepared by using HClO4 and KClO4. For pH values ranging from 3 to 9, phosphate buffer solutions were employed (Na2HPO4 and NaH2PO4). Alkaline solutions were prepared with NaOH and KClO4. The exact concentrations of these components are unkown. # Add whatever you think is important to understand the data - -electrochemical system: - version: 1 - instrumentation: - - type: - supplier: - - type: - model: - supplier: - - type: - model: - supplier: - electrolyte: - type: aq # aqueous = aq, non-aqueous=naq - components: # create as many components as necessary. A simple electrolyte consists of two components, i.e., H2SO4 and water - - name: Na2HPO4 # can be trivia name, sum formula, etc - concentration: - value: - unit: #[M, mM, µM, g kg-1, ...] - type: acid # - source: - supplier: - LOT: - - name: water - type: solvent - proportion: - value: - unit: - source: - refinement: - quality: - total organic carbon: - value: - unit: - - name: NaH2PO4 - type: acid - concentration: - value: - unit: - - name: - type: - source: - supplier: - LOT: - concentration: - value: - unit: #[M, mM, µM, g kg-1, ...] - ph: - value: 3.2 - uncertainty: - temperature: # provide the temperature as it is given in the article. Assume room temperature if nothing is provided - value: 298.15 - unit: K # [K, C, F] - electrodes: - configuration: 3 # number of electrodes - reference electrode: - type: RHE # the reference electrode given in the experimental section. Might differ from that in the plot, MSE-sat, MSE-3M, MSE-1M, RHE, AgCl2 - source: - supplier: - counter electrode: - material: Pt - crystallographic orientation: - shape: wire - working electrode: - material: Pt - crystallographic orientation: '111' # as STRING hkl, 100, 110, poly - source: - supplier: - LOT: - shape: # optional - type: # bead/sphere - height: - value: - unit: - diameter: - value: - unit: - geometric electrolyte contact area: - value: - unit: - preparation procedure: # Short description of sample preparation. This can be very useful. :) diff --git a/literature/mello_2018_bromide_18562/mello_2018_bromide_18562_p1_1_ph3,2_red.yaml b/literature/mello_2018_bromide_18562/mello_2018_bromide_18562_p1_1_ph3,2_red.yaml deleted file mode 100644 index 2e090fb18..000000000 --- a/literature/mello_2018_bromide_18562/mello_2018_bromide_18562_p1_1_ph3,2_red.yaml +++ /dev/null @@ -1,102 +0,0 @@ -# This file describes a figure from a publication containing electrochemical data. -# For the `echemdb/website` project, the source, curator and electrochemical system is mandatory. -# Figure description is optional. It is created automatically by the cv module of svgdigitizer - -source: - version: 1 - url: https://doi.org/10.1021/acs.jpcc.8b05685 # only the number without preceeding doix or https - bib: mello_2018_bromide_18562 # AuthorName_YYYY_FirstWordTitle_pageNr. No prepositions. Fingers crossed that there is no duplicate. - figure: 1 # depending on the subfigure labels use 1, 1b, or 1_3 - curve: ph3,2_red # use a unique short description to identify the curve in the figure, i.e.. label, color, etc - -curator: - version: 1 - name: Markus Schilling - orcid: https://orcid.org/0000-0003-2684-3711 - digitized: 2021-12-01 # YYYY-MM-DD - -figure description: #This section will be updated by module `CV` - version: 1 - linked measurements: # FTIR, SXRD, Ring Disc - indicate if any other operando methods were shown in the same plot, which is linked to the data - comment: Working solutions of the pH-series with values lower than 3 were prepared by using HClO4 and KClO4. For pH values ranging from 3 to 9, phosphate buffer solutions were employed (Na2HPO4 and NaH2PO4). Alkaline solutions were prepared with NaOH and KClO4. The exact concentrations of these components are unkown. # Add whatever you think is important to understand the data - -electrochemical system: - version: 1 - instrumentation: - - type: - supplier: - - type: - model: - supplier: - - type: - model: - supplier: - electrolyte: - type: aq # aqueous = aq, non-aqueous=naq - components: # create as many components as necessary. A simple electrolyte consists of two components, i.e., H2SO4 and water - - name: Na2HPO4 # can be trivia name, sum formula, etc - concentration: - value: - unit: #[M, mM, µM, g kg-1, ...] - type: acid # - source: - supplier: - LOT: - - name: water - type: solvent - proportion: - value: - unit: - source: - refinement: - quality: - total organic carbon: - value: - unit: - - name: NaH2PO4 - type: acid - concentration: - value: - unit: - - name: KBr - type: salt - source: - supplier: - LOT: - concentration: - value: 0.01 - unit: mol / l #[M, mM, µM, g kg-1, ...] - ph: - value: 3.2 - uncertainty: - temperature: # provide the temperature as it is given in the article. Assume room temperature if nothing is provided - value: 298.15 - unit: K # [K, C, F] - electrodes: - configuration: 3 # number of electrodes - reference electrode: - type: RHE # the reference electrode given in the experimental section. Might differ from that in the plot, MSE-sat, MSE-3M, MSE-1M, RHE, AgCl2 - source: - supplier: - counter electrode: - material: Pt - crystallographic orientation: - shape: wire - working electrode: - material: Pt - crystallographic orientation: '111' # as STRING hkl, 100, 110, poly - source: - supplier: - LOT: - shape: # optional - type: # bead/sphere - height: - value: - unit: - diameter: - value: - unit: - geometric electrolyte contact area: - value: - unit: - preparation procedure: # Short description of sample preparation. This can be very useful. :) diff --git a/literature/mello_2018_bromide_18562/mello_2018_bromide_18562_p1_1_ph4,5_black.yaml b/literature/mello_2018_bromide_18562/mello_2018_bromide_18562_p1_1_ph4,5_black.yaml deleted file mode 100644 index ec4ec4699..000000000 --- a/literature/mello_2018_bromide_18562/mello_2018_bromide_18562_p1_1_ph4,5_black.yaml +++ /dev/null @@ -1,102 +0,0 @@ -# This file describes a figure from a publication containing electrochemical data. -# For the `echemdb/website` project, the source, curator and electrochemical system is mandatory. -# Figure description is optional. It is created automatically by the cv module of svgdigitizer - -source: - version: 1 - url: https://doi.org/10.1021/acs.jpcc.8b05685 # only the number without preceeding doix or https - bib: mello_2018_bromide_18562 # AuthorName_YYYY_FirstWordTitle_pageNr. No prepositions. Fingers crossed that there is no duplicate. - figure: 1 # depending on the subfigure labels use 1, 1b, or 1_3 - curve: ph4,5_black # use a unique short description to identify the curve in the figure, i.e.. label, color, etc - -curator: - version: 1 - name: Markus Schilling - orcid: https://orcid.org/0000-0003-2684-3711 - digitized: 2021-12-01 # YYYY-MM-DD - -figure description: #This section will be updated by module `CV` - version: 1 - linked measurements: # FTIR, SXRD, Ring Disc - indicate if any other operando methods were shown in the same plot, which is linked to the data - comment: Working solutions of the pH-series with values lower than 3 were prepared by using HClO4 and KClO4. For pH values ranging from 3 to 9, phosphate buffer solutions were employed (Na2HPO4 and NaH2PO4). Alkaline solutions were prepared with NaOH and KClO4. The exact concentrations of these components are unkown. # Add whatever you think is important to understand the data - -electrochemical system: - version: 1 - instrumentation: - - type: - supplier: - - type: - model: - supplier: - - type: - model: - supplier: - electrolyte: - type: aq # aqueous = aq, non-aqueous=naq - components: # create as many components as necessary. A simple electrolyte consists of two components, i.e., H2SO4 and water - - name: Na2HPO4 # can be trivia name, sum formula, etc - concentration: - value: - unit: #[M, mM, µM, g kg-1, ...] - type: acid # - source: - supplier: - LOT: - - name: water - type: solvent - proportion: - value: - unit: - source: - refinement: - quality: - total organic carbon: - value: - unit: - - name: NaH2PO4 - type: acid - concentration: - value: - unit: - - name: - type: - source: - supplier: - LOT: - concentration: - value: - unit: #[M, mM, µM, g kg-1, ...] - ph: - value: 4.5 - uncertainty: - temperature: # provide the temperature as it is given in the article. Assume room temperature if nothing is provided - value: 298.15 - unit: K # [K, C, F] - electrodes: - configuration: 3 # number of electrodes - reference electrode: - type: RHE # the reference electrode given in the experimental section. Might differ from that in the plot, MSE-sat, MSE-3M, MSE-1M, RHE, AgCl2 - source: - supplier: - counter electrode: - material: Pt - crystallographic orientation: - shape: wire - working electrode: - material: Pt - crystallographic orientation: '111' # as STRING hkl, 100, 110, poly - source: - supplier: - LOT: - shape: # optional - type: # bead/sphere - height: - value: - unit: - diameter: - value: - unit: - geometric electrolyte contact area: - value: - unit: - preparation procedure: # Short description of sample preparation. This can be very useful. :) diff --git a/literature/mello_2018_bromide_18562/mello_2018_bromide_18562_p1_1_ph4,5_red.svg b/literature/mello_2018_bromide_18562/mello_2018_bromide_18562_p1_1_ph4,5_red.svg deleted file mode 100644 index a36ca225e..000000000 --- a/literature/mello_2018_bromide_18562/mello_2018_bromide_18562_p1_1_ph4,5_red.svg +++ /dev/null @@ -1,139 +0,0 @@ - - - - - - scan rate: 50 mV/s - - - x1: 0.1 V vs RHE - - - - x2: 0.9 V vs RHE - - - - y2: 100 uA / cm2 - - - - y1: -100 uA / cm2 - - - curve: Pt(111)_ph_4,5_KPF6_KBr - - - diff --git a/literature/mello_2018_bromide_18562/mello_2018_bromide_18562_p1_1_ph4,5_red.yaml b/literature/mello_2018_bromide_18562/mello_2018_bromide_18562_p1_1_ph4,5_red.yaml deleted file mode 100644 index c63372b69..000000000 --- a/literature/mello_2018_bromide_18562/mello_2018_bromide_18562_p1_1_ph4,5_red.yaml +++ /dev/null @@ -1,102 +0,0 @@ -# This file describes a figure from a publication containing electrochemical data. -# For the `echemdb/website` project, the source, curator and electrochemical system is mandatory. -# Figure description is optional. It is created automatically by the cv module of svgdigitizer - -source: - version: 1 - url: https://doi.org/10.1021/acs.jpcc.8b05685 # only the number without preceeding doix or https - bib: mello_2018_bromide_18562 # AuthorName_YYYY_FirstWordTitle_pageNr. No prepositions. Fingers crossed that there is no duplicate. - figure: 1 # depending on the subfigure labels use 1, 1b, or 1_3 - curve: ph4,5_red # use a unique short description to identify the curve in the figure, i.e.. label, color, etc - -curator: - version: 1 - name: Markus Schilling - orcid: https://orcid.org/0000-0003-2684-3711 - digitized: 2021-12-01 # YYYY-MM-DD - -figure description: #This section will be updated by module `CV` - version: 1 - linked measurements: # FTIR, SXRD, Ring Disc - indicate if any other operando methods were shown in the same plot, which is linked to the data - comment: Working solutions of the pH-series with values lower than 3 were prepared by using HClO4 and KClO4. For pH values ranging from 3 to 9, phosphate buffer solutions were employed (Na2HPO4 and NaH2PO4). Alkaline solutions were prepared with NaOH and KClO4. The exact concentrations of these components are unkown. # Add whatever you think is important to understand the data - -electrochemical system: - version: 1 - instrumentation: - - type: - supplier: - - type: - model: - supplier: - - type: - model: - supplier: - electrolyte: - type: aq # aqueous = aq, non-aqueous=naq - components: # create as many components as necessary. A simple electrolyte consists of two components, i.e., H2SO4 and water - - name: Na2HPO4 # can be trivia name, sum formula, etc - concentration: - value: - unit: #[M, mM, µM, g kg-1, ...] - type: acid # - source: - supplier: - LOT: - - name: water - type: solvent - proportion: - value: - unit: - source: - refinement: - quality: - total organic carbon: - value: - unit: - - name: NaH2PO4 - type: acid - concentration: - value: - unit: - - name: KBr - type: salt - source: - supplier: - LOT: - concentration: - value: 0.01 - unit: mol / l #[M, mM, µM, g kg-1, ...] - ph: - value: 4.5 - uncertainty: - temperature: # provide the temperature as it is given in the article. Assume room temperature if nothing is provided - value: 298.15 - unit: K # [K, C, F] - electrodes: - configuration: 3 # number of electrodes - reference electrode: - type: RHE # the reference electrode given in the experimental section. Might differ from that in the plot, MSE-sat, MSE-3M, MSE-1M, RHE, AgCl2 - source: - supplier: - counter electrode: - material: Pt - crystallographic orientation: - shape: wire - working electrode: - material: Pt - crystallographic orientation: '111' # as STRING hkl, 100, 110, poly - source: - supplier: - LOT: - shape: # optional - type: # bead/sphere - height: - value: - unit: - diameter: - value: - unit: - geometric electrolyte contact area: - value: - unit: - preparation procedure: # Short description of sample preparation. This can be very useful. :) diff --git a/literature/mello_2018_bromide_18562/mello_2018_bromide_18562_p1_1_ph5,4_black.yaml b/literature/mello_2018_bromide_18562/mello_2018_bromide_18562_p1_1_ph5,4_black.yaml deleted file mode 100644 index 85306c8d2..000000000 --- a/literature/mello_2018_bromide_18562/mello_2018_bromide_18562_p1_1_ph5,4_black.yaml +++ /dev/null @@ -1,102 +0,0 @@ -# This file describes a figure from a publication containing electrochemical data. -# For the `echemdb/website` project, the source, curator and electrochemical system is mandatory. -# Figure description is optional. It is created automatically by the cv module of svgdigitizer - -source: - version: 1 - url: https://doi.org/10.1021/acs.jpcc.8b05685 # only the number without preceeding doix or https - bib: mello_2018_bromide_18562 # AuthorName_YYYY_FirstWordTitle_pageNr. No prepositions. Fingers crossed that there is no duplicate. - figure: 1 # depending on the subfigure labels use 1, 1b, or 1_3 - curve: ph5,4_black # use a unique short description to identify the curve in the figure, i.e.. label, color, etc - -curator: - version: 1 - name: Markus Schilling - orcid: https://orcid.org/0000-0003-2684-3711 - digitized: 2021-12-01 # YYYY-MM-DD - -figure description: #This section will be updated by module `CV` - version: 1 - linked measurements: # FTIR, SXRD, Ring Disc - indicate if any other operando methods were shown in the same plot, which is linked to the data - comment: Working solutions of the pH-series with values lower than 3 were prepared by using HClO4 and KClO4. For pH values ranging from 3 to 9, phosphate buffer solutions were employed (Na2HPO4 and NaH2PO4). Alkaline solutions were prepared with NaOH and KClO4. The exact concentrations of these components are unkown. # Add whatever you think is important to understand the data - -electrochemical system: - version: 1 - instrumentation: - - type: - supplier: - - type: - model: - supplier: - - type: - model: - supplier: - electrolyte: - type: aq # aqueous = aq, non-aqueous=naq - components: # create as many components as necessary. A simple electrolyte consists of two components, i.e., H2SO4 and water - - name: Na2HPO4 # can be trivia name, sum formula, etc - concentration: - value: - unit: #[M, mM, µM, g kg-1, ...] - type: acid # - source: - supplier: - LOT: - - name: water - type: solvent - proportion: - value: - unit: - source: - refinement: - quality: - total organic carbon: - value: - unit: - - name: NaH2PO4 - type: acid - concentration: - value: - unit: - - name: - type: - source: - supplier: - LOT: - concentration: - value: - unit: #[M, mM, µM, g kg-1, ...] - ph: - value: 5.4 - uncertainty: - temperature: # provide the temperature as it is given in the article. Assume room temperature if nothing is provided - value: 298.15 - unit: K # [K, C, F] - electrodes: - configuration: 3 # number of electrodes - reference electrode: - type: RHE # the reference electrode given in the experimental section. Might differ from that in the plot, MSE-sat, MSE-3M, MSE-1M, RHE, AgCl2 - source: - supplier: - counter electrode: - material: Pt - crystallographic orientation: - shape: wire - working electrode: - material: Pt - crystallographic orientation: '111' # as STRING hkl, 100, 110, poly - source: - supplier: - LOT: - shape: # optional - type: # bead/sphere - height: - value: - unit: - diameter: - value: - unit: - geometric electrolyte contact area: - value: - unit: - preparation procedure: # Short description of sample preparation. This can be very useful. :) diff --git a/literature/mello_2018_bromide_18562/mello_2018_bromide_18562_p1_1_ph5,4_red.yaml b/literature/mello_2018_bromide_18562/mello_2018_bromide_18562_p1_1_ph5,4_red.yaml deleted file mode 100644 index d93cd495c..000000000 --- a/literature/mello_2018_bromide_18562/mello_2018_bromide_18562_p1_1_ph5,4_red.yaml +++ /dev/null @@ -1,102 +0,0 @@ -# This file describes a figure from a publication containing electrochemical data. -# For the `echemdb/website` project, the source, curator and electrochemical system is mandatory. -# Figure description is optional. It is created automatically by the cv module of svgdigitizer - -source: - version: 1 - url: https://doi.org/10.1021/acs.jpcc.8b05685 # only the number without preceeding doix or https - bib: mello_2018_bromide_18562 # AuthorName_YYYY_FirstWordTitle_pageNr. No prepositions. Fingers crossed that there is no duplicate. - figure: 1 # depending on the subfigure labels use 1, 1b, or 1_3 - curve: ph5,4_red # use a unique short description to identify the curve in the figure, i.e.. label, color, etc - -curator: - version: 1 - name: Markus Schilling - orcid: https://orcid.org/0000-0003-2684-3711 - digitized: 2021-12-01 # YYYY-MM-DD - -figure description: #This section will be updated by module `CV` - version: 1 - linked measurements: # FTIR, SXRD, Ring Disc - indicate if any other operando methods were shown in the same plot, which is linked to the data - comment: Working solutions of the pH-series with values lower than 3 were prepared by using HClO4 and KClO4. For pH values ranging from 3 to 9, phosphate buffer solutions were employed (Na2HPO4 and NaH2PO4). Alkaline solutions were prepared with NaOH and KClO4. The exact concentrations of these components are unkown. # Add whatever you think is important to understand the data - -electrochemical system: - version: 1 - instrumentation: - - type: - supplier: - - type: - model: - supplier: - - type: - model: - supplier: - electrolyte: - type: aq # aqueous = aq, non-aqueous=naq - components: # create as many components as necessary. A simple electrolyte consists of two components, i.e., H2SO4 and water - - name: Na2HPO4 # can be trivia name, sum formula, etc - concentration: - value: - unit: #[M, mM, µM, g kg-1, ...] - type: acid # - source: - supplier: - LOT: - - name: water - type: solvent - proportion: - value: - unit: - source: - refinement: - quality: - total organic carbon: - value: - unit: - - name: NaH2PO4 - type: acid - concentration: - value: - unit: - - name: KBr - type: salt - source: - supplier: - LOT: - concentration: - value: 0.01 - unit: mol / l #[M, mM, µM, g kg-1, ...] - ph: - value: 5.4 - uncertainty: - temperature: # provide the temperature as it is given in the article. Assume room temperature if nothing is provided - value: 298.15 - unit: K # [K, C, F] - electrodes: - configuration: 3 # number of electrodes - reference electrode: - type: RHE # the reference electrode given in the experimental section. Might differ from that in the plot, MSE-sat, MSE-3M, MSE-1M, RHE, AgCl2 - source: - supplier: - counter electrode: - material: Pt - crystallographic orientation: - shape: wire - working electrode: - material: Pt - crystallographic orientation: '111' # as STRING hkl, 100, 110, poly - source: - supplier: - LOT: - shape: # optional - type: # bead/sphere - height: - value: - unit: - diameter: - value: - unit: - geometric electrolyte contact area: - value: - unit: - preparation procedure: # Short description of sample preparation. This can be very useful. :) diff --git a/literature/mello_2018_bromide_18562/mello_2018_bromide_18562_p1_1_ph6,9_black.yaml b/literature/mello_2018_bromide_18562/mello_2018_bromide_18562_p1_1_ph6,9_black.yaml deleted file mode 100644 index 430dc7dd9..000000000 --- a/literature/mello_2018_bromide_18562/mello_2018_bromide_18562_p1_1_ph6,9_black.yaml +++ /dev/null @@ -1,102 +0,0 @@ -# This file describes a figure from a publication containing electrochemical data. -# For the `echemdb/website` project, the source, curator and electrochemical system is mandatory. -# Figure description is optional. It is created automatically by the cv module of svgdigitizer - -source: - version: 1 - url: https://doi.org/10.1021/acs.jpcc.8b05685 # only the number without preceeding doix or https - bib: mello_2018_bromide_18562 # AuthorName_YYYY_FirstWordTitle_pageNr. No prepositions. Fingers crossed that there is no duplicate. - figure: 1 # depending on the subfigure labels use 1, 1b, or 1_3 - curve: ph6,9_black # use a unique short description to identify the curve in the figure, i.e.. label, color, etc - -curator: - version: 1 - name: Markus Schilling - orcid: https://orcid.org/0000-0003-2684-3711 - digitized: 2021-12-01 # YYYY-MM-DD - -figure description: #This section will be updated by module `CV` - version: 1 - linked measurements: # FTIR, SXRD, Ring Disc - indicate if any other operando methods were shown in the same plot, which is linked to the data - comment: Working solutions of the pH-series with values lower than 3 were prepared by using HClO4 and KClO4. For pH values ranging from 3 to 9, phosphate buffer solutions were employed (Na2HPO4 and NaH2PO4). Alkaline solutions were prepared with NaOH and KClO4. The exact concentrations of these components are unkown. # Add whatever you think is important to understand the data - -electrochemical system: - version: 1 - instrumentation: - - type: - supplier: - - type: - model: - supplier: - - type: - model: - supplier: - electrolyte: - type: aq # aqueous = aq, non-aqueous=naq - components: # create as many components as necessary. A simple electrolyte consists of two components, i.e., H2SO4 and water - - name: Na2HPO4 # can be trivia name, sum formula, etc - concentration: - value: - unit: #[M, mM, µM, g kg-1, ...] - type: acid # - source: - supplier: - LOT: - - name: water - type: solvent - proportion: - value: - unit: - source: - refinement: - quality: - total organic carbon: - value: - unit: - - name: NaH2PO4 - type: acid - concentration: - value: - unit: - - name: - type: - source: - supplier: - LOT: - concentration: - value: - unit: #[M, mM, µM, g kg-1, ...] - ph: - value: 6.9 - uncertainty: - temperature: # provide the temperature as it is given in the article. Assume room temperature if nothing is provided - value: 298.15 - unit: K # [K, C, F] - electrodes: - configuration: 3 # number of electrodes - reference electrode: - type: RHE # the reference electrode given in the experimental section. Might differ from that in the plot, MSE-sat, MSE-3M, MSE-1M, RHE, AgCl2 - source: - supplier: - counter electrode: - material: Pt - crystallographic orientation: - shape: wire - working electrode: - material: Pt - crystallographic orientation: '111' # as STRING hkl, 100, 110, poly - source: - supplier: - LOT: - shape: # optional - type: # bead/sphere - height: - value: - unit: - diameter: - value: - unit: - geometric electrolyte contact area: - value: - unit: - preparation procedure: # Short description of sample preparation. This can be very useful. :) diff --git a/literature/mello_2018_bromide_18562/mello_2018_bromide_18562_p1_1_ph6,9_red.svg b/literature/mello_2018_bromide_18562/mello_2018_bromide_18562_p1_1_ph6,9_red.svg deleted file mode 100644 index b875e4cb6..000000000 --- a/literature/mello_2018_bromide_18562/mello_2018_bromide_18562_p1_1_ph6,9_red.svg +++ /dev/null @@ -1,141 +0,0 @@ - - - - - - scan rate: 50 mV/s - - - x1: 0.1 V vs RHE - - - - x2: 0.9 V vs RHE - - - - y2: 100 uA / cm2 - - - - y1: -100 uA / cm2 - - - curve: Pt(111)_ph_6,9_KPF6_KBr - - - diff --git a/literature/mello_2018_bromide_18562/mello_2018_bromide_18562_p1_1_ph6,9_red.yaml b/literature/mello_2018_bromide_18562/mello_2018_bromide_18562_p1_1_ph6,9_red.yaml deleted file mode 100644 index 5be71c5cc..000000000 --- a/literature/mello_2018_bromide_18562/mello_2018_bromide_18562_p1_1_ph6,9_red.yaml +++ /dev/null @@ -1,102 +0,0 @@ -# This file describes a figure from a publication containing electrochemical data. -# For the `echemdb/website` project, the source, curator and electrochemical system is mandatory. -# Figure description is optional. It is created automatically by the cv module of svgdigitizer - -source: - version: 1 - url: https://doi.org/10.1021/acs.jpcc.8b05685 # only the number without preceeding doix or https - bib: mello_2018_bromide_18562 # AuthorName_YYYY_FirstWordTitle_pageNr. No prepositions. Fingers crossed that there is no duplicate. - figure: 1 # depending on the subfigure labels use 1, 1b, or 1_3 - curve: ph6,9_red # use a unique short description to identify the curve in the figure, i.e.. label, color, etc - -curator: - version: 1 - name: Markus Schilling - orcid: https://orcid.org/0000-0003-2684-3711 - digitized: 2021-12-01 # YYYY-MM-DD - -figure description: #This section will be updated by module `CV` - version: 1 - linked measurements: # FTIR, SXRD, Ring Disc - indicate if any other operando methods were shown in the same plot, which is linked to the data - comment: Working solutions of the pH-series with values lower than 3 were prepared by using HClO4 and KClO4. For pH values ranging from 3 to 9, phosphate buffer solutions were employed (Na2HPO4 and NaH2PO4). Alkaline solutions were prepared with NaOH and KClO4. The exact concentrations of these components are unkown. # Add whatever you think is important to understand the data - -electrochemical system: - version: 1 - instrumentation: - - type: - supplier: - - type: - model: - supplier: - - type: - model: - supplier: - electrolyte: - type: aq # aqueous = aq, non-aqueous=naq - components: # create as many components as necessary. A simple electrolyte consists of two components, i.e., H2SO4 and water - - name: Na2HPO4 # can be trivia name, sum formula, etc - concentration: - value: - unit: #[M, mM, µM, g kg-1, ...] - type: acid # - source: - supplier: - LOT: - - name: water - type: solvent - proportion: - value: - unit: - source: - refinement: - quality: - total organic carbon: - value: - unit: - - name: NaH2PO4 - type: acid - concentration: - value: - unit: - - name: KBr - type: salt - source: - supplier: - LOT: - concentration: - value: 0.01 - unit: mol / l #[M, mM, µM, g kg-1, ...] - ph: - value: 6.9 - uncertainty: - temperature: # provide the temperature as it is given in the article. Assume room temperature if nothing is provided - value: 298.15 - unit: K # [K, C, F] - electrodes: - configuration: 3 # number of electrodes - reference electrode: - type: RHE # the reference electrode given in the experimental section. Might differ from that in the plot, MSE-sat, MSE-3M, MSE-1M, RHE, AgCl2 - source: - supplier: - counter electrode: - material: Pt - crystallographic orientation: - shape: wire - working electrode: - material: Pt - crystallographic orientation: '111' # as STRING hkl, 100, 110, poly - source: - supplier: - LOT: - shape: # optional - type: # bead/sphere - height: - value: - unit: - diameter: - value: - unit: - geometric electrolyte contact area: - value: - unit: - preparation procedure: # Short description of sample preparation. This can be very useful. :) diff --git a/literature/mello_2018_bromide_18562/mello_2018_bromide_18562_p1_1_ph8,2_black.yaml b/literature/mello_2018_bromide_18562/mello_2018_bromide_18562_p1_1_ph8,2_black.yaml deleted file mode 100644 index 8a96ed8eb..000000000 --- a/literature/mello_2018_bromide_18562/mello_2018_bromide_18562_p1_1_ph8,2_black.yaml +++ /dev/null @@ -1,102 +0,0 @@ -# This file describes a figure from a publication containing electrochemical data. -# For the `echemdb/website` project, the source, curator and electrochemical system is mandatory. -# Figure description is optional. It is created automatically by the cv module of svgdigitizer - -source: - version: 1 - url: https://doi.org/10.1021/acs.jpcc.8b05685 # only the number without preceeding doix or https - bib: mello_2018_bromide_18562 # AuthorName_YYYY_FirstWordTitle_pageNr. No prepositions. Fingers crossed that there is no duplicate. - figure: 1 # depending on the subfigure labels use 1, 1b, or 1_3 - curve: ph8,2_black # use a unique short description to identify the curve in the figure, i.e.. label, color, etc - -curator: - version: 1 - name: Markus Schilling - orcid: https://orcid.org/0000-0003-2684-3711 - digitized: 2021-12-01 # YYYY-MM-DD - -figure description: #This section will be updated by module `CV` - version: 1 - linked measurements: # FTIR, SXRD, Ring Disc - indicate if any other operando methods were shown in the same plot, which is linked to the data - comment: Working solutions of the pH-series with values lower than 3 were prepared by using HClO4 and KClO4. For pH values ranging from 3 to 9, phosphate buffer solutions were employed (Na2HPO4 and NaH2PO4). Alkaline solutions were prepared with NaOH and KClO4. The exact concentrations of these components are unkown. # Add whatever you think is important to understand the data - -electrochemical system: - version: 1 - instrumentation: - - type: - supplier: - - type: - model: - supplier: - - type: - model: - supplier: - electrolyte: - type: aq # aqueous = aq, non-aqueous=naq - components: # create as many components as necessary. A simple electrolyte consists of two components, i.e., H2SO4 and water - - name: NaOH # can be trivia name, sum formula, etc - concentration: - value: - unit: #[M, mM, µM, g kg-1, ...] - type: base # - source: - supplier: - LOT: - - name: water - type: solvent - proportion: - value: - unit: - source: - refinement: - quality: - total organic carbon: - value: - unit: - - name: KClO4 - type: salt - concentration: - value: - unit: - - name: - type: - source: - supplier: - LOT: - concentration: - value: - unit: #[M, mM, µM, g kg-1, ...] - ph: - value: 8.2 - uncertainty: - temperature: # provide the temperature as it is given in the article. Assume room temperature if nothing is provided - value: 298.15 - unit: K # [K, C, F] - electrodes: - configuration: 3 # number of electrodes - reference electrode: - type: RHE # the reference electrode given in the experimental section. Might differ from that in the plot, MSE-sat, MSE-3M, MSE-1M, RHE, AgCl2 - source: - supplier: - counter electrode: - material: Pt - crystallographic orientation: - shape: wire - working electrode: - material: Pt - crystallographic orientation: '111' # as STRING hkl, 100, 110, poly - source: - supplier: - LOT: - shape: # optional - type: # bead/sphere - height: - value: - unit: - diameter: - value: - unit: - geometric electrolyte contact area: - value: - unit: - preparation procedure: # Short description of sample preparation. This can be very useful. :) diff --git a/literature/mello_2018_bromide_18562/mello_2018_bromide_18562_p1_1_ph8,2_red.yaml b/literature/mello_2018_bromide_18562/mello_2018_bromide_18562_p1_1_ph8,2_red.yaml deleted file mode 100644 index a3f2929e2..000000000 --- a/literature/mello_2018_bromide_18562/mello_2018_bromide_18562_p1_1_ph8,2_red.yaml +++ /dev/null @@ -1,102 +0,0 @@ -# This file describes a figure from a publication containing electrochemical data. -# For the `echemdb/website` project, the source, curator and electrochemical system is mandatory. -# Figure description is optional. It is created automatically by the cv module of svgdigitizer - -source: - version: 1 - url: https://doi.org/10.1021/acs.jpcc.8b05685 # only the number without preceeding doix or https - bib: mello_2018_bromide_18562 # AuthorName_YYYY_FirstWordTitle_pageNr. No prepositions. Fingers crossed that there is no duplicate. - figure: 1 # depending on the subfigure labels use 1, 1b, or 1_3 - curve: ph8,2_red # use a unique short description to identify the curve in the figure, i.e.. label, color, etc - -curator: - version: 1 - name: Markus Schilling - orcid: https://orcid.org/0000-0003-2684-3711 - digitized: 2021-12-01 # YYYY-MM-DD - -figure description: #This section will be updated by module `CV` - version: 1 - linked measurements: # FTIR, SXRD, Ring Disc - indicate if any other operando methods were shown in the same plot, which is linked to the data - comment: Working solutions of the pH-series with values lower than 3 were prepared by using HClO4 and KClO4. For pH values ranging from 3 to 9, phosphate buffer solutions were employed (Na2HPO4 and NaH2PO4). Alkaline solutions were prepared with NaOH and KClO4. The exact concentrations of these components are unkown. # Add whatever you think is important to understand the data - -electrochemical system: - version: 1 - instrumentation: - - type: - supplier: - - type: - model: - supplier: - - type: - model: - supplier: - electrolyte: - type: aq # aqueous = aq, non-aqueous=naq - components: # create as many components as necessary. A simple electrolyte consists of two components, i.e., H2SO4 and water - - name: NaOH # can be trivia name, sum formula, etc - concentration: - value: - unit: #[M, mM, µM, g kg-1, ...] - type: base # - source: - supplier: - LOT: - - name: water - type: solvent - proportion: - value: - unit: - source: - refinement: - quality: - total organic carbon: - value: - unit: - - name: KClO4 - type: salt - concentration: - value: - unit: - - name: KBr - type: salt - source: - supplier: - LOT: - concentration: - value: 0.01 - unit: mol / l #[M, mM, µM, g kg-1, ...] - ph: - value: 8.2 - uncertainty: - temperature: # provide the temperature as it is given in the article. Assume room temperature if nothing is provided - value: 298.15 - unit: K # [K, C, F] - electrodes: - configuration: 3 # number of electrodes - reference electrode: - type: RHE # the reference electrode given in the experimental section. Might differ from that in the plot, MSE-sat, MSE-3M, MSE-1M, RHE, AgCl2 - source: - supplier: - counter electrode: - material: Pt - crystallographic orientation: - shape: wire - working electrode: - material: Pt - crystallographic orientation: '111' # as STRING hkl, 100, 110, poly - source: - supplier: - LOT: - shape: # optional - type: # bead/sphere - height: - value: - unit: - diameter: - value: - unit: - geometric electrolyte contact area: - value: - unit: - preparation procedure: # Short description of sample preparation. This can be very useful. :) diff --git a/literature/mello_2018_bromide_18562/mello_2018_bromide_18562_p1_1_ph9,1_black.yaml b/literature/mello_2018_bromide_18562/mello_2018_bromide_18562_p1_1_ph9,1_black.yaml deleted file mode 100644 index 2babd82d8..000000000 --- a/literature/mello_2018_bromide_18562/mello_2018_bromide_18562_p1_1_ph9,1_black.yaml +++ /dev/null @@ -1,102 +0,0 @@ -# This file describes a figure from a publication containing electrochemical data. -# For the `echemdb/website` project, the source, curator and electrochemical system is mandatory. -# Figure description is optional. It is created automatically by the cv module of svgdigitizer - -source: - version: 1 - url: https://doi.org/10.1021/acs.jpcc.8b05685 # only the number without preceeding doix or https - bib: mello_2018_bromide_18562 # AuthorName_YYYY_FirstWordTitle_pageNr. No prepositions. Fingers crossed that there is no duplicate. - figure: 1 # depending on the subfigure labels use 1, 1b, or 1_3 - curve: ph9,1_black # use a unique short description to identify the curve in the figure, i.e.. label, color, etc - -curator: - version: 1 - name: Markus Schilling - orcid: https://orcid.org/0000-0003-2684-3711 - digitized: 2021-12-01 # YYYY-MM-DD - -figure description: #This section will be updated by module `CV` - version: 1 - linked measurements: # FTIR, SXRD, Ring Disc - indicate if any other operando methods were shown in the same plot, which is linked to the data - comment: Working solutions of the pH-series with values lower than 3 were prepared by using HClO4 and KClO4. For pH values ranging from 3 to 9, phosphate buffer solutions were employed (Na2HPO4 and NaH2PO4). Alkaline solutions were prepared with NaOH and KClO4. The exact concentrations of these components are unkown. # Add whatever you think is important to understand the data - -electrochemical system: - version: 1 - instrumentation: - - type: - supplier: - - type: - model: - supplier: - - type: - model: - supplier: - electrolyte: - type: aq # aqueous = aq, non-aqueous=naq - components: # create as many components as necessary. A simple electrolyte consists of two components, i.e., H2SO4 and water - - name: NaOH # can be trivia name, sum formula, etc - concentration: - value: - unit: #[M, mM, µM, g kg-1, ...] - type: base # - source: - supplier: - LOT: - - name: water - type: solvent - proportion: - value: - unit: - source: - refinement: - quality: - total organic carbon: - value: - unit: - - name: KClO4 - type: salt - concentration: - value: - unit: - - name: - type: - source: - supplier: - LOT: - concentration: - value: - unit: #[M, mM, µM, g kg-1, ...] - ph: - value: 9.1 - uncertainty: - temperature: # provide the temperature as it is given in the article. Assume room temperature if nothing is provided - value: 298.15 - unit: K # [K, C, F] - electrodes: - configuration: 3 # number of electrodes - reference electrode: - type: RHE # the reference electrode given in the experimental section. Might differ from that in the plot, MSE-sat, MSE-3M, MSE-1M, RHE, AgCl2 - source: - supplier: - counter electrode: - material: Pt - crystallographic orientation: - shape: wire - working electrode: - material: Pt - crystallographic orientation: '111' # as STRING hkl, 100, 110, poly - source: - supplier: - LOT: - shape: # optional - type: # bead/sphere - height: - value: - unit: - diameter: - value: - unit: - geometric electrolyte contact area: - value: - unit: - preparation procedure: # Short description of sample preparation. This can be very useful. :) diff --git a/literature/mello_2018_bromide_18562/mello_2018_bromide_18562_p1_1_ph9,1_red.yaml b/literature/mello_2018_bromide_18562/mello_2018_bromide_18562_p1_1_ph9,1_red.yaml deleted file mode 100644 index e0b30a279..000000000 --- a/literature/mello_2018_bromide_18562/mello_2018_bromide_18562_p1_1_ph9,1_red.yaml +++ /dev/null @@ -1,102 +0,0 @@ -# This file describes a figure from a publication containing electrochemical data. -# For the `echemdb/website` project, the source, curator and electrochemical system is mandatory. -# Figure description is optional. It is created automatically by the cv module of svgdigitizer - -source: - version: 1 - url: https://doi.org/10.1021/acs.jpcc.8b05685 # only the number without preceeding doix or https - bib: mello_2018_bromide_18562 # AuthorName_YYYY_FirstWordTitle_pageNr. No prepositions. Fingers crossed that there is no duplicate. - figure: 1 # depending on the subfigure labels use 1, 1b, or 1_3 - curve: ph9,1_red # use a unique short description to identify the curve in the figure, i.e.. label, color, etc - -curator: - version: 1 - name: Markus Schilling - orcid: https://orcid.org/0000-0003-2684-3711 - digitized: 2021-12-01 # YYYY-MM-DD - -figure description: #This section will be updated by module `CV` - version: 1 - linked measurements: # FTIR, SXRD, Ring Disc - indicate if any other operando methods were shown in the same plot, which is linked to the data - comment: Working solutions of the pH-series with values lower than 3 were prepared by using HClO4 and KClO4. For pH values ranging from 3 to 9, phosphate buffer solutions were employed (Na2HPO4 and NaH2PO4). Alkaline solutions were prepared with NaOH and KClO4. The exact concentrations of these components are unkown. # Add whatever you think is important to understand the data - -electrochemical system: - version: 1 - instrumentation: - - type: - supplier: - - type: - model: - supplier: - - type: - model: - supplier: - electrolyte: - type: aq # aqueous = aq, non-aqueous=naq - components: # create as many components as necessary. A simple electrolyte consists of two components, i.e., H2SO4 and water - - name: NaOH # can be trivia name, sum formula, etc - concentration: - value: - unit: #[M, mM, µM, g kg-1, ...] - type: base # - source: - supplier: - LOT: - - name: water - type: solvent - proportion: - value: - unit: - source: - refinement: - quality: - total organic carbon: - value: - unit: - - name: KClO4 - type: salt - concentration: - value: - unit: - - name: KBr - type: salt - source: - supplier: - LOT: - concentration: - value: 0.01 - unit: mol / l #[M, mM, µM, g kg-1, ...] - ph: - value: 9.1 - uncertainty: - temperature: # provide the temperature as it is given in the article. Assume room temperature if nothing is provided - value: 298.15 - unit: K # [K, C, F] - electrodes: - configuration: 3 # number of electrodes - reference electrode: - type: RHE # the reference electrode given in the experimental section. Might differ from that in the plot, MSE-sat, MSE-3M, MSE-1M, RHE, AgCl2 - source: - supplier: - counter electrode: - material: Pt - crystallographic orientation: - shape: wire - working electrode: - material: Pt - crystallographic orientation: '111' # as STRING hkl, 100, 110, poly - source: - supplier: - LOT: - shape: # optional - type: # bead/sphere - height: - value: - unit: - diameter: - value: - unit: - geometric electrolyte contact area: - value: - unit: - preparation procedure: # Short description of sample preparation. This can be very useful. :) diff --git a/literature/mello_2018_bromide_18562/mello_2018_bromide_18562_p1_1_ph1,2_black.svg b/literature/mello_2018_bromide_18562/mello_2018_bromide_18562_p1_f1_ph1,2_black.svg similarity index 73% rename from literature/mello_2018_bromide_18562/mello_2018_bromide_18562_p1_1_ph1,2_black.svg rename to literature/mello_2018_bromide_18562/mello_2018_bromide_18562_p1_f1_ph1,2_black.svg index be81de272..20a18b23c 100644 --- a/literature/mello_2018_bromide_18562/mello_2018_bromide_18562_p1_1_ph1,2_black.svg +++ b/literature/mello_2018_bromide_18562/mello_2018_bromide_18562_p1_f1_ph1,2_black.svg @@ -1,16 +1,30 @@ + sodipodi:docname="mello_2018_bromide_18562_p1_f1_ph1,2_black.svg" + inkscape:version="0.92.2 (5c3e80d, 2017-08-06)"> + + + + image/svg+xml + + + + + x="0" + width="5212px" + sodipodi:insensitive="true" + height="6820px" /> scan rate: 50 mV/s + y="1465.9803">scan rate: 50 mV / s + comment: "Working solutions of the pH-series with values lower than 3 were prepared by using HClO4 and KClO4. For pH values ranging from 3 to 9, phosphate buffer solutions were employed (Na2HPO4 and NaH2PO4). Alkaline solutions were prepared with NaOH and KClO4. The exact concentrations of these components are unkown." diff --git a/literature/mello_2018_bromide_18562/mello_2018_bromide_18562_p1_f1_ph1,2_black.yaml b/literature/mello_2018_bromide_18562/mello_2018_bromide_18562_p1_f1_ph1,2_black.yaml new file mode 100644 index 000000000..0838726de --- /dev/null +++ b/literature/mello_2018_bromide_18562/mello_2018_bromide_18562_p1_f1_ph1,2_black.yaml @@ -0,0 +1,46 @@ +# This file is part of echemdb (https://github.com/echemdb/website) +# Details on the meta data structure can be found on https://github.com/echemdb/metadata-schema +electrochemical system: + electrodes: + configuration: 3 + counter electrode: + material: Pt + shape: wire + reference electrode: + type: RHE + working electrode: + crystallographic orientation: '111' + material: Pt + electrolyte: + components: + - name: HClO4 + type: acid + - name: water + type: solvent + - name: KClO4 + type: salt + ph: + value: 1.2 + temperature: + unit: K + value: 298.15 + type: aq + version: 1 +source: + citation key: mello_2018_bromide_18562 + curve: ph1,2_black + url: https://doi.org/10.1021/acs.jpcc.8b05685 + figure: 1 + version: 1 +version: 1 +curation: + version: 1 + process: + - role: curator + name: Markus Schilling + orcid: https://orcid.org/0000-0003-2684-3711 + date: 2021-12-01 + - role: reviewer + name: Albert Engstfeld + orcid: https://orcid.org/0000-0002-9686-3948 + date: 2022-01-21 diff --git a/literature/mello_2018_bromide_18562/mello_2018_bromide_18562_p1_1_ph1,2_red.svg b/literature/mello_2018_bromide_18562/mello_2018_bromide_18562_p1_f1_ph1,2_red.svg similarity index 74% rename from literature/mello_2018_bromide_18562/mello_2018_bromide_18562_p1_1_ph1,2_red.svg rename to literature/mello_2018_bromide_18562/mello_2018_bromide_18562_p1_f1_ph1,2_red.svg index df69d574a..91e7965e9 100644 --- a/literature/mello_2018_bromide_18562/mello_2018_bromide_18562_p1_1_ph1,2_red.svg +++ b/literature/mello_2018_bromide_18562/mello_2018_bromide_18562_p1_f1_ph1,2_red.svg @@ -1,16 +1,30 @@ + sodipodi:docname="mello_2018_bromide_18562_p1_f1_ph1,2_red.svg" + inkscape:version="0.92.2 (5c3e80d, 2017-08-06)"> + + + + image/svg+xml + + + + + x="0" + width="5212px" + sodipodi:insensitive="true" + height="6820px" /> scan rate: 50 mV/s + y="1465.9803">scan rate: 50 mV / s + comment: "Working solutions of the pH-series with values lower than 3 were prepared by using HClO4 and KClO4. For pH values ranging from 3 to 9, phosphate buffer solutions were employed (Na2HPO4 and NaH2PO4). Alkaline solutions were prepared with NaOH and KClO4. The exact concentrations of these components are unkown." diff --git a/literature/mello_2018_bromide_18562/mello_2018_bromide_18562_p1_f1_ph1,2_red.yaml b/literature/mello_2018_bromide_18562/mello_2018_bromide_18562_p1_f1_ph1,2_red.yaml new file mode 100644 index 000000000..822bd33e4 --- /dev/null +++ b/literature/mello_2018_bromide_18562/mello_2018_bromide_18562_p1_f1_ph1,2_red.yaml @@ -0,0 +1,51 @@ +# This file is part of echemdb (https://github.com/echemdb/website) +# Details on the meta data structure can be found on https://github.com/echemdb/metadata-schema +electrochemical system: + electrodes: + configuration: 3 + counter electrode: + material: Pt + shape: wire + reference electrode: + type: RHE + working electrode: + crystallographic orientation: '111' + material: Pt + electrolyte: + components: + - name: HClO4 + type: acid + - name: water + type: solvent + - name: KClO4 + type: salt + - concentration: + unit: mol / l + value: 0.01 + name: KBr + type: salt + ph: + value: 1.2 + temperature: + unit: K + value: 298.15 + type: aq + version: 1 +source: + citation key: mello_2018_bromide_18562 + curve: ph1,2_red + url: https://doi.org/10.1021/acs.jpcc.8b05685 + figure: 1 + version: 1 +version: 1 +curation: + version: 1 + process: + - role: curator + name: Markus Schilling + orcid: https://orcid.org/0000-0003-2684-3711 + date: 2021-12-01 + - role: reviewer + name: Albert Engstfeld + orcid: https://orcid.org/0000-0002-9686-3948 + date: 2022-01-21 diff --git a/literature/mello_2018_bromide_18562/mello_2018_bromide_18562_p1_1_ph11,5_black.svg b/literature/mello_2018_bromide_18562/mello_2018_bromide_18562_p1_f1_ph11,5_black.svg similarity index 74% rename from literature/mello_2018_bromide_18562/mello_2018_bromide_18562_p1_1_ph11,5_black.svg rename to literature/mello_2018_bromide_18562/mello_2018_bromide_18562_p1_f1_ph11,5_black.svg index d14daac03..98bd3224e 100644 --- a/literature/mello_2018_bromide_18562/mello_2018_bromide_18562_p1_1_ph11,5_black.svg +++ b/literature/mello_2018_bromide_18562/mello_2018_bromide_18562_p1_f1_ph11,5_black.svg @@ -1,16 +1,30 @@ + sodipodi:docname="mello_2018_bromide_18562_p1_f1_ph11,5_black.svg" + inkscape:version="0.92.2 (5c3e80d, 2017-08-06)"> + + + + image/svg+xml + + + + + x="0" + width="5212px" + sodipodi:insensitive="true" + height="6820px" /> scan rate: 50 mV/s + y="3275.1816">scan rate: 50 mV / s @@ -138,4 +153,14 @@ d="m 3299.5514,3067.6291 2.7501,-96.6306 2.7501,-136.2145 3.6668,-45.087 10.1378,-18.4025 15.638,-10.1208 50.6347,-8.2954 58.8851,-0.9127 45.0805,3.6778 21.1921,1.8389 15.638,-3.6778 12.8879,10.1207 19.3048,16.5637 36.8302,30.3759 42.3304,35.8925 22.1089,13.7985 20.2215,6.443 13.8046,-2.7652 17.4714,4.6041 9.221,7.3691 25.7757,8.2819 h 30.3592 l 57.9684,1.8389 43.2472,-2.7652 41.4136,-4.604 43.2471,-9.1945 20.2756,-10.1207 23.0254,-20.2551 22.055,-45.087 29.4425,-59.8254 35.9136,-60.7381 33.1093,-57.0602 14.7213,-23.9193 17.5253,-12.8858 12.8879,1.8389 15.638,38.6576 11.9711,57.9729 12.8339,47.8522 11.9712,34.9798 24.8589,30.3622 9.2211,12.8859 -1.8335,153.6908 -6.4708,11.9596 -17.4714,18.4026 -12.8879,23.0067 -13.8046,31.2884 -12.8878,43.2617 -12.8878,51.53 -9.2211,25.7718 -11.0004,19.3288 -19.3588,5.5167 -19.3048,-20.2415 -19.3049,-36.8188 -22.1089,-49.691 -24.8589,-44.1744 -20.2215,-50.6173 -20.2756,-38.644 -13.8045,-22.094 -14.7213,-13.7985 -24.8589,-8.2819 h -23.8884 l -39.5803,0.9126 h -65.356 l -60.7185,1.8389 -44.2177,3.6915 -22.055,4.5904 -19.3587,5.5303 -21.1383,4.604 -23.9423,11.9597 -12.8878,5.5167 -15.638,12.8859 -13.8046,9.2081 -17.4714,14.7248 -18.3881,15.6373 -23.0256,25.7718 -24.859,27.6107 -12.8878,11.047 -20.2216,12.8723 -19.3587,12.8858 -22.055,2.7652 -21.1922,-10.1207 -23.8883,-13.8122 -18.442,-4.5904 -30.3593,0.9126 -28.5258,1.8389 z" id="path87734" /> + comment: "Working solutions of the pH-series with values lower than 3 were prepared by using HClO4 and KClO4. For pH values ranging from 3 to 9, phosphate buffer solutions were employed (Na2HPO4 and NaH2PO4). Alkaline solutions were prepared with NaOH and KClO4. The exact concentrations of these components are unkown." diff --git a/literature/mello_2018_bromide_18562/mello_2018_bromide_18562_p1_f1_ph11,5_black.yaml b/literature/mello_2018_bromide_18562/mello_2018_bromide_18562_p1_f1_ph11,5_black.yaml new file mode 100644 index 000000000..06aa4b5e2 --- /dev/null +++ b/literature/mello_2018_bromide_18562/mello_2018_bromide_18562_p1_f1_ph11,5_black.yaml @@ -0,0 +1,46 @@ +# This file is part of echemdb (https://github.com/echemdb/website) +# Details on the meta data structure can be found on https://github.com/echemdb/metadata-schema +electrochemical system: + electrodes: + configuration: 3 + counter electrode: + material: Pt + shape: wire + reference electrode: + type: RHE + working electrode: + crystallographic orientation: '111' + material: Pt + electrolyte: + components: + - name: NaOH + type: base + - name: water + type: solvent + - name: KClO4 + type: salt + ph: + value: 11.5 + temperature: + unit: K + value: 298.15 + type: aq + version: 1 +source: + citation key: mello_2018_bromide_18562 + curve: ph11,5_black + url: https://doi.org/10.1021/acs.jpcc.8b05685 + figure: 1 + version: 1 +version: 1 +curation: + version: 1 + process: + - role: curator + name: Markus Schilling + orcid: https://orcid.org/0000-0003-2684-3711 + date: 2021-12-01 + - role: reviewer + name: Albert Engstfeld + orcid: https://orcid.org/0000-0002-9686-3948 + date: 2022-01-21 diff --git a/literature/mello_2018_bromide_18562/mello_2018_bromide_18562_p1_1_ph11,5_red.svg b/literature/mello_2018_bromide_18562/mello_2018_bromide_18562_p1_f1_ph11,5_red.svg similarity index 74% rename from literature/mello_2018_bromide_18562/mello_2018_bromide_18562_p1_1_ph11,5_red.svg rename to literature/mello_2018_bromide_18562/mello_2018_bromide_18562_p1_f1_ph11,5_red.svg index 5fbcd412e..96136cc87 100644 --- a/literature/mello_2018_bromide_18562/mello_2018_bromide_18562_p1_1_ph11,5_red.svg +++ b/literature/mello_2018_bromide_18562/mello_2018_bromide_18562_p1_f1_ph11,5_red.svg @@ -1,16 +1,30 @@ + sodipodi:docname="mello_2018_bromide_18562_p1_f1_ph11,5_red.svg" + inkscape:version="0.92.2 (5c3e80d, 2017-08-06)"> + + + + image/svg+xml + + + + + x="0" + width="5212px" + sodipodi:insensitive="true" + height="6820px" /> scan rate: 50 mV/s + y="3275.1816">scan rate: 50 mV / s @@ -138,4 +153,14 @@ d="m 3301.3848,3057.4952 0.9167,-114.1069 5.5003,-102.1608 10.1377,-51.53 6.4169,-18.4025 21.1922,-10.1344 36.8301,-8.2818 47.8307,-3.6778 h 37.7469 l 34.0261,2.7651 19.3587,-0.9262 10.0838,-1.8389 17.5253,10.1207 26.6925,22.094 30.3592,20.2415 17.4714,11.0469 7.3876,6.443 11.0006,1.8389 8.3042,6.443 13.8046,12.8858 23.9423,24.8456 14.7213,6.4429 27.6091,4.604 42.3304,3.6778 h 40.497 42.3304 l 55.2182,-8.2818 46.914,-17.4899 41.4137,-32.2148 35.9134,-35.8789 28.5259,-47.8657 26.6924,-55.2078 26.6924,-70.8723 18.3881,-53.3689 7.3337,-23.9328 4.6375,-9.1945 7.3336,2.7515 7.3876,19.3288 16.5547,57.0603 13.8046,66.2547 12.8878,73.6239 6.417,30.3758 11.0545,33.1274 16.5547,23.0066 8.3043,10.1208 9.2209,9.2081 -1.8333,72.6976 -18.4421,15.6511 -12.8878,16.5637 -18.3882,39.5702 -9.2209,47.8522 -12.8879,64.4294 -6.417,25.7582 -18.3881,70.8758 -9.221,27.6107 -13.8046,32.2011 -11.9712,-44.1744 -11.0543,-37.7314 -23.8884,-71.785 -19.3587,-47.8521 -26.6925,-56.1341 -28.5259,-38.6576 -30.3592,-28.5233 -34.9967,-24.8455 -45.9973,-9.2081 -53.3848,-3.6778 -80.0233,2.7651 -44.2178,0.9127 -54.3015,10.1207 -20.2216,7.3692 -13.8045,5.5167 -12.8879,17.4899 -11.0544,8.2819 -18.3881,3.6778 -21.1922,18.4026 -33.1094,34.0535 -38.6635,41.4092 -33.1094,14.7249 -19.3588,4.604 -21.1382,-2.7516 -28.5258,-11.0469 -33.1634,-2.7652 -45.0805,2.7652 z" id="path90437" /> + comment: "Working solutions of the pH-series with values lower than 3 were prepared by using HClO4 and KClO4. For pH values ranging from 3 to 9, phosphate buffer solutions were employed (Na2HPO4 and NaH2PO4). Alkaline solutions were prepared with NaOH and KClO4. The exact concentrations of these components are unkown." diff --git a/literature/mello_2018_bromide_18562/mello_2018_bromide_18562_p1_f1_ph11,5_red.yaml b/literature/mello_2018_bromide_18562/mello_2018_bromide_18562_p1_f1_ph11,5_red.yaml new file mode 100644 index 000000000..624124a4b --- /dev/null +++ b/literature/mello_2018_bromide_18562/mello_2018_bromide_18562_p1_f1_ph11,5_red.yaml @@ -0,0 +1,51 @@ +# This file is part of echemdb (https://github.com/echemdb/website) +# Details on the meta data structure can be found on https://github.com/echemdb/metadata-schema +electrochemical system: + electrodes: + configuration: 3 + counter electrode: + material: Pt + shape: wire + reference electrode: + type: RHE + working electrode: + crystallographic orientation: '111' + material: Pt + electrolyte: + components: + - name: NaOH + type: base + - name: water + type: solvent + - name: KClO4 + type: salt + - concentration: + unit: mol / l + value: 0.01 + name: KBr + type: salt + ph: + value: 11.5 + temperature: + unit: K + value: 298.15 + type: aq + version: 1 +source: + citation key: mello_2018_bromide_18562 + curve: ph11,5_red + url: https://doi.org/10.1021/acs.jpcc.8b05685 + figure: 1 + version: 1 +version: 1 +curation: + version: 1 + process: + - role: curator + name: Markus Schilling + orcid: https://orcid.org/0000-0003-2684-3711 + date: 2021-12-01 + - role: reviewer + name: Albert Engstfeld + orcid: https://orcid.org/0000-0002-9686-3948 + date: 2022-01-21 diff --git a/literature/mello_2018_bromide_18562/mello_2018_bromide_18562_p1_1_ph2,2_black.svg b/literature/mello_2018_bromide_18562/mello_2018_bromide_18562_p1_f1_ph2,2_black.svg similarity index 74% rename from literature/mello_2018_bromide_18562/mello_2018_bromide_18562_p1_1_ph2,2_black.svg rename to literature/mello_2018_bromide_18562/mello_2018_bromide_18562_p1_f1_ph2,2_black.svg index 8d9274e60..e9c05fea5 100644 --- a/literature/mello_2018_bromide_18562/mello_2018_bromide_18562_p1_1_ph2,2_black.svg +++ b/literature/mello_2018_bromide_18562/mello_2018_bromide_18562_p1_f1_ph2,2_black.svg @@ -1,16 +1,30 @@ + sodipodi:docname="mello_2018_bromide_18562_p1_f1_ph2,2_black.svg" + inkscape:version="0.92.2 (5c3e80d, 2017-08-06)"> + + + + image/svg+xml + + + + + x="0" + width="5212px" + sodipodi:insensitive="true" + height="6820px" /> scan rate: 50 mV/s + y="1524.8794">scan rate: 50 mV / s @@ -138,4 +153,14 @@ d="m 2077.3301,1253.6822 1.8874,-66.2684 2.7501,-23.0066 14.7213,-12.8859 23.9423,-4.604 h 29.4425 l 21.1383,-1.8389 19.3587,-3.6778 16.5547,1.8389 17.4714,0.9262 h 28.5259 l 42.3303,1.8389 12.8879,0.9127 14.7213,1.8525 25.7757,0.9126 24.859,0.9263 8.2504,1.8389 33.1633,15.6374 31.2759,7.3692 36.8302,6.4429 h 34.0261 l 79.1605,-1.8389 67.1894,0.9127 43.2471,-0.9127 28.5259,-1.8389 29.4426,-3.6913 45.0805,-13.7986 39.5802,-9.2081 29.4426,-3.6778 30.3592,-0.9262 h 24.8591 l 24.8589,-1.8389 13.8047,-7.3556 11.0544,-13.8122 6.4169,-16.5636 5.5542,7.3691 8.2504,29.4496 13.8045,20.2415 15.638,6.443 10.1378,3.6778 0.9167,21.1677 -13.8045,4.604 -17.4715,8.2818 -18.388,23.0067 -6.471,23.0066 -6.417,21.1677 -5.5541,-22.0803 -5.5003,-14.7248 -10.1377,-8.2819 -20.2215,-1.8525 h -36.8302 l -45.0805,-0.9126 -27.6091,-7.3692 -45.0806,-11.9597 -42.3843,-9.208 -37.6929,-1.8389 -75.4938,0.9262 -61.6352,-1.8389 -49.718,0.9127 h -38.6096 l -39.5803,5.5302 -28.5259,4.6041 -29.4964,11.0334 -13.8046,6.4429 -30.3593,1.8389 -55.2182,3.6914 -46.914,3.6778 -32.1926,1.8389 -17.5254,1.8389 -7.3336,0.9263 -19.3588,-3.6914 -19.3048,-1.8389 -20.2215,-0.9127 -17.5254,3.6778 -12.8878,7.3556 z" id="path40165" /> + comment: "Working solutions of the pH-series with values lower than 3 were prepared by using HClO4 and KClO4. For pH values ranging from 3 to 9, phosphate buffer solutions were employed (Na2HPO4 and NaH2PO4). Alkaline solutions were prepared with NaOH and KClO4. The exact concentrations of these components are unkown." diff --git a/literature/mello_2018_bromide_18562/mello_2018_bromide_18562_p1_f1_ph2,2_black.yaml b/literature/mello_2018_bromide_18562/mello_2018_bromide_18562_p1_f1_ph2,2_black.yaml new file mode 100644 index 000000000..c7de7d55f --- /dev/null +++ b/literature/mello_2018_bromide_18562/mello_2018_bromide_18562_p1_f1_ph2,2_black.yaml @@ -0,0 +1,46 @@ +# This file is part of echemdb (https://github.com/echemdb/website) +# Details on the meta data structure can be found on https://github.com/echemdb/metadata-schema +electrochemical system: + electrodes: + configuration: 3 + counter electrode: + material: Pt + shape: wire + reference electrode: + type: RHE + working electrode: + crystallographic orientation: '111' + material: Pt + electrolyte: + components: + - name: HClO4 + type: acid + - name: water + type: solvent + - name: KClO4 + type: salt + ph: + value: 2.2 + temperature: + unit: K + value: 298.15 + type: aq + version: 1 +source: + citation key: mello_2018_bromide_18562 + curve: ph2,2_black + url: https://doi.org/10.1021/acs.jpcc.8b05685 + figure: 1 + version: 1 +version: 1 +curation: + version: 1 + process: + - role: curator + name: Markus Schilling + orcid: https://orcid.org/0000-0003-2684-3711 + date: 2021-12-01 + - role: reviewer + name: Albert Engstfeld + orcid: https://orcid.org/0000-0002-9686-3948 + date: 2022-01-21 diff --git a/literature/mello_2018_bromide_18562/mello_2018_bromide_18562_p1_1_ph2,2_red.svg b/literature/mello_2018_bromide_18562/mello_2018_bromide_18562_p1_f1_ph2,2_red.svg similarity index 74% rename from literature/mello_2018_bromide_18562/mello_2018_bromide_18562_p1_1_ph2,2_red.svg rename to literature/mello_2018_bromide_18562/mello_2018_bromide_18562_p1_f1_ph2,2_red.svg index fe04cb38f..45e1b1f04 100644 --- a/literature/mello_2018_bromide_18562/mello_2018_bromide_18562_p1_1_ph2,2_red.svg +++ b/literature/mello_2018_bromide_18562/mello_2018_bromide_18562_p1_f1_ph2,2_red.svg @@ -1,16 +1,30 @@ + sodipodi:docname="mello_2018_bromide_18562_p1_f1_ph2,2_red.svg" + inkscape:version="0.92.2 (5c3e80d, 2017-08-06)"> + + + + image/svg+xml + + + + + x="0" + width="5212px" + sodipodi:insensitive="true" + height="6820px" /> scan rate: 50 mV/s + y="1524.8794">scan rate: 50 mV / s @@ -138,4 +153,14 @@ d="m 2076.7261,1258.0688 3.2411,-58.571 2.6309,-33.8366 10.4096,-13.0126 17.5398,-4.5559 33.8595,-3.9009 16.2815,-5.8561 20.8191,-11.7123 16.2434,3.9009 12.3923,-1.9553 19.5226,-13.6675 12.3541,-29.2807 9.1131,-49.4594 9.1131,-54.00562 7.8167,-33.83657 3.241,-0.65497 3.8893,13.66755 7.8167,57.91611 12.3541,70.9287 9.1131,33.8366 11.7059,18.8784 16.2816,16.2681 22.7636,4.5558 21.5054,0.6454 11.0577,-3.2556 2.5929,-24.7248 3.241,-44.9036 0.6482,-28.6257 4.5757,55.3058 3.241,30.5907 5.872,13.6579 11.706,13.0223 22.1154,7.8017 37.7488,3.9105 42.9345,1.3003 h 70.3119 49.4547 49.4547 l 36.4142,-0.655 34.5077,-1.9456 h 14.9471 l 7.1684,-3.9105 10.4095,2.6102 h 21.4672 l 37.1006,1.3003 h 80.7214 21.4672 l 87.8382,0.6454 -5.1857,4.5558 -274.6129,1.9553 -281.7813,-1.3003 -14.9851,1.3003 -24.0601,1.9552 -27.9874,5.8562 -13.6506,11.0573 -9.1131,21.479 -3.2792,38.3924 -3.2411,50.1047 -3.241,-79.3855 -1.2964,-26.6801 -13.0405,-5.8658 -24.0601,4.5559 -22.7637,10.412 -10.4476,9.1117 -11.6931,17.5804 -16.9298,47.5042 -7.8166,45.5489 -11.0578,57.2611 -4.5375,18.8784 -6.5202,1.9456 -6.5202,-41.648 -9.1132,-76.1299 -9.113,-31.8909 -13.0024,-22.7793 -18.2262,-3.2459 -17.5779,3.2459 -9.1131,-3.2459 -23.4119,-9.1117 -23.4119,-2.6006 -18.8744,3.246 -16.2815,9.1117 z" id="path41627" /> + comment: "Working solutions of the pH-series with values lower than 3 were prepared by using HClO4 and KClO4. For pH values ranging from 3 to 9, phosphate buffer solutions were employed (Na2HPO4 and NaH2PO4). Alkaline solutions were prepared with NaOH and KClO4. The exact concentrations of these components are unkown." diff --git a/literature/mello_2018_bromide_18562/mello_2018_bromide_18562_p1_f1_ph2,2_red.yaml b/literature/mello_2018_bromide_18562/mello_2018_bromide_18562_p1_f1_ph2,2_red.yaml new file mode 100644 index 000000000..c2ec45517 --- /dev/null +++ b/literature/mello_2018_bromide_18562/mello_2018_bromide_18562_p1_f1_ph2,2_red.yaml @@ -0,0 +1,51 @@ +# This file is part of echemdb (https://github.com/echemdb/website) +# Details on the meta data structure can be found on https://github.com/echemdb/metadata-schema +electrochemical system: + electrodes: + configuration: 3 + counter electrode: + material: Pt + shape: wire + reference electrode: + type: RHE + working electrode: + crystallographic orientation: '111' + material: Pt + electrolyte: + components: + - name: HClO4 + type: acid + - name: water + type: solvent + - name: KClO4 + type: salt + - concentration: + unit: mol / l + value: 0.01 + name: KBr + type: salt + ph: + value: 2.2 + temperature: + unit: K + value: 298.15 + type: aq + version: 1 +source: + citation key: mello_2018_bromide_18562 + curve: ph2,2_red + url: https://doi.org/10.1021/acs.jpcc.8b05685 + figure: 1 + version: 1 +version: 1 +curation: + version: 1 + process: + - role: curator + name: Markus Schilling + orcid: https://orcid.org/0000-0003-2684-3711 + date: 2021-12-01 + - role: reviewer + name: Albert Engstfeld + orcid: https://orcid.org/0000-0002-9686-3948 + date: 2022-01-21 diff --git a/literature/mello_2018_bromide_18562/mello_2018_bromide_18562_p1_1_ph3,2_black.svg b/literature/mello_2018_bromide_18562/mello_2018_bromide_18562_p1_f1_ph3,2_black.svg similarity index 74% rename from literature/mello_2018_bromide_18562/mello_2018_bromide_18562_p1_1_ph3,2_black.svg rename to literature/mello_2018_bromide_18562/mello_2018_bromide_18562_p1_f1_ph3,2_black.svg index 5f1b2db7d..003bb10b1 100644 --- a/literature/mello_2018_bromide_18562/mello_2018_bromide_18562_p1_1_ph3,2_black.svg +++ b/literature/mello_2018_bromide_18562/mello_2018_bromide_18562_p1_f1_ph3,2_black.svg @@ -1,16 +1,30 @@ + sodipodi:docname="mello_2018_bromide_18562_p1_f1_ph3,2_black.svg" + inkscape:version="0.92.2 (5c3e80d, 2017-08-06)"> + + + + image/svg+xml + + + + + x="0" + width="5212px" + sodipodi:insensitive="true" + height="6820px" /> scan rate: 50 mV/s + y="1553.5052">scan rate: 50 mV / s @@ -138,4 +153,14 @@ d="m 3303.2188,1243.5544 0.9167,-56.134 3.6669,-28.5233 11.9711,-6.443 14.7213,-5.5303 32.2466,-1.8389 26.6385,-2.7651 14.7752,-1.8389 11.9172,1.8389 34.9968,0.9262 45.9972,1.8389 37.7468,2.7652 21.1383,0.9126 10.1377,-1.8389 7.3876,-9.1945 2.7502,-2.7651 3.6668,11.047 5.5541,3.6778 14.7213,10.1207 25.7757,7.3692 28.5259,7.3556 19.3048,4.6041 20.2216,-0.9263 13.8045,-3.6778 10.1377,-10.1207 20.2755,-15.6511 17.4714,-11.9596 23.9423,-1.8389 17.4714,-0.9263 21.1382,2.7652 18.4421,3.6778 35.8595,11.9732 26.6924,7.3556 31.276,9.2081 38.6635,7.3556 34.9968,2.7652 35.8595,2.7651 h 24.8589 l 57.0518,1.8389 46.9678,-0.9262 h 56.135 l 35.8595,0.9262 -6.4169,4.6041 -74.577,2.7515 -130.6581,3.6914 -49.7181,4.5904 -41.4136,4.6041 -33.1095,6.4429 -50.6346,12.8859 -33.1094,11.9597 -30.3593,4.604 -33.1633,2.7651 -32.1926,-6.4429 -17.4715,-10.1207 -15.6379,-15.6511 -18.442,-10.1207 -25.7218,-0.9263 -23.9424,3.6914 -18.3881,4.5905 -11.0544,5.5303 h -9.221 l -12.8879,1.8389 -10.1377,7.3555 -7.3337,10.1344 -3.6668,12.8723 -15.6919,-18.4026 -20.2215,0.9263 -77.3272,4.604 h -34.0261 l -18.3881,1.8389 -7.3876,2.7516 -19.3048,-1.8389 -11.0545,-2.7516 h -21.1921 l -21.1383,1.8389 -15.6379,3.6778 z" id="path49890" /> + comment: "Working solutions of the pH-series with values lower than 3 were prepared by using HClO4 and KClO4. For pH values ranging from 3 to 9, phosphate buffer solutions were employed (Na2HPO4 and NaH2PO4). Alkaline solutions were prepared with NaOH and KClO4. The exact concentrations of these components are unkown." diff --git a/literature/mello_2018_bromide_18562/mello_2018_bromide_18562_p1_f1_ph3,2_black.yaml b/literature/mello_2018_bromide_18562/mello_2018_bromide_18562_p1_f1_ph3,2_black.yaml new file mode 100644 index 000000000..2669a209e --- /dev/null +++ b/literature/mello_2018_bromide_18562/mello_2018_bromide_18562_p1_f1_ph3,2_black.yaml @@ -0,0 +1,46 @@ +# This file is part of echemdb (https://github.com/echemdb/website) +# Details on the meta data structure can be found on https://github.com/echemdb/metadata-schema +electrochemical system: + electrodes: + configuration: 3 + counter electrode: + material: Pt + shape: wire + reference electrode: + type: RHE + working electrode: + crystallographic orientation: '111' + material: Pt + electrolyte: + components: + - name: Na2HPO4 + type: acid + - name: water + type: solvent + - name: NaH2PO4 + type: acid + ph: + value: 3.2 + temperature: + unit: K + value: 298.15 + type: aq + version: 1 +source: + citation key: mello_2018_bromide_18562 + curve: ph3,2_black + url: https://doi.org/10.1021/acs.jpcc.8b05685 + figure: 1 + version: 1 +version: 1 +curation: + version: 1 + process: + - role: curator + name: Markus Schilling + orcid: https://orcid.org/0000-0003-2684-3711 + date: 2021-12-01 + - role: reviewer + name: Albert Engstfeld + orcid: https://orcid.org/0000-0002-9686-3948 + date: 2022-01-21 diff --git a/literature/mello_2018_bromide_18562/mello_2018_bromide_18562_p1_1_ph3,2_red.svg b/literature/mello_2018_bromide_18562/mello_2018_bromide_18562_p1_f1_ph3,2_red.svg similarity index 75% rename from literature/mello_2018_bromide_18562/mello_2018_bromide_18562_p1_1_ph3,2_red.svg rename to literature/mello_2018_bromide_18562/mello_2018_bromide_18562_p1_f1_ph3,2_red.svg index 6675e0617..e82c4601d 100644 --- a/literature/mello_2018_bromide_18562/mello_2018_bromide_18562_p1_1_ph3,2_red.svg +++ b/literature/mello_2018_bromide_18562/mello_2018_bromide_18562_p1_f1_ph3,2_red.svg @@ -1,16 +1,30 @@ + sodipodi:docname="mello_2018_bromide_18562_p1_f1_ph3,2_red.svg" + inkscape:version="0.92.2 (5c3e80d, 2017-08-06)"> + + + + image/svg+xml + + + + + x="0" + width="5212px" + sodipodi:insensitive="true" + height="6820px" /> scan rate: 50 mV/s + y="1553.5052">scan rate: 50 mV / s @@ -138,4 +153,14 @@ d="m 3298.2146,1249.616 1.9447,-48.8044 1.9446,-31.236 6.5203,-15.6228 13.0023,-7.8114 20.1708,-1.9456 27.9875,0.6453 25.3946,-3.9009 16.2435,-5.2108 20.8571,-9.757 13.6506,3.9009 6.5202,3.9105 h 14.947 l 16.9298,-8.4664 13.6505,-22.1243 8.4649,-27.9804 8.4649,-34.4915 5.872,-20.8237 6.4822,-6.5015 3.9274,6.5015 7.7785,25.3799 3.9274,19.5237 7.1684,27.3351 9.7613,27.9804 11.0578,20.169 17.5398,13.0126 20.209,5.2108 26.6529,3.2556 23.45,1.9456 13.0023,-1.3003 6.5203,-4.5559 2.5928,-14.9678 0.6483,-27.9804 v -38.3924 l 3.8892,-18.2234 1.9828,21.4789 2.5928,29.2807 1.2964,29.2808 1.9447,14.3225 4.5756,9.757 7.7785,9.7667 10.4095,4.5558 11.7441,2.6006 14.947,1.3003 16.9298,2.6006 17.5779,0.655 h 37.7488 42.2863 50.1029 64.4399 l 58.5677,0.6453 h 31.2286 l 11.7059,-4.5559 20.819,-0.6453 38.3971,0.6453 h 27.9874 l 27.3393,0.655 47.5018,0.655 24.7083,-0.655 4.5756,0.655 -2.5928,5.8561 -32.5631,0.6453 -100.2059,3.9009 h -43.5826 -31.9149 -41.6381 l -73.5148,-1.3003 -83.3142,-0.6453 -72.8666,1.9456 -37.1006,0.655 -28.6357,4.5559 -14.9851,5.8561 -11.706,9.757 -6.5202,16.2778 -3.8893,25.3702 -3.241,23.4342 -2.631,45.5489 -1.2964,-57.2612 -1.9446,-29.2903 -2.5929,-22.1243 -13.6506,-2.6006 -26.691,1.9553 -30.5804,3.9008 -22.1535,9.757 -18.1881,17.5781 -15.6333,30.5811 -14.9852,44.2485 -8.4267,26.0348 -6.5202,11.0574 -5.2239,-5.2012 -5.1856,-18.2234 -7.1685,-35.1369 -4.5375,-25.3798 -9.7613,-18.2234 -9.7613,-9.1118 -12.3923,-2.6005 -12.3541,1.9552 -11.0577,2.6006 -15.6334,-1.9553 -19.509,-5.8561 -23.45,-3.2555 h -22.7637 l -24.7083,1.9552 -13.0405,1.9553 z" id="path50161" /> + comment: "Working solutions of the pH-series with values lower than 3 were prepared by using HClO4 and KClO4. For pH values ranging from 3 to 9, phosphate buffer solutions were employed (Na2HPO4 and NaH2PO4). Alkaline solutions were prepared with NaOH and KClO4. The exact concentrations of these components are unkown." diff --git a/literature/mello_2018_bromide_18562/mello_2018_bromide_18562_p1_f1_ph3,2_red.yaml b/literature/mello_2018_bromide_18562/mello_2018_bromide_18562_p1_f1_ph3,2_red.yaml new file mode 100644 index 000000000..83feccbb6 --- /dev/null +++ b/literature/mello_2018_bromide_18562/mello_2018_bromide_18562_p1_f1_ph3,2_red.yaml @@ -0,0 +1,51 @@ +# This file is part of echemdb (https://github.com/echemdb/website) +# Details on the meta data structure can be found on https://github.com/echemdb/metadata-schema +electrochemical system: + electrodes: + configuration: 3 + counter electrode: + material: Pt + shape: wire + reference electrode: + type: RHE + working electrode: + crystallographic orientation: '111' + material: Pt + electrolyte: + components: + - name: Na2HPO4 + type: acid + - name: water + type: solvent + - name: NaH2PO4 + type: acid + - concentration: + unit: mol / l + value: 0.01 + name: KBr + type: salt + ph: + value: 3.2 + temperature: + unit: K + value: 298.15 + type: aq + version: 1 +source: + citation key: mello_2018_bromide_18562 + curve: ph3,2_red + url: https://doi.org/10.1021/acs.jpcc.8b05685 + figure: 1 + version: 1 +version: 1 +curation: + version: 1 + process: + - role: curator + name: Markus Schilling + orcid: https://orcid.org/0000-0003-2684-3711 + date: 2021-12-01 + - role: reviewer + name: Albert Engstfeld + orcid: https://orcid.org/0000-0002-9686-3948 + date: 2022-01-21 diff --git a/literature/mello_2018_bromide_18562/mello_2018_bromide_18562_p1_1_ph4,5_black.svg b/literature/mello_2018_bromide_18562/mello_2018_bromide_18562_p1_f1_ph4,5_black.svg similarity index 75% rename from literature/mello_2018_bromide_18562/mello_2018_bromide_18562_p1_1_ph4,5_black.svg rename to literature/mello_2018_bromide_18562/mello_2018_bromide_18562_p1_f1_ph4,5_black.svg index 70dde09f0..a2dddf03a 100644 --- a/literature/mello_2018_bromide_18562/mello_2018_bromide_18562_p1_1_ph4,5_black.svg +++ b/literature/mello_2018_bromide_18562/mello_2018_bromide_18562_p1_f1_ph4,5_black.svg @@ -1,16 +1,30 @@ + sodipodi:docname="mello_2018_bromide_18562_p1_f1_ph4,5_black.svg" + inkscape:version="0.92.2 (5c3e80d, 2017-08-06)"> + + + + image/svg+xml + + + + + x="0" + width="5212px" + sodipodi:insensitive="true" + height="6820px" /> scan rate: 50 mV/s + y="2448.9561">scan rate: 50 mV / s @@ -136,4 +151,14 @@ d="m 854.26033,2190.565 0.91673,-83.7446 2.75011,-73.6239 0.91672,-39.5703 9.22102,-32.2148 11.05444,-15.651 21.13822,-8.2819 18.38812,-1.8389 16.60861,-2.7515 16.5547,-4.604 20.22153,-10.1208 14.72127,0.9127 20.2755,1.8389 26.6924,3.6777 23.9423,2.7652 19.3048,2.7652 34.0261,10.1207 18.442,5.5167 10.0838,-0.9127 9.2211,-11.9596 4.5835,-14.7248 1.8873,-3.6914 2.7502,13.8122 5.5002,30.3622 12.8879,18.4162 24.859,19.3152 33.1093,21.1677 24.8591,8.2818 h 14.7213 l 12.8878,-1.8388 11.9712,-7.3556 9.2209,-18.4162 11.9173,-34.9663 8.3043,-25.7718 13.8046,-25.7581 11.0544,-13.8122 12.8879,-6.4429 13.8045,-0.9126 12.8879,1.8389 27.6091,11.9596 17.4714,14.7248 22.1089,17.4899 21.1382,20.2415 52.4681,36.8188 42.3305,17.4763 36.8301,9.2081 37.693,5.5166 22.1088,1.8389 58.8851,3.6915 42.3304,0.9126 h 33.1633 16.5547 v 7.3692 l -6.4709,7.3556 -40.4969,0.9262 h -53.331 l -17.5253,2.7516 -14.7213,2.7651 -23.9423,5.5303 -8.2503,2.7516 h -31.276 l -31.3299,1.8389 -22.9717,6.4429 -26.6924,11.047 -43.2471,23.9329 -20.2755,12.8723 -31.276,25.7718 -25.7757,22.0939 -25.7757,14.7248 -20.2215,8.2819 -20.2755,0.9126 -17.4713,-6.443 -10.1378,-11.0334 -13.8045,-28.5368 -12.8879,-38.6441 -12.8878,-29.4496 -18.3881,-11.047 -17.4715,-2.7651 -23.9422,3.6778 -23.9424,9.2081 -22.9716,14.7247 -17.5254,13.7986 -9.167,7.3692 -10.1377,12.8859 -2.7502,16.5637 -1.8334,20.2414 -4.6375,4.6041 -7.3336,-14.7248 -10.1378,-11.047 -21.1382,0.9263 -30.4132,8.2818 -35.8595,8.2818 -34.99674,6.443 -24.80507,3.6778 -18.44203,9.208 -12.88786,-10.1207 -18.38811,-4.604 -27.60913,-2.7652 -16.55469,5.5303 -14.72128,11.0334 z" id="path58344" /> + comment: "Working solutions of the pH-series with values lower than 3 were prepared by using HClO4 and KClO4. For pH values ranging from 3 to 9, phosphate buffer solutions were employed (Na2HPO4 and NaH2PO4). Alkaline solutions were prepared with NaOH and KClO4. The exact concentrations of these components are unkown." diff --git a/literature/mello_2018_bromide_18562/mello_2018_bromide_18562_p1_f1_ph4,5_black.yaml b/literature/mello_2018_bromide_18562/mello_2018_bromide_18562_p1_f1_ph4,5_black.yaml new file mode 100644 index 000000000..28b0d44bd --- /dev/null +++ b/literature/mello_2018_bromide_18562/mello_2018_bromide_18562_p1_f1_ph4,5_black.yaml @@ -0,0 +1,46 @@ +# This file is part of echemdb (https://github.com/echemdb/website) +# Details on the meta data structure can be found on https://github.com/echemdb/metadata-schema +electrochemical system: + electrodes: + configuration: 3 + counter electrode: + material: Pt + shape: wire + reference electrode: + type: RHE + working electrode: + crystallographic orientation: '111' + material: Pt + electrolyte: + components: + - name: Na2HPO4 + type: acid + - name: water + type: solvent + - name: NaH2PO4 + type: acid + ph: + value: 4.5 + temperature: + unit: K + value: 298.15 + type: aq + version: 1 +source: + citation key: mello_2018_bromide_18562 + curve: ph4,5_black + url: https://doi.org/10.1021/acs.jpcc.8b05685 + figure: 1 + version: 1 +version: 1 +curation: + version: 1 + process: + - role: curator + name: Markus Schilling + orcid: https://orcid.org/0000-0003-2684-3711 + date: 2021-12-01 + - role: reviewer + name: Albert Engstfeld + orcid: https://orcid.org/0000-0002-9686-3948 + date: 2022-01-21 diff --git a/literature/mello_2018_bromide_18562/mello_2018_bromide_18562_p1_f1_ph4,5_red.svg b/literature/mello_2018_bromide_18562/mello_2018_bromide_18562_p1_f1_ph4,5_red.svg new file mode 100644 index 000000000..5c3b4498c --- /dev/null +++ b/literature/mello_2018_bromide_18562/mello_2018_bromide_18562_p1_f1_ph4,5_red.svg @@ -0,0 +1,167 @@ + + + + + + image/svg+xml + + + + + + + + scan rate: 50 mV / s + + + x1: 0.1 V vs RHE + + + + x2: 0.9 V vs RHE + + + + y2: 100 uA / cm2 + + + + y1: -100 uA / cm2 + + + + curve: Pt(111)_ph_4,5_KPF6_KBr + + + comment: "Working solutions of the pH-series with values lower than 3 were prepared by using HClO4 and KClO4. For pH values ranging from 3 to 9, phosphate buffer solutions were employed (Na2HPO4 and NaH2PO4). Alkaline solutions were prepared with NaOH and KClO4. The exact concentrations of these components are unkown." + + diff --git a/literature/mello_2018_bromide_18562/mello_2018_bromide_18562_p1_f1_ph4,5_red.yaml b/literature/mello_2018_bromide_18562/mello_2018_bromide_18562_p1_f1_ph4,5_red.yaml new file mode 100644 index 000000000..f13c27313 --- /dev/null +++ b/literature/mello_2018_bromide_18562/mello_2018_bromide_18562_p1_f1_ph4,5_red.yaml @@ -0,0 +1,51 @@ +# This file is part of echemdb (https://github.com/echemdb/website) +# Details on the meta data structure can be found on https://github.com/echemdb/metadata-schema +electrochemical system: + electrodes: + configuration: 3 + counter electrode: + material: Pt + shape: wire + reference electrode: + type: RHE + working electrode: + crystallographic orientation: '111' + material: Pt + electrolyte: + components: + - name: Na2HPO4 + type: acid + - name: water + type: solvent + - name: NaH2PO4 + type: acid + - concentration: + unit: mol / l + value: 0.01 + name: KBr + type: salt + ph: + value: 4.5 + temperature: + unit: K + value: 298.15 + type: aq + version: 1 +source: + citation key: mello_2018_bromide_18562 + curve: ph4,5_red + url: https://doi.org/10.1021/acs.jpcc.8b05685 + figure: 1 + version: 1 +version: 1 +curation: + version: 1 + process: + - role: curator + name: Markus Schilling + orcid: https://orcid.org/0000-0003-2684-3711 + date: 2021-12-01 + - role: reviewer + name: Albert Engstfeld + orcid: https://orcid.org/0000-0002-9686-3948 + date: 2022-01-21 diff --git a/literature/mello_2018_bromide_18562/mello_2018_bromide_18562_p1_1_ph5,4_black.svg b/literature/mello_2018_bromide_18562/mello_2018_bromide_18562_p1_f1_ph5,4_black.svg similarity index 76% rename from literature/mello_2018_bromide_18562/mello_2018_bromide_18562_p1_1_ph5,4_black.svg rename to literature/mello_2018_bromide_18562/mello_2018_bromide_18562_p1_f1_ph5,4_black.svg index 962636afb..8d06c1b65 100644 --- a/literature/mello_2018_bromide_18562/mello_2018_bromide_18562_p1_1_ph5,4_black.svg +++ b/literature/mello_2018_bromide_18562/mello_2018_bromide_18562_p1_f1_ph5,4_black.svg @@ -1,16 +1,30 @@ + sodipodi:docname="mello_2018_bromide_18562_p1_f1_ph5,4_black.svg" + inkscape:version="0.92.2 (5c3e80d, 2017-08-06)"> + + + + image/svg+xml + + + + + x="0" + width="5212px" + sodipodi:insensitive="true" + height="6820px" /> scan rate: 50 mV/s + y="2483.9087">scan rate: 50 mV / s @@ -138,4 +153,14 @@ d="m 2076.423,2195.1619 1.8334,-88.3487 1.8334,-83.7446 -0.9167,-32.2148 3.7208,-20.2414 6.4169,-17.49 11.0545,-14.7248 11.9711,-3.6778 h 22.055 l 28.5258,-2.7651 21.1922,-5.5167 11.9711,-9.2081 4.5836,-6.443 9.221,0.9263 11.0544,7.3692 22.9717,5.5167 12.8878,1.8389 49.718,11.047 26.6925,10.1207 26.6924,7.3556 8.2504,-1.8389 8.3043,-11.0334 3.6668,-15.651 2.7502,-6.443 2.7501,10.1208 2.804,19.3288 1.8335,17.49 11.0544,19.3288 22.9716,18.4026 19.3588,11.0333 22.0549,8.2955 32.2466,5.5167 24.8051,-6.4429 15.638,-20.2415 20.2755,-51.5436 17.4713,-33.1274 14.7213,-20.2414 19.3588,-8.2818 3.6668,-8.2955 4.5836,-23.9193 4.6374,-32.2147 1.8334,14.7248 4.5836,37.7314 2.7501,17.4899 3.7208,24.8455 6.417,16.5637 6.4169,13.8122 7.3876,8.2818 14.7213,1.8389 9.221,6.443 5.5003,12.8859 3.6668,10.1207 13.8045,-15.6511 11.0545,-18.4025 9.2211,-18.4026 5.5002,-22.094 7.3876,-26.6844 3.6668,-11.047 3.6669,10.1207 1.8334,15.6511 5.5542,44.1743 1.8334,21.1678 3.6668,7.3555 16.5547,11.9733 25.7757,12.8859 29.4425,11.9596 30.4132,7.3556 39.5264,6.443 40.4969,4.604 43.2471,0.9262 33.1634,0.9127 28.5258,-0.9127 v 14.7249 h -13.8045 l -44.1638,1.8388 h -46.968 l -19.3047,2.7516 -12.8879,1.8525 -22.1088,7.3555 -19.3049,6.443 h -25.7757 l -20.2215,4.6041 -23.0256,10.1207 -36.8301,19.3288 -39.5264,24.8455 -14.7752,7.3556 -7.3337,8.2819 -3.6668,13.8121 -5.5542,27.6107 -7.3337,-17.4899 -3.7207,-28.5233 -6.417,-15.6511 -6.4169,-7.3556 h -9.2211 l -13.8045,8.2818 -10.1378,15.6375 -11.0544,25.7718 -5.5003,30.3622 -9.221,69.0334 -5.5002,43.2481 -4.5836,-54.295 -1.8874,-57.9865 -4.5835,-12.8723 -13.8046,-12.8859 -13.8045,-23.9329 -17.4714,-34.0536 -19.3588,-25.7582 -26.6385,-18.4162 -28.5797,-2.7515 -27.6091,5.5167 -34.9429,20.2415 -16.5546,16.5773 -9.2211,18.4025 -2.7501,18.4026 -3.6668,12.8859 -7.3876,-5.5167 -8.2504,-11.0469 -11.0545,-4.6041 -11.0544,2.7652 -34.9967,11.9595 -35.8596,8.2819 -38.6635,7.3692 -23.9423,6.4293 -8.2504,7.3692 -15.638,-9.2081 -21.1921,-9.1944 -23.0256,-0.9263 -25.7218,2.7652 -11.9712,4.604 -8.3043,10.1207 z" id="path67079" /> + comment: "Working solutions of the pH-series with values lower than 3 were prepared by using HClO4 and KClO4. For pH values ranging from 3 to 9, phosphate buffer solutions were employed (Na2HPO4 and NaH2PO4). Alkaline solutions were prepared with NaOH and KClO4. The exact concentrations of these components are unkown." diff --git a/literature/mello_2018_bromide_18562/mello_2018_bromide_18562_p1_f1_ph5,4_black.yaml b/literature/mello_2018_bromide_18562/mello_2018_bromide_18562_p1_f1_ph5,4_black.yaml new file mode 100644 index 000000000..f54ee26e0 --- /dev/null +++ b/literature/mello_2018_bromide_18562/mello_2018_bromide_18562_p1_f1_ph5,4_black.yaml @@ -0,0 +1,46 @@ +# This file is part of echemdb (https://github.com/echemdb/website) +# Details on the meta data structure can be found on https://github.com/echemdb/metadata-schema +electrochemical system: + electrodes: + configuration: 3 + counter electrode: + material: Pt + shape: wire + reference electrode: + type: RHE + working electrode: + crystallographic orientation: '111' + material: Pt + electrolyte: + components: + - name: Na2HPO4 + type: acid + - name: water + type: solvent + - name: NaH2PO4 + type: acid + ph: + value: 5.4 + temperature: + unit: K + value: 298.15 + type: aq + version: 1 +source: + citation key: mello_2018_bromide_18562 + curve: ph5,4_black + url: https://doi.org/10.1021/acs.jpcc.8b05685 + figure: 1 + version: 1 +version: 1 +curation: + version: 1 + process: + - role: curator + name: Markus Schilling + orcid: https://orcid.org/0000-0003-2684-3711 + date: 2021-12-01 + - role: reviewer + name: Albert Engstfeld + orcid: https://orcid.org/0000-0002-9686-3948 + date: 2022-01-21 diff --git a/literature/mello_2018_bromide_18562/mello_2018_bromide_18562_p1_1_ph5,4_red.svg b/literature/mello_2018_bromide_18562/mello_2018_bromide_18562_p1_f1_ph5,4_red.svg similarity index 75% rename from literature/mello_2018_bromide_18562/mello_2018_bromide_18562_p1_1_ph5,4_red.svg rename to literature/mello_2018_bromide_18562/mello_2018_bromide_18562_p1_f1_ph5,4_red.svg index 6e14be6bd..4a4b9340a 100644 --- a/literature/mello_2018_bromide_18562/mello_2018_bromide_18562_p1_1_ph5,4_red.svg +++ b/literature/mello_2018_bromide_18562/mello_2018_bromide_18562_p1_f1_ph5,4_red.svg @@ -1,16 +1,30 @@ + sodipodi:docname="mello_2018_bromide_18562_p1_f1_ph5,4_red.svg" + inkscape:version="0.92.2 (5c3e80d, 2017-08-06)"> + + + + image/svg+xml + + + + + x="0" + width="5212px" + sodipodi:insensitive="true" + height="6820px" /> scan rate: 50 mV/s + y="2483.9087">scan rate: 50 mV / s @@ -138,4 +153,14 @@ d="m 2076.2192,2210.2872 1.2964,-93.7177 2.5929,-114.5222 5.1857,-23.4246 11.744,-33.8462 28.5976,-16.9135 46.9,-9.1117 19.5226,-3.9105 35.0797,-2.6006 18.2262,-7.8018 19.5226,-18.2234 4.7779,1.5685 11.9712,15.651 17.5253,15.6375 18.3881,-0.9127 17.4714,-9.2081 13.8046,-27.6107 11.9711,-23.0066 6.4709,-4.604 7.3337,1.8389 10.1377,19.3288 16.5547,40.4966 19.3048,23.9329 14.7213,11.9596 27.6091,5.5167 32.2466,2.7651 32.1927,1.8389 41.4137,6.443 29.4425,3.6778 13.8046,-7.3556 4.5836,-14.7248 1.8873,-43.2617 2.7501,-126.9969 1.8335,-73.6239 1.8333,74.5502 2.7502,47.8521 v 54.2951 l 0.9167,46.0133 6.4709,37.7314 9.1671,25.7717 18.442,20.2415 18.3882,5.5303 32.1926,7.3556 h 46.0512 l 66.2727,1.8389 74.523,1.8389 h 46.914 l 34.08,-2.7515 20.2215,-9.2081 14.7213,5.5166 h 19.3588 l 9.167,-0.9126 -0.9166,16.5637 -14.7213,5.5167 -51.4975,0.9262 -57.1056,-0.9262 h -105.799 l -90.215,4.604 -36.7763,2.7652 -20.2754,5.5167 -14.7213,8.2818 -11.9712,11.9733 -11.0544,32.2011 -7.3336,39.5703 -2.7502,51.5435 -3.7207,80.9829 -0.9167,66.2684 -1.8335,60.738 -0.9167,-109.5164 -1.8335,-79.1406 -0.9166,-86.5098 -2.7501,-24.8456 -7.3876,-6.4429 h -12.8879 l -40.497,7.3556 -88.3277,9.2081 -25.7757,7.3556 -21.1382,11.047 -21.1921,36.8187 -15.638,31.2885 -11.0545,11.047 -9.167,0.9126 -10.1378,-22.0803 -16.5547,-28.537 -13.8045,-7.3556 h -14.7213 l -17.5254,3.6778 -11.9711,11.047 -5.5003,11.0334 -9.2209,0.9262 -12.8879,-7.3691 -30.3593,-6.4294 h -21.1382 -25.7757 l -33.1633,-5.5303 -19.3049,1.8389 -14.7212,6.443 -11.9712,17.4899 z" id="path69090" /> + comment: "Working solutions of the pH-series with values lower than 3 were prepared by using HClO4 and KClO4. For pH values ranging from 3 to 9, phosphate buffer solutions were employed (Na2HPO4 and NaH2PO4). Alkaline solutions were prepared with NaOH and KClO4. The exact concentrations of these components are unkown." diff --git a/literature/mello_2018_bromide_18562/mello_2018_bromide_18562_p1_f1_ph5,4_red.yaml b/literature/mello_2018_bromide_18562/mello_2018_bromide_18562_p1_f1_ph5,4_red.yaml new file mode 100644 index 000000000..ee1251c07 --- /dev/null +++ b/literature/mello_2018_bromide_18562/mello_2018_bromide_18562_p1_f1_ph5,4_red.yaml @@ -0,0 +1,51 @@ +# This file is part of echemdb (https://github.com/echemdb/website) +# Details on the meta data structure can be found on https://github.com/echemdb/metadata-schema +electrochemical system: + electrodes: + configuration: 3 + counter electrode: + material: Pt + shape: wire + reference electrode: + type: RHE + working electrode: + crystallographic orientation: '111' + material: Pt + electrolyte: + components: + - name: Na2HPO4 + type: acid + - name: water + type: solvent + - name: NaH2PO4 + type: acid + - concentration: + unit: mol / l + value: 0.01 + name: KBr + type: salt + ph: + value: 5.4 + temperature: + unit: K + value: 298.15 + type: aq + version: 1 +source: + citation key: mello_2018_bromide_18562 + curve: ph5,4_red + url: https://doi.org/10.1021/acs.jpcc.8b05685 + figure: 1 + version: 1 +version: 1 +curation: + version: 1 + process: + - role: curator + name: Markus Schilling + orcid: https://orcid.org/0000-0003-2684-3711 + date: 2021-12-01 + - role: reviewer + name: Albert Engstfeld + orcid: https://orcid.org/0000-0002-9686-3948 + date: 2022-01-21 diff --git a/literature/mello_2018_bromide_18562/mello_2018_bromide_18562_p1_1_ph6,9_black.svg b/literature/mello_2018_bromide_18562/mello_2018_bromide_18562_p1_f1_ph6,9_black.svg similarity index 77% rename from literature/mello_2018_bromide_18562/mello_2018_bromide_18562_p1_1_ph6,9_black.svg rename to literature/mello_2018_bromide_18562/mello_2018_bromide_18562_p1_f1_ph6,9_black.svg index 30e45ebc5..7dbc2b247 100644 --- a/literature/mello_2018_bromide_18562/mello_2018_bromide_18562_p1_1_ph6,9_black.svg +++ b/literature/mello_2018_bromide_18562/mello_2018_bromide_18562_p1_f1_ph6,9_black.svg @@ -1,16 +1,30 @@ + sodipodi:docname="mello_2018_bromide_18562_p1_f1_ph6,9_black.svg" + inkscape:version="0.92.2 (5c3e80d, 2017-08-06)"> + + + + image/svg+xml + + + + + x="0" + width="5212px" + sodipodi:insensitive="true" + height="6820px" /> scan rate: 50 mV/s + y="2447.4619">scan rate: 50 mV / s @@ -138,4 +153,14 @@ d="m 3296.7721,2191.483 0.9168,-112.2816 v -60.738 l 1.8334,-45.087 6.4709,-19.3288 12.8878,-12.8859 12.8879,-6.443 28.5258,-2.7515 h 22.9717 l 22.1088,-0.9263 20.2216,-7.3692 8.3043,-12.8723 2.7501,-11.9732 16.5547,17.4899 24.859,9.2081 24.859,8.2819 34.9428,10.1207 29.4965,10.1208 22.0549,8.2818 7.3876,3.6778 11.0005,-2.7515 3.7208,-12.8859 3.6668,-19.3289 4.5836,-16.5637 1.8334,20.2415 2.8041,22.094 4.5835,26.6844 3.6668,11.9596 12.8879,11.9733 18.3881,9.1945 21.1922,8.2818 33.1094,3.6914 24.859,0.9127 18.442,-6.443 15.638,-15.6374 12.8879,-23.9329 18.3881,-38.6576 10.1377,-19.3153 24.8051,-48.7784 V 1846.37 l 2.804,-14.7248 0.9167,-23.0066 0.9167,-27.6107 1.8335,-15.6374 3.6668,6.4429 1.8334,25.7582 1.8335,45.1006 2.8039,38.6577 5.5004,42.3218 3.6668,23.0203 6.4708,24.8455 6.417,11.9596 9.221,8.2818 12.8879,3.6778 19.3049,-7.3555 13.8045,-22.094 9.2211,-23.0066 7.3336,-17.4764 10.1377,-9.2081 7.3876,9.2081 1.8334,15.6375 2.7502,23.0066 3.6668,21.1677 2.7502,8.2818 8.3043,-0.9126 10.1376,-15.651 16.5548,-15.6511 12.8878,-5.5167 11.9712,1.8389 11.0544,11.047 16.5547,17.49 14.7213,15.6374 26.6924,13.8121 34.9427,8.2819 40.4971,2.7515 53.3848,3.6914 h 24.859 l 0.9167,20.2415 -13.8046,0.9262 -32.1927,1.8389 -58.0223,-0.9262 -17.4713,4.604 -19.3049,9.2081 -20.2754,11.9597 -39.5803,11.9596 -38.6096,17.49 -24.859,11.0469 -8.3044,3.6778 -8.2504,11.9597 -9.2209,21.1677 -9.221,23.9329 -5.5003,0.9126 -6.471,-30.3622 -7.3336,-38.6576 -11.9711,-18.4027 -14.7213,-7.3691 -17.4715,3.6914 -14.7212,11.0333 -8.3042,15.6511 -8.3044,18.4026 -5.5003,29.4495 -8.3042,43.2617 -5.5004,45.087 -5.5002,69.0199 -5.5541,41.4092 -3.6669,-20.2415 -0.9167,-58.8991 -2.7501,-89.2613 -3.6668,-16.5637 -16.6087,-26.6981 -21.1382,-38.644 -20.2755,-28.5369 -21.1382,-15.6375 -34.0801,-9.2081 -34.9427,3.6778 -37.7469,17.49 -12.8878,8.2818 -9.2211,14.7248 -6.4169,28.5233 -1.8335,12.8859 -7.3876,2.7651 -5.5002,-12.8858 -12.8879,-6.443 -14.7213,0.9263 -29.4425,13.7985 -25.7757,9.2081 -30.3592,6.4429 -34.9968,11.0334 -21.1382,16.5773 -18.4421,-13.8121 -26.6924,-11.047 h -32.1927 l -30.3592,5.5303 -19.3048,8.2818 z" id="path70098" /> + comment: "Working solutions of the pH-series with values lower than 3 were prepared by using HClO4 and KClO4. For pH values ranging from 3 to 9, phosphate buffer solutions were employed (Na2HPO4 and NaH2PO4). Alkaline solutions were prepared with NaOH and KClO4. The exact concentrations of these components are unkown." diff --git a/literature/mello_2018_bromide_18562/mello_2018_bromide_18562_p1_f1_ph6,9_black.yaml b/literature/mello_2018_bromide_18562/mello_2018_bromide_18562_p1_f1_ph6,9_black.yaml new file mode 100644 index 000000000..a8eaafcaa --- /dev/null +++ b/literature/mello_2018_bromide_18562/mello_2018_bromide_18562_p1_f1_ph6,9_black.yaml @@ -0,0 +1,46 @@ +# This file is part of echemdb (https://github.com/echemdb/website) +# Details on the meta data structure can be found on https://github.com/echemdb/metadata-schema +electrochemical system: + electrodes: + configuration: 3 + counter electrode: + material: Pt + shape: wire + reference electrode: + type: RHE + working electrode: + crystallographic orientation: '111' + material: Pt + electrolyte: + components: + - name: Na2HPO4 + type: acid + - name: water + type: solvent + - name: NaH2PO4 + type: acid + ph: + value: 6.9 + temperature: + unit: K + value: 298.15 + type: aq + version: 1 +source: + citation key: mello_2018_bromide_18562 + curve: ph6,9_black + url: https://doi.org/10.1021/acs.jpcc.8b05685 + figure: 1 + version: 1 +version: 1 +curation: + version: 1 + process: + - role: curator + name: Markus Schilling + orcid: https://orcid.org/0000-0003-2684-3711 + date: 2021-12-01 + - role: reviewer + name: Albert Engstfeld + orcid: https://orcid.org/0000-0002-9686-3948 + date: 2022-01-21 diff --git a/literature/mello_2018_bromide_18562/mello_2018_bromide_18562_p1_f1_ph6,9_red.svg b/literature/mello_2018_bromide_18562/mello_2018_bromide_18562_p1_f1_ph6,9_red.svg new file mode 100644 index 000000000..10e9f944a --- /dev/null +++ b/literature/mello_2018_bromide_18562/mello_2018_bromide_18562_p1_f1_ph6,9_red.svg @@ -0,0 +1,169 @@ + + + + + + image/svg+xml + + + + + + + + scan rate: 50 mV / s + + + x1: 0.1 V vs RHE + + + + x2: 0.9 V vs RHE + + + + y2: 100 uA / cm2 + + + + y1: -100 uA / cm2 + + + + curve: Pt(111)_ph_6,9_KPF6_KBr + + + comment: "Working solutions of the pH-series with values lower than 3 were prepared by using HClO4 and KClO4. For pH values ranging from 3 to 9, phosphate buffer solutions were employed (Na2HPO4 and NaH2PO4). Alkaline solutions were prepared with NaOH and KClO4. The exact concentrations of these components are unkown." + + diff --git a/literature/mello_2018_bromide_18562/mello_2018_bromide_18562_p1_f1_ph6,9_red.yaml b/literature/mello_2018_bromide_18562/mello_2018_bromide_18562_p1_f1_ph6,9_red.yaml new file mode 100644 index 000000000..d2371d27f --- /dev/null +++ b/literature/mello_2018_bromide_18562/mello_2018_bromide_18562_p1_f1_ph6,9_red.yaml @@ -0,0 +1,51 @@ +# This file is part of echemdb (https://github.com/echemdb/website) +# Details on the meta data structure can be found on https://github.com/echemdb/metadata-schema +electrochemical system: + electrodes: + configuration: 3 + counter electrode: + material: Pt + shape: wire + reference electrode: + type: RHE + working electrode: + crystallographic orientation: '111' + material: Pt + electrolyte: + components: + - name: Na2HPO4 + type: acid + - name: water + type: solvent + - name: NaH2PO4 + type: acid + - concentration: + unit: mol / l + value: 0.01 + name: KBr + type: salt + ph: + value: 6.9 + temperature: + unit: K + value: 298.15 + type: aq + version: 1 +source: + citation key: mello_2018_bromide_18562 + curve: ph6,9_red + url: https://doi.org/10.1021/acs.jpcc.8b05685 + figure: 1 + version: 1 +version: 1 +curation: + version: 1 + process: + - role: curator + name: Markus Schilling + orcid: https://orcid.org/0000-0003-2684-3711 + date: 2021-12-01 + - role: reviewer + name: Albert Engstfeld + orcid: https://orcid.org/0000-0002-9686-3948 + date: 2022-01-21 diff --git a/literature/mello_2018_bromide_18562/mello_2018_bromide_18562_p1_1_ph8,2_black.svg b/literature/mello_2018_bromide_18562/mello_2018_bromide_18562_p1_f1_ph8,2_black.svg similarity index 75% rename from literature/mello_2018_bromide_18562/mello_2018_bromide_18562_p1_1_ph8,2_black.svg rename to literature/mello_2018_bromide_18562/mello_2018_bromide_18562_p1_f1_ph8,2_black.svg index 4e21c07ef..74864e0b5 100644 --- a/literature/mello_2018_bromide_18562/mello_2018_bromide_18562_p1_1_ph8,2_black.svg +++ b/literature/mello_2018_bromide_18562/mello_2018_bromide_18562_p1_f1_ph8,2_black.svg @@ -1,16 +1,30 @@ + sodipodi:docname="mello_2018_bromide_18562_p1_f1_ph8,2_black.svg" + inkscape:version="0.92.2 (5c3e80d, 2017-08-06)"> + + + + image/svg+xml + + + + + x="0" + width="5212px" + sodipodi:insensitive="true" + height="6820px" /> scan rate: 50 mV/s + y="3337.6729">scan rate: 50 mV / s @@ -136,4 +151,14 @@ x="125.82837" y="3196.1787">y1: -75 uA / cm2 + comment: "Working solutions of the pH-series with values lower than 3 were prepared by using HClO4 and KClO4. For pH values ranging from 3 to 9, phosphate buffer solutions were employed (Na2HPO4 and NaH2PO4). Alkaline solutions were prepared with NaOH and KClO4. The exact concentrations of these components are unkown." diff --git a/literature/mello_2018_bromide_18562/mello_2018_bromide_18562_p1_f1_ph8,2_black.yaml b/literature/mello_2018_bromide_18562/mello_2018_bromide_18562_p1_f1_ph8,2_black.yaml new file mode 100644 index 000000000..da005327b --- /dev/null +++ b/literature/mello_2018_bromide_18562/mello_2018_bromide_18562_p1_f1_ph8,2_black.yaml @@ -0,0 +1,46 @@ +# This file is part of echemdb (https://github.com/echemdb/website) +# Details on the meta data structure can be found on https://github.com/echemdb/metadata-schema +electrochemical system: + electrodes: + configuration: 3 + counter electrode: + material: Pt + shape: wire + reference electrode: + type: RHE + working electrode: + crystallographic orientation: '111' + material: Pt + electrolyte: + components: + - name: NaOH + type: base + - name: water + type: solvent + - name: KClO4 + type: salt + ph: + value: 8.2 + temperature: + unit: K + value: 298.15 + type: aq + version: 1 +source: + citation key: mello_2018_bromide_18562 + curve: ph8,2_black + url: https://doi.org/10.1021/acs.jpcc.8b05685 + figure: 1 + version: 1 +version: 1 +curation: + version: 1 + process: + - role: curator + name: Markus Schilling + orcid: https://orcid.org/0000-0003-2684-3711 + date: 2021-12-01 + - role: reviewer + name: Albert Engstfeld + orcid: https://orcid.org/0000-0002-9686-3948 + date: 2022-01-21 diff --git a/literature/mello_2018_bromide_18562/mello_2018_bromide_18562_p1_1_ph8,2_red.svg b/literature/mello_2018_bromide_18562/mello_2018_bromide_18562_p1_f1_ph8,2_red.svg similarity index 74% rename from literature/mello_2018_bromide_18562/mello_2018_bromide_18562_p1_1_ph8,2_red.svg rename to literature/mello_2018_bromide_18562/mello_2018_bromide_18562_p1_f1_ph8,2_red.svg index 0c438ee23..2396cabfc 100644 --- a/literature/mello_2018_bromide_18562/mello_2018_bromide_18562_p1_1_ph8,2_red.svg +++ b/literature/mello_2018_bromide_18562/mello_2018_bromide_18562_p1_f1_ph8,2_red.svg @@ -1,16 +1,30 @@ + sodipodi:docname="mello_2018_bromide_18562_p1_f1_ph8,2_red.svg" + inkscape:version="0.92.2 (5c3e80d, 2017-08-06)"> + + + + image/svg+xml + + + + + x="0" + width="5212px" + sodipodi:insensitive="true" + height="6820px" /> scan rate: 50 mV/s + y="3337.6729">scan rate: 50 mV / s @@ -136,4 +151,14 @@ d="m 856.08315,3097.9961 0.91671,-100.3084 0.91671,-115.0467 0.91671,-50.6173 4.63747,-18.4026 9.16708,-34.0536 16.60862,-21.1541 30.35927,-7.3692 42.3304,-6.443 27.60913,-7.3556 21.13825,-17.4899 15.638,7.3556 20.2754,9.2081 28.5259,12.8859 13.8045,-0.9263 12.8879,-11.0334 11.0544,-8.2818 6.417,22.0804 15.6379,38.6577 23.9424,26.6844 33.1094,25.7717 25.7757,13.7986 29.4425,5.5167 31.3299,-3.6778 36.7762,-17.4764 55.2183,-26.698 45.1344,-7.3556 46.914,-2.7651 64.4393,7.3692 40.497,9.1945 15.6379,-0.9127 10.0838,-10.1343 2.8041,-33.1274 1.8334,-85.5835 2.7501,-71.7851 3.6668,52.4562 1.8335,48.7784 3.7208,56.134 5.5002,39.5703 4.5835,17.4899 12.888,23.0067 20.2754,15.651 29.4425,8.2819 47.8306,4.5904 54.3016,0.9262 37.7469,1.8389 0.9167,13.8122 -14.7212,1.8389 -48.8014,1.8389 -61.6352,2.7651 -36.8301,6.4293 -22.9717,10.1344 -12.8878,11.9596 -13.8047,30.3759 -8.3042,45.087 -5.5003,53.3824 -3.7207,143.5559 -1.8335,42.3355 -1.8334,-65.3421 v -77.3017 l -1.8334,-79.1406 -1.8334,-48.7784 -6.4709,-7.3556 -14.7213,-2.7651 -23.8884,5.5166 -57.0517,11.047 -34.0799,2.7652 -46.914,-3.6914 -48.8013,-11.9596 -65.356,-29.4496 -39.5263,-14.7248 -32.2466,1.8389 -19.3049,8.2818 -26.6924,16.5637 -23.9423,20.2551 -24.859,26.6844 -7.3336,15.6511 -10.1378,27.6106 -14.7212,-5.5303 -22.055,-4.604 -29.4965,11.0469 -27.6091,12.886 -12.88785,3.6778 -35.85953,-9.1945 -39.58026,-3.6915 -27.60913,-1.8389 -23.0256,11.0471 -11.0005,16.5636 z" id="path79360" /> + comment: "Working solutions of the pH-series with values lower than 3 were prepared by using HClO4 and KClO4. For pH values ranging from 3 to 9, phosphate buffer solutions were employed (Na2HPO4 and NaH2PO4). Alkaline solutions were prepared with NaOH and KClO4. The exact concentrations of these components are unkown." diff --git a/literature/mello_2018_bromide_18562/mello_2018_bromide_18562_p1_f1_ph8,2_red.yaml b/literature/mello_2018_bromide_18562/mello_2018_bromide_18562_p1_f1_ph8,2_red.yaml new file mode 100644 index 000000000..ef158df4f --- /dev/null +++ b/literature/mello_2018_bromide_18562/mello_2018_bromide_18562_p1_f1_ph8,2_red.yaml @@ -0,0 +1,51 @@ +# This file is part of echemdb (https://github.com/echemdb/website) +# Details on the meta data structure can be found on https://github.com/echemdb/metadata-schema +electrochemical system: + electrodes: + configuration: 3 + counter electrode: + material: Pt + shape: wire + reference electrode: + type: RHE + working electrode: + crystallographic orientation: '111' + material: Pt + electrolyte: + components: + - name: NaOH + type: base + - name: water + type: solvent + - name: KClO4 + type: salt + - concentration: + unit: mol / l + value: 0.01 + name: KBr + type: salt + ph: + value: 8.2 + temperature: + unit: K + value: 298.15 + type: aq + version: 1 +source: + citation key: mello_2018_bromide_18562 + curve: ph8,2_red + url: https://doi.org/10.1021/acs.jpcc.8b05685 + figure: 1 + version: 1 +version: 1 +curation: + version: 1 + process: + - role: curator + name: Markus Schilling + orcid: https://orcid.org/0000-0003-2684-3711 + date: 2021-12-01 + - role: reviewer + name: Albert Engstfeld + orcid: https://orcid.org/0000-0002-9686-3948 + date: 2022-01-21 diff --git a/literature/mello_2018_bromide_18562/mello_2018_bromide_18562_p1_1_ph9,1_black.svg b/literature/mello_2018_bromide_18562/mello_2018_bromide_18562_p1_f1_ph9,1_black.svg similarity index 75% rename from literature/mello_2018_bromide_18562/mello_2018_bromide_18562_p1_1_ph9,1_black.svg rename to literature/mello_2018_bromide_18562/mello_2018_bromide_18562_p1_f1_ph9,1_black.svg index d9ea54fa1..8d2e36b31 100644 --- a/literature/mello_2018_bromide_18562/mello_2018_bromide_18562_p1_1_ph9,1_black.svg +++ b/literature/mello_2018_bromide_18562/mello_2018_bromide_18562_p1_f1_ph9,1_black.svg @@ -1,16 +1,30 @@ + sodipodi:docname="mello_2018_bromide_18562_p1_f1_ph9,1_black.svg" + inkscape:version="0.92.2 (5c3e80d, 2017-08-06)"> + + + + image/svg+xml + + + + + x="0" + width="5212px" + sodipodi:insensitive="true" + height="6820px" /> scan rate: 50 mV/s + y="3259.5396">scan rate: 50 mV / s @@ -138,4 +153,14 @@ d="m 2080.1068,3053.8211 -1.8334,-87.4361 2.7501,-114.1068 5.5542,-40.4966 13.8046,-23.0066 34.9428,-17.49 46.9139,-11.0333 41.4137,-6.443 37.7469,0.9127 44.1638,11.9732 32.2466,16.5637 28.5259,20.2415 27.6091,24.8455 13.8045,4.604 7.3337,-6.4429 8.3043,-11.047 6.417,15.651 4.6374,22.0804 6.417,10.1343 17.4714,7.3556 32.2466,7.3692 36.7763,3.6778 36.8301,-2.7651 24.859,-11.047 18.3882,-17.4763 22.1088,-34.9799 15.6379,-38.6441 18.3882,-34.9798 15.638,-26.6845 5.5541,-19.3288 4.5835,-37.7314 7.3876,-37.7314 5.5004,11.047 2.75,36.8051 2.7502,48.7784 7.3876,40.4966 10.1378,43.2481 6.4169,15.651 15.638,12.8859 14.7213,1.8389 20.2754,-6.4429 17.4714,-13.7985 22.1088,-34.0537 21.1384,-26.698 8.3042,-4.5904 10.0838,6.4429 6.4709,13.7986 5.5002,15.651 11.9712,11.9596 9.2211,8.2819 12.8878,3.6777 16.5547,9.2081 22.1089,11.047 13.8046,2.7516 29.4425,1.8389 22.055,0.9262 13.8045,2.7652 19.3587,5.5167 -0.9167,23.9328 -2.804,39.5704 -5.5003,7.3555 -15.6379,19.3289 -13.8047,11.047 -11.0544,3.6778 -14.7212,1.8389 -16.5548,-7.3556 -15.638,-4.6041 -18.4419,-0.9263 -19.3049,8.2819 -10.1377,13.8121 -15.638,20.2415 -12.8878,21.1678 -15.638,8.2818 -17.4714,6.443 -13.8046,4.604 -11.9711,0.9127 -14.7213,-19.3153 -9.221,-16.5773 -11.9711,-14.7248 -17.4715,-6.4293 -12.8878,3.6778 -11.9712,9.1945 -11.0544,23.0066 -12.8339,46.0269 -8.3043,48.7647 -7.3876,46.9395 -3.6669,24.8456 -8.2504,-21.1678 -1.8873,-26.6844 -5.5003,-43.2481 -14.7213,-37.745 -23.9422,-39.5703 -32.1927,-49.691 -26.6924,-15.6511 -45.9973,-13.7985 -36.8301,-2.7652 -12.8879,2.7652 -26.6924,4.6041 -23.0256,11.0469 -20.2215,11.9597 -11.0545,13.7985 -11.0544,13.8121 -16.5547,8.2819 -16.5547,12.8859 -36.8301,23.9193 -53.3309,23.0066 -52.4682,15.651 -51.5514,1.8389 h -58.8851 z" id="path84432" /> + comment: "Working solutions of the pH-series with values lower than 3 were prepared by using HClO4 and KClO4. For pH values ranging from 3 to 9, phosphate buffer solutions were employed (Na2HPO4 and NaH2PO4). Alkaline solutions were prepared with NaOH and KClO4. The exact concentrations of these components are unkown." diff --git a/literature/mello_2018_bromide_18562/mello_2018_bromide_18562_p1_f1_ph9,1_black.yaml b/literature/mello_2018_bromide_18562/mello_2018_bromide_18562_p1_f1_ph9,1_black.yaml new file mode 100644 index 000000000..71bd8ec0e --- /dev/null +++ b/literature/mello_2018_bromide_18562/mello_2018_bromide_18562_p1_f1_ph9,1_black.yaml @@ -0,0 +1,46 @@ +# This file is part of echemdb (https://github.com/echemdb/website) +# Details on the meta data structure can be found on https://github.com/echemdb/metadata-schema +electrochemical system: + electrodes: + configuration: 3 + counter electrode: + material: Pt + shape: wire + reference electrode: + type: RHE + working electrode: + crystallographic orientation: '111' + material: Pt + electrolyte: + components: + - name: NaOH + type: base + - name: water + type: solvent + - name: KClO4 + type: salt + ph: + value: 9.1 + temperature: + unit: K + value: 298.15 + type: aq + version: 1 +source: + citation key: mello_2018_bromide_18562 + curve: ph9,1_black + url: https://doi.org/10.1021/acs.jpcc.8b05685 + figure: 1 + version: 1 +version: 1 +curation: + version: 1 + process: + - role: curator + name: Markus Schilling + orcid: https://orcid.org/0000-0003-2684-3711 + date: 2021-12-01 + - role: reviewer + name: Albert Engstfeld + orcid: https://orcid.org/0000-0002-9686-3948 + date: 2022-01-21 diff --git a/literature/mello_2018_bromide_18562/mello_2018_bromide_18562_p1_1_ph9,1_red.svg b/literature/mello_2018_bromide_18562/mello_2018_bromide_18562_p1_f1_ph9,1_red.svg similarity index 74% rename from literature/mello_2018_bromide_18562/mello_2018_bromide_18562_p1_1_ph9,1_red.svg rename to literature/mello_2018_bromide_18562/mello_2018_bromide_18562_p1_f1_ph9,1_red.svg index a35842f31..12eb30183 100644 --- a/literature/mello_2018_bromide_18562/mello_2018_bromide_18562_p1_1_ph9,1_red.svg +++ b/literature/mello_2018_bromide_18562/mello_2018_bromide_18562_p1_f1_ph9,1_red.svg @@ -1,16 +1,30 @@ + sodipodi:docname="mello_2018_bromide_18562_p1_f1_ph9,1_red.svg" + inkscape:version="0.92.2 (5c3e80d, 2017-08-06)"> + + + + image/svg+xml + + + + + x="0" + width="5212px" + sodipodi:insensitive="true" + height="6820px" /> scan rate: 50 mV/s + y="3259.5396">scan rate: 50 mV / s @@ -138,4 +153,14 @@ d="m 2079.1901,3054.7337 -0.9167,-105.825 0.9167,-88.3487 5.5003,-45.1006 12.8878,-23.9193 23.9423,-18.4162 44.1638,-15.6374 47.8846,-5.5167 41.4137,-4.604 44.1638,11.9596 21.1383,5.5167 h 9.221 l 14.7213,-7.3556 3.6668,0.9263 2.8041,11.0333 11.9172,23.0067 22.1089,26.698 33.1094,30.3622 34.0799,19.3288 26.6925,3.6778 23.9423,-3.6778 36.7762,-14.7247 60.7725,-35.8926 44.1638,-16.5636 49.6641,-9.2081 33.1632,2.7651 46.914,6.443 43.2471,11.9596 19.3587,1.8389 11.9173,-4.5904 4.6374,-19.3289 4.5836,-34.9798 5.5542,-22.0804 6.4169,20.2415 2.7502,24.8455 6.4709,28.5369 4.5835,20.2415 17.4714,23.0066 15.638,13.8121 25.7757,6.443 26.6924,5.5167 h 37.7468 l 27.6093,-0.9263 8.3042,-0.9126 v 16.5637 l -1.8873,11.9596 -5.5003,4.604 -34.0261,-2.7651 -33.1632,4.604 -31.276,3.6778 -23.0256,5.5304 -19.3048,11.9596 -12.8879,20.2415 -9.221,22.0939 -8.2504,34.9663 -4.6375,54.2951 -5.5003,42.3355 -5.5541,-52.4563 -0.9167,-58.8991 -6.417,-17.4763 -10.1377,-5.5303 -15.638,0.9262 -36.8302,11.9597 -44.1638,9.2081 h -47.8306 l -39.5803,-5.5303 -44.1639,-11.0334 -44.1638,-21.1678 -51.5514,-26.698 -34.08,-5.5166 -27.6091,1.8389 -21.1383,7.3691 -21.1921,13.7986 -32.1927,24.8455 -20.2215,22.094 -9.2211,13.7985 -6.4709,13.8121 -20.2215,2.7516 -15.638,2.7651 -40.4969,12.8859 -60.7186,11.9596 -45.1344,1.8389 -38.6636,-0.9126 z" id="path84703" /> + comment: "Working solutions of the pH-series with values lower than 3 were prepared by using HClO4 and KClO4. For pH values ranging from 3 to 9, phosphate buffer solutions were employed (Na2HPO4 and NaH2PO4). Alkaline solutions were prepared with NaOH and KClO4. The exact concentrations of these components are unkown." diff --git a/literature/mello_2018_bromide_18562/mello_2018_bromide_18562_p1_f1_ph9,1_red.yaml b/literature/mello_2018_bromide_18562/mello_2018_bromide_18562_p1_f1_ph9,1_red.yaml new file mode 100644 index 000000000..ea2fd00d7 --- /dev/null +++ b/literature/mello_2018_bromide_18562/mello_2018_bromide_18562_p1_f1_ph9,1_red.yaml @@ -0,0 +1,51 @@ +# This file is part of echemdb (https://github.com/echemdb/website) +# Details on the meta data structure can be found on https://github.com/echemdb/metadata-schema +electrochemical system: + electrodes: + configuration: 3 + counter electrode: + material: Pt + shape: wire + reference electrode: + type: RHE + working electrode: + crystallographic orientation: '111' + material: Pt + electrolyte: + components: + - name: NaOH + type: base + - name: water + type: solvent + - name: KClO4 + type: salt + - concentration: + unit: mol / l + value: 0.01 + name: KBr + type: salt + ph: + value: 9.1 + temperature: + unit: K + value: 298.15 + type: aq + version: 1 +source: + citation key: mello_2018_bromide_18562 + curve: ph9,1_red + url: https://doi.org/10.1021/acs.jpcc.8b05685 + figure: 1 + version: 1 +version: 1 +curation: + version: 1 + process: + - role: curator + name: Markus Schilling + orcid: https://orcid.org/0000-0003-2684-3711 + date: 2021-12-01 + - role: reviewer + name: Albert Engstfeld + orcid: https://orcid.org/0000-0002-9686-3948 + date: 2022-01-21 diff --git a/literature/mello_2018_understanding_J3045/mello_2018_understanding_J3045_p1_1A_black.yaml b/literature/mello_2018_understanding_J3045/mello_2018_understanding_J3045_p1_1A_black.yaml deleted file mode 100644 index c025ae338..000000000 --- a/literature/mello_2018_understanding_J3045/mello_2018_understanding_J3045_p1_1A_black.yaml +++ /dev/null @@ -1,102 +0,0 @@ -# This file describes a figure from a publication containing electrochemical data. -# For the `echemdb/website` project, the source, curator and electrochemical system is mandatory. -# Figure description is optional. It is created automatically by the cv module of svgdigitizer - -source: - version: 1 - url: https://doi.org/10.1149/2.0081815jes # only the number without preceeding doix or https - bib: mello_2018_understanding_J3045 # AuthorName_YYYY_FirstWordTitle_pageNr. No prepositions. Fingers crossed that there is no duplicate. - figure: 1 # depending on the subfigure labels use 1, 1b, or 1_3 - curve: A_black # use a unique short description to identify the curve in the figure, i.e.. label, color, etc - -curator: - version: 1 - name: Markus Schilling - orcid: https://orcid.org/0000-0003-2684-3711 - digitized: 2021-12-05 # YYYY-MM-DD - -figure description: #This section will be updated by module `CV` - version: 1 - linked measurements: # FTIR, SXRD, Ring Disc - indicate if any other operando methods were shown in the same plot, which is linked to the data - comment: # Add whatever you think is important to understand the data - -electrochemical system: - version: 1 - instrumentation: - - type: - supplier: - - type: - model: - supplier: - - type: - model: - supplier: - electrolyte: - type: aq # aqueous = aq, non-aqueous=naq - components: # create as many components as necessary. A simple electrolyte consists of two components, i.e., H2SO4 and water - - name: HClO4 # can be trivia name, sum formula, etc - concentration: - value: 2 - unit: mol / l #[M, mM, µM, g kg-1, ...] - type: acid # - source: - supplier: - LOT: - - name: water - type: solvent - proportion: - value: - unit: - source: - refinement: - quality: - total organic carbon: - value: - unit: - - name: - type: - proportion: - value: - unit: - - name: - type: - source: - supplier: - LOT: - concentration: - value: - unit: #[M, mM, µM, g kg-1, ...] - ph: - value: -0.5 - uncertainty: - temperature: # provide the temperature as it is given in the article. Assume room temperature if nothing is provided - value: 298.15 - unit: K # [K, C, F] - electrodes: - configuration: 3 # number of electrodes - reference electrode: - type: RHE # the reference electrode given in the experimental section. Might differ from that in the plot, MSE-sat, MSE-3M, MSE-1M, RHE, AgCl2 - source: - supplier: - counter electrode: - material: Pt - crystallographic orientation: - shape: coil - working electrode: - material: Pt - crystallographic orientation: '111' # as STRING hkl, 100, 110, poly - source: - supplier: - LOT: - shape: # optional - type: # bead/sphere - height: - value: - unit: - diameter: - value: - unit: - geometric electrolyte contact area: - value: - unit: - preparation procedure: # Short description of sample preparation. This can be very useful. :) diff --git a/literature/mello_2018_understanding_J3045/mello_2018_understanding_J3045_p1_1A_blue.yaml b/literature/mello_2018_understanding_J3045/mello_2018_understanding_J3045_p1_1A_blue.yaml deleted file mode 100644 index 3e0da2b96..000000000 --- a/literature/mello_2018_understanding_J3045/mello_2018_understanding_J3045_p1_1A_blue.yaml +++ /dev/null @@ -1,102 +0,0 @@ -# This file describes a figure from a publication containing electrochemical data. -# For the `echemdb/website` project, the source, curator and electrochemical system is mandatory. -# Figure description is optional. It is created automatically by the cv module of svgdigitizer - -source: - version: 1 - url: https://doi.org/10.1149/2.0081815jes # only the number without preceeding doix or https - bib: mello_2018_understanding_J3045 # AuthorName_YYYY_FirstWordTitle_pageNr. No prepositions. Fingers crossed that there is no duplicate. - figure: 1 # depending on the subfigure labels use 1, 1b, or 1_3 - curve: A_blue # use a unique short description to identify the curve in the figure, i.e.. label, color, etc - -curator: - version: 1 - name: Markus Schilling - orcid: https://orcid.org/0000-0003-2684-3711 - digitized: 2021-12-05 # YYYY-MM-DD - -figure description: #This section will be updated by module `CV` - version: 1 - linked measurements: # FTIR, SXRD, Ring Disc - indicate if any other operando methods were shown in the same plot, which is linked to the data - comment: # Add whatever you think is important to understand the data - -electrochemical system: - version: 1 - instrumentation: - - type: - supplier: - - type: - model: - supplier: - - type: - model: - supplier: - electrolyte: - type: aq # aqueous = aq, non-aqueous=naq - components: # create as many components as necessary. A simple electrolyte consists of two components, i.e., H2SO4 and water - - name: HClO4 # can be trivia name, sum formula, etc - concentration: - value: 2 - unit: mol / l #[M, mM, µM, g kg-1, ...] - type: acid # - source: - supplier: - LOT: - - name: water - type: solvent - proportion: - value: - unit: - source: - refinement: - quality: - total organic carbon: - value: - unit: - - name: - type: - proportion: - value: - unit: - - name: KBr - type: salt - source: - supplier: - LOT: - concentration: - value: 1 - unit: mmol / l #[M, mM, µM, g kg-1, ...] - ph: - value: -0.5 - uncertainty: - temperature: # provide the temperature as it is given in the article. Assume room temperature if nothing is provided - value: 298.15 - unit: K # [K, C, F] - electrodes: - configuration: 3 # number of electrodes - reference electrode: - type: RHE # the reference electrode given in the experimental section. Might differ from that in the plot, MSE-sat, MSE-3M, MSE-1M, RHE, AgCl2 - source: - supplier: - counter electrode: - material: Pt - crystallographic orientation: - shape: coil - working electrode: - material: Pt - crystallographic orientation: '111' # as STRING hkl, 100, 110, poly - source: - supplier: - LOT: - shape: # optional - type: # bead/sphere - height: - value: - unit: - diameter: - value: - unit: - geometric electrolyte contact area: - value: - unit: - preparation procedure: # Short description of sample preparation. This can be very useful. :) diff --git a/literature/mello_2018_understanding_J3045/mello_2018_understanding_J3045_p1_1A_green.yaml b/literature/mello_2018_understanding_J3045/mello_2018_understanding_J3045_p1_1A_green.yaml deleted file mode 100644 index ed7cd22ca..000000000 --- a/literature/mello_2018_understanding_J3045/mello_2018_understanding_J3045_p1_1A_green.yaml +++ /dev/null @@ -1,102 +0,0 @@ -# This file describes a figure from a publication containing electrochemical data. -# For the `echemdb/website` project, the source, curator and electrochemical system is mandatory. -# Figure description is optional. It is created automatically by the cv module of svgdigitizer - -source: - version: 1 - url: https://doi.org/10.1149/2.0081815jes # only the number without preceeding doix or https - bib: mello_2018_understanding_J3045 # AuthorName_YYYY_FirstWordTitle_pageNr. No prepositions. Fingers crossed that there is no duplicate. - figure: 1 # depending on the subfigure labels use 1, 1b, or 1_3 - curve: A_green # use a unique short description to identify the curve in the figure, i.e.. label, color, etc - -curator: - version: 1 - name: Markus Schilling - orcid: https://orcid.org/0000-0003-2684-3711 - digitized: 2021-12-05 # YYYY-MM-DD - -figure description: #This section will be updated by module `CV` - version: 1 - linked measurements: # FTIR, SXRD, Ring Disc - indicate if any other operando methods were shown in the same plot, which is linked to the data - comment: # Add whatever you think is important to understand the data - -electrochemical system: - version: 1 - instrumentation: - - type: - supplier: - - type: - model: - supplier: - - type: - model: - supplier: - electrolyte: - type: aq # aqueous = aq, non-aqueous=naq - components: # create as many components as necessary. A simple electrolyte consists of two components, i.e., H2SO4 and water - - name: HClO4 # can be trivia name, sum formula, etc - concentration: - value: 2 - unit: mol / l #[M, mM, µM, g kg-1, ...] - type: acid # - source: - supplier: - LOT: - - name: water - type: solvent - proportion: - value: - unit: - source: - refinement: - quality: - total organic carbon: - value: - unit: - - name: - type: - proportion: - value: - unit: - - name: KBr - type: salt - source: - supplier: - LOT: - concentration: - value: 10 - unit: mmol / l #[M, mM, µM, g kg-1, ...] - ph: - value: -0.5 - uncertainty: - temperature: # provide the temperature as it is given in the article. Assume room temperature if nothing is provided - value: 298.15 - unit: K # [K, C, F] - electrodes: - configuration: 3 # number of electrodes - reference electrode: - type: RHE # the reference electrode given in the experimental section. Might differ from that in the plot, MSE-sat, MSE-3M, MSE-1M, RHE, AgCl2 - source: - supplier: - counter electrode: - material: Pt - crystallographic orientation: - shape: coil - working electrode: - material: Pt - crystallographic orientation: '111' # as STRING hkl, 100, 110, poly - source: - supplier: - LOT: - shape: # optional - type: # bead/sphere - height: - value: - unit: - diameter: - value: - unit: - geometric electrolyte contact area: - value: - unit: - preparation procedure: # Short description of sample preparation. This can be very useful. :) diff --git a/literature/mello_2018_understanding_J3045/mello_2018_understanding_J3045_p1_1A_red.yaml b/literature/mello_2018_understanding_J3045/mello_2018_understanding_J3045_p1_1A_red.yaml deleted file mode 100644 index 3ca8441e6..000000000 --- a/literature/mello_2018_understanding_J3045/mello_2018_understanding_J3045_p1_1A_red.yaml +++ /dev/null @@ -1,102 +0,0 @@ -# This file describes a figure from a publication containing electrochemical data. -# For the `echemdb/website` project, the source, curator and electrochemical system is mandatory. -# Figure description is optional. It is created automatically by the cv module of svgdigitizer - -source: - version: 1 - url: https://doi.org/10.1149/2.0081815jes # only the number without preceeding doix or https - bib: mello_2018_understanding_J3045 # AuthorName_YYYY_FirstWordTitle_pageNr. No prepositions. Fingers crossed that there is no duplicate. - figure: 1 # depending on the subfigure labels use 1, 1b, or 1_3 - curve: A_red # use a unique short description to identify the curve in the figure, i.e.. label, color, etc - -curator: - version: 1 - name: Markus Schilling - orcid: https://orcid.org/0000-0003-2684-3711 - digitized: 2021-12-05 # YYYY-MM-DD - -figure description: #This section will be updated by module `CV` - version: 1 - linked measurements: # FTIR, SXRD, Ring Disc - indicate if any other operando methods were shown in the same plot, which is linked to the data - comment: # Add whatever you think is important to understand the data - -electrochemical system: - version: 1 - instrumentation: - - type: - supplier: - - type: - model: - supplier: - - type: - model: - supplier: - electrolyte: - type: aq # aqueous = aq, non-aqueous=naq - components: # create as many components as necessary. A simple electrolyte consists of two components, i.e., H2SO4 and water - - name: HClO4 # can be trivia name, sum formula, etc - concentration: - value: 2 - unit: mol / l #[M, mM, µM, g kg-1, ...] - type: acid # - source: - supplier: - LOT: - - name: water - type: solvent - proportion: - value: - unit: - source: - refinement: - quality: - total organic carbon: - value: - unit: - - name: - type: - proportion: - value: - unit: - - name: KBr - type: salt - source: - supplier: - LOT: - concentration: - value: 0.1 - unit: mmol / l #[M, mM, µM, g kg-1, ...] - ph: - value: -0.5 - uncertainty: - temperature: # provide the temperature as it is given in the article. Assume room temperature if nothing is provided - value: 298.15 - unit: K # [K, C, F] - electrodes: - configuration: 3 # number of electrodes - reference electrode: - type: RHE # the reference electrode given in the experimental section. Might differ from that in the plot, MSE-sat, MSE-3M, MSE-1M, RHE, AgCl2 - source: - supplier: - counter electrode: - material: Pt - crystallographic orientation: - shape: coil - working electrode: - material: Pt - crystallographic orientation: '111' # as STRING hkl, 100, 110, poly - source: - supplier: - LOT: - shape: # optional - type: # bead/sphere - height: - value: - unit: - diameter: - value: - unit: - geometric electrolyte contact area: - value: - unit: - preparation procedure: # Short description of sample preparation. This can be very useful. :) diff --git a/literature/mello_2018_understanding_J3045/mello_2018_understanding_J3045_p1_1B_black.yaml b/literature/mello_2018_understanding_J3045/mello_2018_understanding_J3045_p1_1B_black.yaml deleted file mode 100644 index 6927ab5a7..000000000 --- a/literature/mello_2018_understanding_J3045/mello_2018_understanding_J3045_p1_1B_black.yaml +++ /dev/null @@ -1,102 +0,0 @@ -# This file describes a figure from a publication containing electrochemical data. -# For the `echemdb/website` project, the source, curator and electrochemical system is mandatory. -# Figure description is optional. It is created automatically by the cv module of svgdigitizer - -source: - version: 1 - url: https://doi.org/10.1149/2.0081815jes # only the number without preceeding doix or https - bib: mello_2018_understanding_J3045 # AuthorName_YYYY_FirstWordTitle_pageNr. No prepositions. Fingers crossed that there is no duplicate. - figure: 1 # depending on the subfigure labels use 1, 1b, or 1_3 - curve: B_black # use a unique short description to identify the curve in the figure, i.e.. label, color, etc - -curator: - version: 1 - name: Markus Schilling - orcid: https://orcid.org/0000-0003-2684-3711 - digitized: 2021-12-05 # YYYY-MM-DD - -figure description: #This section will be updated by module `CV` - version: 1 - linked measurements: # FTIR, SXRD, Ring Disc - indicate if any other operando methods were shown in the same plot, which is linked to the data - comment: # Add whatever you think is important to understand the data - -electrochemical system: - version: 1 - instrumentation: - - type: - supplier: - - type: - model: - supplier: - - type: - model: - supplier: - electrolyte: - type: aq # aqueous = aq, non-aqueous=naq - components: # create as many components as necessary. A simple electrolyte consists of two components, i.e., H2SO4 and water - - name: HClO4 # can be trivia name, sum formula, etc - concentration: - value: 1 - unit: mol / l #[M, mM, µM, g kg-1, ...] - type: acid # - source: - supplier: - LOT: - - name: water - type: solvent - proportion: - value: - unit: - source: - refinement: - quality: - total organic carbon: - value: - unit: - - name: - type: - proportion: - value: - unit: - - name: - type: - source: - supplier: - LOT: - concentration: - value: - unit: #[M, mM, µM, g kg-1, ...] - ph: - value: 0.1 - uncertainty: - temperature: # provide the temperature as it is given in the article. Assume room temperature if nothing is provided - value: 298.15 - unit: K # [K, C, F] - electrodes: - configuration: 3 # number of electrodes - reference electrode: - type: RHE # the reference electrode given in the experimental section. Might differ from that in the plot, MSE-sat, MSE-3M, MSE-1M, RHE, AgCl2 - source: - supplier: - counter electrode: - material: Pt - crystallographic orientation: - shape: coil - working electrode: - material: Pt - crystallographic orientation: '111' # as STRING hkl, 100, 110, poly - source: - supplier: - LOT: - shape: # optional - type: # bead/sphere - height: - value: - unit: - diameter: - value: - unit: - geometric electrolyte contact area: - value: - unit: - preparation procedure: # Short description of sample preparation. This can be very useful. :) diff --git a/literature/mello_2018_understanding_J3045/mello_2018_understanding_J3045_p1_1B_blue.yaml b/literature/mello_2018_understanding_J3045/mello_2018_understanding_J3045_p1_1B_blue.yaml deleted file mode 100644 index 9839f44de..000000000 --- a/literature/mello_2018_understanding_J3045/mello_2018_understanding_J3045_p1_1B_blue.yaml +++ /dev/null @@ -1,102 +0,0 @@ -# This file describes a figure from a publication containing electrochemical data. -# For the `echemdb/website` project, the source, curator and electrochemical system is mandatory. -# Figure description is optional. It is created automatically by the cv module of svgdigitizer - -source: - version: 1 - url: https://doi.org/10.1149/2.0081815jes # only the number without preceeding doix or https - bib: mello_2018_understanding_J3045 # AuthorName_YYYY_FirstWordTitle_pageNr. No prepositions. Fingers crossed that there is no duplicate. - figure: 1 # depending on the subfigure labels use 1, 1b, or 1_3 - curve: B_blue # use a unique short description to identify the curve in the figure, i.e.. label, color, etc - -curator: - version: 1 - name: Markus Schilling - orcid: https://orcid.org/0000-0003-2684-3711 - digitized: 2021-12-05 # YYYY-MM-DD - -figure description: #This section will be updated by module `CV` - version: 1 - linked measurements: # FTIR, SXRD, Ring Disc - indicate if any other operando methods were shown in the same plot, which is linked to the data - comment: # Add whatever you think is important to understand the data - -electrochemical system: - version: 1 - instrumentation: - - type: - supplier: - - type: - model: - supplier: - - type: - model: - supplier: - electrolyte: - type: aq # aqueous = aq, non-aqueous=naq - components: # create as many components as necessary. A simple electrolyte consists of two components, i.e., H2SO4 and water - - name: HClO4 # can be trivia name, sum formula, etc - concentration: - value: 1 - unit: mol / l #[M, mM, µM, g kg-1, ...] - type: acid # - source: - supplier: - LOT: - - name: water - type: solvent - proportion: - value: - unit: - source: - refinement: - quality: - total organic carbon: - value: - unit: - - name: - type: - proportion: - value: - unit: - - name: KBr - type: salt - source: - supplier: - LOT: - concentration: - value: 1 - unit: mmol / l #[M, mM, µM, g kg-1, ...] - ph: - value: 0.1 - uncertainty: - temperature: # provide the temperature as it is given in the article. Assume room temperature if nothing is provided - value: 298.15 - unit: K # [K, C, F] - electrodes: - configuration: 3 # number of electrodes - reference electrode: - type: RHE # the reference electrode given in the experimental section. Might differ from that in the plot, MSE-sat, MSE-3M, MSE-1M, RHE, AgCl2 - source: - supplier: - counter electrode: - material: Pt - crystallographic orientation: - shape: coil - working electrode: - material: Pt - crystallographic orientation: '111' # as STRING hkl, 100, 110, poly - source: - supplier: - LOT: - shape: # optional - type: # bead/sphere - height: - value: - unit: - diameter: - value: - unit: - geometric electrolyte contact area: - value: - unit: - preparation procedure: # Short description of sample preparation. This can be very useful. :) diff --git a/literature/mello_2018_understanding_J3045/mello_2018_understanding_J3045_p1_1B_green.yaml b/literature/mello_2018_understanding_J3045/mello_2018_understanding_J3045_p1_1B_green.yaml deleted file mode 100644 index 798165e75..000000000 --- a/literature/mello_2018_understanding_J3045/mello_2018_understanding_J3045_p1_1B_green.yaml +++ /dev/null @@ -1,102 +0,0 @@ -# This file describes a figure from a publication containing electrochemical data. -# For the `echemdb/website` project, the source, curator and electrochemical system is mandatory. -# Figure description is optional. It is created automatically by the cv module of svgdigitizer - -source: - version: 1 - url: https://doi.org/10.1149/2.0081815jes # only the number without preceeding doix or https - bib: mello_2018_understanding_J3045 # AuthorName_YYYY_FirstWordTitle_pageNr. No prepositions. Fingers crossed that there is no duplicate. - figure: 1 # depending on the subfigure labels use 1, 1b, or 1_3 - curve: B_green # use a unique short description to identify the curve in the figure, i.e.. label, color, etc - -curator: - version: 1 - name: Markus Schilling - orcid: https://orcid.org/0000-0003-2684-3711 - digitized: 2021-12-05 # YYYY-MM-DD - -figure description: #This section will be updated by module `CV` - version: 1 - linked measurements: # FTIR, SXRD, Ring Disc - indicate if any other operando methods were shown in the same plot, which is linked to the data - comment: # Add whatever you think is important to understand the data - -electrochemical system: - version: 1 - instrumentation: - - type: - supplier: - - type: - model: - supplier: - - type: - model: - supplier: - electrolyte: - type: aq # aqueous = aq, non-aqueous=naq - components: # create as many components as necessary. A simple electrolyte consists of two components, i.e., H2SO4 and water - - name: HClO4 # can be trivia name, sum formula, etc - concentration: - value: 1 - unit: mol / l #[M, mM, µM, g kg-1, ...] - type: acid # - source: - supplier: - LOT: - - name: water - type: solvent - proportion: - value: - unit: - source: - refinement: - quality: - total organic carbon: - value: - unit: - - name: - type: - proportion: - value: - unit: - - name: KBr - type: salt - source: - supplier: - LOT: - concentration: - value: 10 - unit: mmol / l #[M, mM, µM, g kg-1, ...] - ph: - value: 0.1 - uncertainty: - temperature: # provide the temperature as it is given in the article. Assume room temperature if nothing is provided - value: 298.15 - unit: K # [K, C, F] - electrodes: - configuration: 3 # number of electrodes - reference electrode: - type: RHE # the reference electrode given in the experimental section. Might differ from that in the plot, MSE-sat, MSE-3M, MSE-1M, RHE, AgCl2 - source: - supplier: - counter electrode: - material: Pt - crystallographic orientation: - shape: coil - working electrode: - material: Pt - crystallographic orientation: '111' # as STRING hkl, 100, 110, poly - source: - supplier: - LOT: - shape: # optional - type: # bead/sphere - height: - value: - unit: - diameter: - value: - unit: - geometric electrolyte contact area: - value: - unit: - preparation procedure: # Short description of sample preparation. This can be very useful. :) diff --git a/literature/mello_2018_understanding_J3045/mello_2018_understanding_J3045_p1_1B_red.yaml b/literature/mello_2018_understanding_J3045/mello_2018_understanding_J3045_p1_1B_red.yaml deleted file mode 100644 index 2f14b3eae..000000000 --- a/literature/mello_2018_understanding_J3045/mello_2018_understanding_J3045_p1_1B_red.yaml +++ /dev/null @@ -1,102 +0,0 @@ -# This file describes a figure from a publication containing electrochemical data. -# For the `echemdb/website` project, the source, curator and electrochemical system is mandatory. -# Figure description is optional. It is created automatically by the cv module of svgdigitizer - -source: - version: 1 - url: https://doi.org/10.1149/2.0081815jes # only the number without preceeding doix or https - bib: mello_2018_understanding_J3045 # AuthorName_YYYY_FirstWordTitle_pageNr. No prepositions. Fingers crossed that there is no duplicate. - figure: 1 # depending on the subfigure labels use 1, 1b, or 1_3 - curve: B_red # use a unique short description to identify the curve in the figure, i.e.. label, color, etc - -curator: - version: 1 - name: Markus Schilling - orcid: https://orcid.org/0000-0003-2684-3711 - digitized: 2021-12-05 # YYYY-MM-DD - -figure description: #This section will be updated by module `CV` - version: 1 - linked measurements: # FTIR, SXRD, Ring Disc - indicate if any other operando methods were shown in the same plot, which is linked to the data - comment: # Add whatever you think is important to understand the data - -electrochemical system: - version: 1 - instrumentation: - - type: - supplier: - - type: - model: - supplier: - - type: - model: - supplier: - electrolyte: - type: aq # aqueous = aq, non-aqueous=naq - components: # create as many components as necessary. A simple electrolyte consists of two components, i.e., H2SO4 and water - - name: HClO4 # can be trivia name, sum formula, etc - concentration: - value: 1 - unit: mol / l #[M, mM, µM, g kg-1, ...] - type: acid # - source: - supplier: - LOT: - - name: water - type: solvent - proportion: - value: - unit: - source: - refinement: - quality: - total organic carbon: - value: - unit: - - name: - type: - proportion: - value: - unit: - - name: KBr - type: salt - source: - supplier: - LOT: - concentration: - value: 0.1 - unit: mmol / l #[M, mM, µM, g kg-1, ...] - ph: - value: 0.1 - uncertainty: - temperature: # provide the temperature as it is given in the article. Assume room temperature if nothing is provided - value: 298.15 - unit: K # [K, C, F] - electrodes: - configuration: 3 # number of electrodes - reference electrode: - type: RHE # the reference electrode given in the experimental section. Might differ from that in the plot, MSE-sat, MSE-3M, MSE-1M, RHE, AgCl2 - source: - supplier: - counter electrode: - material: Pt - crystallographic orientation: - shape: coil - working electrode: - material: Pt - crystallographic orientation: '111' # as STRING hkl, 100, 110, poly - source: - supplier: - LOT: - shape: # optional - type: # bead/sphere - height: - value: - unit: - diameter: - value: - unit: - geometric electrolyte contact area: - value: - unit: - preparation procedure: # Short description of sample preparation. This can be very useful. :) diff --git a/literature/mello_2018_understanding_J3045/mello_2018_understanding_J3045_p1_1C_black.yaml b/literature/mello_2018_understanding_J3045/mello_2018_understanding_J3045_p1_1C_black.yaml deleted file mode 100644 index 372617e4c..000000000 --- a/literature/mello_2018_understanding_J3045/mello_2018_understanding_J3045_p1_1C_black.yaml +++ /dev/null @@ -1,102 +0,0 @@ -# This file describes a figure from a publication containing electrochemical data. -# For the `echemdb/website` project, the source, curator and electrochemical system is mandatory. -# Figure description is optional. It is created automatically by the cv module of svgdigitizer - -source: - version: 1 - url: https://doi.org/10.1149/2.0081815jes # only the number without preceeding doix or https - bib: mello_2018_understanding_J3045 # AuthorName_YYYY_FirstWordTitle_pageNr. No prepositions. Fingers crossed that there is no duplicate. - figure: 1 # depending on the subfigure labels use 1, 1b, or 1_3 - curve: C_black # use a unique short description to identify the curve in the figure, i.e.. label, color, etc - -curator: - version: 1 - name: Markus Schilling - orcid: https://orcid.org/0000-0003-2684-3711 - digitized: 2021-12-05 # YYYY-MM-DD - -figure description: #This section will be updated by module `CV` - version: 1 - linked measurements: # FTIR, SXRD, Ring Disc - indicate if any other operando methods were shown in the same plot, which is linked to the data - comment: # Add whatever you think is important to understand the data - -electrochemical system: - version: 1 - instrumentation: - - type: - supplier: - - type: - model: - supplier: - - type: - model: - supplier: - electrolyte: - type: aq # aqueous = aq, non-aqueous=naq - components: # create as many components as necessary. A simple electrolyte consists of two components, i.e., H2SO4 and water - - name: HClO4 # can be trivia name, sum formula, etc - concentration: - value: 0.1 - unit: mol / l #[M, mM, µM, g kg-1, ...] - type: acid # - source: - supplier: - LOT: - - name: water - type: solvent - proportion: - value: - unit: - source: - refinement: - quality: - total organic carbon: - value: - unit: - - name: - type: - proportion: - value: - unit: - - name: - type: - source: - supplier: - LOT: - concentration: - value: - unit: #[M, mM, µM, g kg-1, ...] - ph: - value: 1.1 - uncertainty: - temperature: # provide the temperature as it is given in the article. Assume room temperature if nothing is provided - value: 298.15 - unit: K # [K, C, F] - electrodes: - configuration: 3 # number of electrodes - reference electrode: - type: RHE # the reference electrode given in the experimental section. Might differ from that in the plot, MSE-sat, MSE-3M, MSE-1M, RHE, AgCl2 - source: - supplier: - counter electrode: - material: Pt - crystallographic orientation: - shape: coil - working electrode: - material: Pt - crystallographic orientation: '111' # as STRING hkl, 100, 110, poly - source: - supplier: - LOT: - shape: # optional - type: # bead/sphere - height: - value: - unit: - diameter: - value: - unit: - geometric electrolyte contact area: - value: - unit: - preparation procedure: # Short description of sample preparation. This can be very useful. :) diff --git a/literature/mello_2018_understanding_J3045/mello_2018_understanding_J3045_p1_1C_blue.yaml b/literature/mello_2018_understanding_J3045/mello_2018_understanding_J3045_p1_1C_blue.yaml deleted file mode 100644 index 433379690..000000000 --- a/literature/mello_2018_understanding_J3045/mello_2018_understanding_J3045_p1_1C_blue.yaml +++ /dev/null @@ -1,102 +0,0 @@ -# This file describes a figure from a publication containing electrochemical data. -# For the `echemdb/website` project, the source, curator and electrochemical system is mandatory. -# Figure description is optional. It is created automatically by the cv module of svgdigitizer - -source: - version: 1 - url: https://doi.org/10.1149/2.0081815jes # only the number without preceeding doix or https - bib: mello_2018_understanding_J3045 # AuthorName_YYYY_FirstWordTitle_pageNr. No prepositions. Fingers crossed that there is no duplicate. - figure: 1 # depending on the subfigure labels use 1, 1b, or 1_3 - curve: C_blue # use a unique short description to identify the curve in the figure, i.e.. label, color, etc - -curator: - version: 1 - name: Markus Schilling - orcid: https://orcid.org/0000-0003-2684-3711 - digitized: 2021-12-05 # YYYY-MM-DD - -figure description: #This section will be updated by module `CV` - version: 1 - linked measurements: # FTIR, SXRD, Ring Disc - indicate if any other operando methods were shown in the same plot, which is linked to the data - comment: # Add whatever you think is important to understand the data - -electrochemical system: - version: 1 - instrumentation: - - type: - supplier: - - type: - model: - supplier: - - type: - model: - supplier: - electrolyte: - type: aq # aqueous = aq, non-aqueous=naq - components: # create as many components as necessary. A simple electrolyte consists of two components, i.e., H2SO4 and water - - name: HClO4 # can be trivia name, sum formula, etc - concentration: - value: 0.1 - unit: mol / l #[M, mM, µM, g kg-1, ...] - type: acid # - source: - supplier: - LOT: - - name: water - type: solvent - proportion: - value: - unit: - source: - refinement: - quality: - total organic carbon: - value: - unit: - - name: - type: - proportion: - value: - unit: - - name: KBr - type: salt - source: - supplier: - LOT: - concentration: - value: 1 - unit: mmol / l #[M, mM, µM, g kg-1, ...] - ph: - value: 1.1 - uncertainty: - temperature: # provide the temperature as it is given in the article. Assume room temperature if nothing is provided - value: 298.15 - unit: K # [K, C, F] - electrodes: - configuration: 3 # number of electrodes - reference electrode: - type: RHE # the reference electrode given in the experimental section. Might differ from that in the plot, MSE-sat, MSE-3M, MSE-1M, RHE, AgCl2 - source: - supplier: - counter electrode: - material: Pt - crystallographic orientation: - shape: coil - working electrode: - material: Pt - crystallographic orientation: '111' # as STRING hkl, 100, 110, poly - source: - supplier: - LOT: - shape: # optional - type: # bead/sphere - height: - value: - unit: - diameter: - value: - unit: - geometric electrolyte contact area: - value: - unit: - preparation procedure: # Short description of sample preparation. This can be very useful. :) diff --git a/literature/mello_2018_understanding_J3045/mello_2018_understanding_J3045_p1_1C_green.yaml b/literature/mello_2018_understanding_J3045/mello_2018_understanding_J3045_p1_1C_green.yaml deleted file mode 100644 index 44ec43658..000000000 --- a/literature/mello_2018_understanding_J3045/mello_2018_understanding_J3045_p1_1C_green.yaml +++ /dev/null @@ -1,102 +0,0 @@ -# This file describes a figure from a publication containing electrochemical data. -# For the `echemdb/website` project, the source, curator and electrochemical system is mandatory. -# Figure description is optional. It is created automatically by the cv module of svgdigitizer - -source: - version: 1 - url: https://doi.org/10.1149/2.0081815jes # only the number without preceeding doix or https - bib: mello_2018_understanding_J3045 # AuthorName_YYYY_FirstWordTitle_pageNr. No prepositions. Fingers crossed that there is no duplicate. - figure: 1 # depending on the subfigure labels use 1, 1b, or 1_3 - curve: C_green # use a unique short description to identify the curve in the figure, i.e.. label, color, etc - -curator: - version: 1 - name: Markus Schilling - orcid: https://orcid.org/0000-0003-2684-3711 - digitized: 2021-12-05 # YYYY-MM-DD - -figure description: #This section will be updated by module `CV` - version: 1 - linked measurements: # FTIR, SXRD, Ring Disc - indicate if any other operando methods were shown in the same plot, which is linked to the data - comment: # Add whatever you think is important to understand the data - -electrochemical system: - version: 1 - instrumentation: - - type: - supplier: - - type: - model: - supplier: - - type: - model: - supplier: - electrolyte: - type: aq # aqueous = aq, non-aqueous=naq - components: # create as many components as necessary. A simple electrolyte consists of two components, i.e., H2SO4 and water - - name: HClO4 # can be trivia name, sum formula, etc - concentration: - value: 0.1 - unit: mol / l #[M, mM, µM, g kg-1, ...] - type: acid # - source: - supplier: - LOT: - - name: water - type: solvent - proportion: - value: - unit: - source: - refinement: - quality: - total organic carbon: - value: - unit: - - name: - type: - proportion: - value: - unit: - - name: KBr - type: salt - source: - supplier: - LOT: - concentration: - value: 10 - unit: mmol / l #[M, mM, µM, g kg-1, ...] - ph: - value: 1.1 - uncertainty: - temperature: # provide the temperature as it is given in the article. Assume room temperature if nothing is provided - value: 298.15 - unit: K # [K, C, F] - electrodes: - configuration: 3 # number of electrodes - reference electrode: - type: RHE # the reference electrode given in the experimental section. Might differ from that in the plot, MSE-sat, MSE-3M, MSE-1M, RHE, AgCl2 - source: - supplier: - counter electrode: - material: Pt - crystallographic orientation: - shape: coil - working electrode: - material: Pt - crystallographic orientation: '111' # as STRING hkl, 100, 110, poly - source: - supplier: - LOT: - shape: # optional - type: # bead/sphere - height: - value: - unit: - diameter: - value: - unit: - geometric electrolyte contact area: - value: - unit: - preparation procedure: # Short description of sample preparation. This can be very useful. :) diff --git a/literature/mello_2018_understanding_J3045/mello_2018_understanding_J3045_p1_1C_red.yaml b/literature/mello_2018_understanding_J3045/mello_2018_understanding_J3045_p1_1C_red.yaml deleted file mode 100644 index 76747ae81..000000000 --- a/literature/mello_2018_understanding_J3045/mello_2018_understanding_J3045_p1_1C_red.yaml +++ /dev/null @@ -1,102 +0,0 @@ -# This file describes a figure from a publication containing electrochemical data. -# For the `echemdb/website` project, the source, curator and electrochemical system is mandatory. -# Figure description is optional. It is created automatically by the cv module of svgdigitizer - -source: - version: 1 - url: https://doi.org/10.1149/2.0081815jes # only the number without preceeding doix or https - bib: mello_2018_understanding_J3045 # AuthorName_YYYY_FirstWordTitle_pageNr. No prepositions. Fingers crossed that there is no duplicate. - figure: 1 # depending on the subfigure labels use 1, 1b, or 1_3 - curve: C_red # use a unique short description to identify the curve in the figure, i.e.. label, color, etc - -curator: - version: 1 - name: Markus Schilling - orcid: https://orcid.org/0000-0003-2684-3711 - digitized: 2021-12-05 # YYYY-MM-DD - -figure description: #This section will be updated by module `CV` - version: 1 - linked measurements: # FTIR, SXRD, Ring Disc - indicate if any other operando methods were shown in the same plot, which is linked to the data - comment: # Add whatever you think is important to understand the data - -electrochemical system: - version: 1 - instrumentation: - - type: - supplier: - - type: - model: - supplier: - - type: - model: - supplier: - electrolyte: - type: aq # aqueous = aq, non-aqueous=naq - components: # create as many components as necessary. A simple electrolyte consists of two components, i.e., H2SO4 and water - - name: HClO4 # can be trivia name, sum formula, etc - concentration: - value: 0.1 - unit: mol / l #[M, mM, µM, g kg-1, ...] - type: acid # - source: - supplier: - LOT: - - name: water - type: solvent - proportion: - value: - unit: - source: - refinement: - quality: - total organic carbon: - value: - unit: - - name: - type: - proportion: - value: - unit: - - name: KBr - type: salt - source: - supplier: - LOT: - concentration: - value: 0.1 - unit: mmol / l #[M, mM, µM, g kg-1, ...] - ph: - value: 1.1 - uncertainty: - temperature: # provide the temperature as it is given in the article. Assume room temperature if nothing is provided - value: 298.15 - unit: K # [K, C, F] - electrodes: - configuration: 3 # number of electrodes - reference electrode: - type: RHE # the reference electrode given in the experimental section. Might differ from that in the plot, MSE-sat, MSE-3M, MSE-1M, RHE, AgCl2 - source: - supplier: - counter electrode: - material: Pt - crystallographic orientation: - shape: coil - working electrode: - material: Pt - crystallographic orientation: '111' # as STRING hkl, 100, 110, poly - source: - supplier: - LOT: - shape: # optional - type: # bead/sphere - height: - value: - unit: - diameter: - value: - unit: - geometric electrolyte contact area: - value: - unit: - preparation procedure: # Short description of sample preparation. This can be very useful. :) diff --git a/literature/mello_2018_understanding_J3045/mello_2018_understanding_J3045_p1_1D_black.yaml b/literature/mello_2018_understanding_J3045/mello_2018_understanding_J3045_p1_1D_black.yaml deleted file mode 100644 index 041bc5270..000000000 --- a/literature/mello_2018_understanding_J3045/mello_2018_understanding_J3045_p1_1D_black.yaml +++ /dev/null @@ -1,102 +0,0 @@ -# This file describes a figure from a publication containing electrochemical data. -# For the `echemdb/website` project, the source, curator and electrochemical system is mandatory. -# Figure description is optional. It is created automatically by the cv module of svgdigitizer - -source: - version: 1 - url: https://doi.org/10.1149/2.0081815jes # only the number without preceeding doix or https - bib: mello_2018_understanding_J3045 # AuthorName_YYYY_FirstWordTitle_pageNr. No prepositions. Fingers crossed that there is no duplicate. - figure: 1 # depending on the subfigure labels use 1, 1b, or 1_3 - curve: D_black # use a unique short description to identify the curve in the figure, i.e.. label, color, etc - -curator: - version: 1 - name: Markus Schilling - orcid: https://orcid.org/0000-0003-2684-3711 - digitized: 2021-12-05 # YYYY-MM-DD - -figure description: #This section will be updated by module `CV` - version: 1 - linked measurements: # FTIR, SXRD, Ring Disc - indicate if any other operando methods were shown in the same plot, which is linked to the data - comment: # Add whatever you think is important to understand the data - -electrochemical system: - version: 1 - instrumentation: - - type: - supplier: - - type: - model: - supplier: - - type: - model: - supplier: - electrolyte: - type: aq # aqueous = aq, non-aqueous=naq - components: # create as many components as necessary. A simple electrolyte consists of two components, i.e., H2SO4 and water - - name: HClO4 # can be trivia name, sum formula, etc - concentration: - value: 0.032 - unit: mol / l #[M, mM, µM, g kg-1, ...] - type: acid # - source: - supplier: - LOT: - - name: water - type: solvent - proportion: - value: - unit: - source: - refinement: - quality: - total organic carbon: - value: - unit: - - name: KClO4 - type: salt - concentration: - value: 0.068 - unit: mol / l #[M, mM, µM, g kg-1, ...] - - name: - type: - source: - supplier: - LOT: - concentration: - value: - unit: #[M, mM, µM, g kg-1, ...] - ph: - value: 1.5 - uncertainty: - temperature: # provide the temperature as it is given in the article. Assume room temperature if nothing is provided - value: 298.15 - unit: K # [K, C, F] - electrodes: - configuration: 3 # number of electrodes - reference electrode: - type: RHE # the reference electrode given in the experimental section. Might differ from that in the plot, MSE-sat, MSE-3M, MSE-1M, RHE, AgCl2 - source: - supplier: - counter electrode: - material: Pt - crystallographic orientation: - shape: coil - working electrode: - material: Pt - crystallographic orientation: '111' # as STRING hkl, 100, 110, poly - source: - supplier: - LOT: - shape: # optional - type: # bead/sphere - height: - value: - unit: - diameter: - value: - unit: - geometric electrolyte contact area: - value: - unit: - preparation procedure: # Short description of sample preparation. This can be very useful. :) diff --git a/literature/mello_2018_understanding_J3045/mello_2018_understanding_J3045_p1_1D_blue.yaml b/literature/mello_2018_understanding_J3045/mello_2018_understanding_J3045_p1_1D_blue.yaml deleted file mode 100644 index 045d6180c..000000000 --- a/literature/mello_2018_understanding_J3045/mello_2018_understanding_J3045_p1_1D_blue.yaml +++ /dev/null @@ -1,102 +0,0 @@ -# This file describes a figure from a publication containing electrochemical data. -# For the `echemdb/website` project, the source, curator and electrochemical system is mandatory. -# Figure description is optional. It is created automatically by the cv module of svgdigitizer - -source: - version: 1 - url: https://doi.org/10.1149/2.0081815jes # only the number without preceeding doix or https - bib: mello_2018_understanding_J3045 # AuthorName_YYYY_FirstWordTitle_pageNr. No prepositions. Fingers crossed that there is no duplicate. - figure: 1 # depending on the subfigure labels use 1, 1b, or 1_3 - curve: D_blue # use a unique short description to identify the curve in the figure, i.e.. label, color, etc - -curator: - version: 1 - name: Markus Schilling - orcid: https://orcid.org/0000-0003-2684-3711 - digitized: 2021-12-05 # YYYY-MM-DD - -figure description: #This section will be updated by module `CV` - version: 1 - linked measurements: # FTIR, SXRD, Ring Disc - indicate if any other operando methods were shown in the same plot, which is linked to the data - comment: # Add whatever you think is important to understand the data - -electrochemical system: - version: 1 - instrumentation: - - type: - supplier: - - type: - model: - supplier: - - type: - model: - supplier: - electrolyte: - type: aq # aqueous = aq, non-aqueous=naq - components: # create as many components as necessary. A simple electrolyte consists of two components, i.e., H2SO4 and water - - name: HClO4 # can be trivia name, sum formula, etc - concentration: - value: 0.032 - unit: mol / l #[M, mM, µM, g kg-1, ...] - type: acid # - source: - supplier: - LOT: - - name: water - type: solvent - proportion: - value: - unit: - source: - refinement: - quality: - total organic carbon: - value: - unit: - - name: KClO4 - type: salt - concentration: - value: 0.068 - unit: mol / l #[M, mM, µM, g kg-1, ...] - - name: KBr - type: salt - source: - supplier: - LOT: - concentration: - value: 1 - unit: mmol / l #[M, mM, µM, g kg-1, ...] - ph: - value: 1.5 - uncertainty: - temperature: # provide the temperature as it is given in the article. Assume room temperature if nothing is provided - value: 298.15 - unit: K # [K, C, F] - electrodes: - configuration: 3 # number of electrodes - reference electrode: - type: RHE # the reference electrode given in the experimental section. Might differ from that in the plot, MSE-sat, MSE-3M, MSE-1M, RHE, AgCl2 - source: - supplier: - counter electrode: - material: Pt - crystallographic orientation: - shape: coil - working electrode: - material: Pt - crystallographic orientation: '111' # as STRING hkl, 100, 110, poly - source: - supplier: - LOT: - shape: # optional - type: # bead/sphere - height: - value: - unit: - diameter: - value: - unit: - geometric electrolyte contact area: - value: - unit: - preparation procedure: # Short description of sample preparation. This can be very useful. :) diff --git a/literature/mello_2018_understanding_J3045/mello_2018_understanding_J3045_p1_1D_green.yaml b/literature/mello_2018_understanding_J3045/mello_2018_understanding_J3045_p1_1D_green.yaml deleted file mode 100644 index d21cdd933..000000000 --- a/literature/mello_2018_understanding_J3045/mello_2018_understanding_J3045_p1_1D_green.yaml +++ /dev/null @@ -1,102 +0,0 @@ -# This file describes a figure from a publication containing electrochemical data. -# For the `echemdb/website` project, the source, curator and electrochemical system is mandatory. -# Figure description is optional. It is created automatically by the cv module of svgdigitizer - -source: - version: 1 - url: https://doi.org/10.1149/2.0081815jes # only the number without preceeding doix or https - bib: mello_2018_understanding_J3045 # AuthorName_YYYY_FirstWordTitle_pageNr. No prepositions. Fingers crossed that there is no duplicate. - figure: 1 # depending on the subfigure labels use 1, 1b, or 1_3 - curve: D_green # use a unique short description to identify the curve in the figure, i.e.. label, color, etc - -curator: - version: 1 - name: Markus Schilling - orcid: https://orcid.org/0000-0003-2684-3711 - digitized: 2021-12-05 # YYYY-MM-DD - -figure description: #This section will be updated by module `CV` - version: 1 - linked measurements: # FTIR, SXRD, Ring Disc - indicate if any other operando methods were shown in the same plot, which is linked to the data - comment: # Add whatever you think is important to understand the data - -electrochemical system: - version: 1 - instrumentation: - - type: - supplier: - - type: - model: - supplier: - - type: - model: - supplier: - electrolyte: - type: aq # aqueous = aq, non-aqueous=naq - components: # create as many components as necessary. A simple electrolyte consists of two components, i.e., H2SO4 and water - - name: HClO4 # can be trivia name, sum formula, etc - concentration: - value: 0.032 - unit: mol / l #[M, mM, µM, g kg-1, ...] - type: acid # - source: - supplier: - LOT: - - name: water - type: solvent - proportion: - value: - unit: - source: - refinement: - quality: - total organic carbon: - value: - unit: - - name: KClO4 - type: salt - concentration: - value: 0.068 - unit: mol / l #[M, mM, µM, g kg-1, ...] - - name: KBr - type: salt - source: - supplier: - LOT: - concentration: - value: 10 - unit: mmol / l #[M, mM, µM, g kg-1, ...] - ph: - value: 1.5 - uncertainty: - temperature: # provide the temperature as it is given in the article. Assume room temperature if nothing is provided - value: 298.15 - unit: K # [K, C, F] - electrodes: - configuration: 3 # number of electrodes - reference electrode: - type: RHE # the reference electrode given in the experimental section. Might differ from that in the plot, MSE-sat, MSE-3M, MSE-1M, RHE, AgCl2 - source: - supplier: - counter electrode: - material: Pt - crystallographic orientation: - shape: coil - working electrode: - material: Pt - crystallographic orientation: '111' # as STRING hkl, 100, 110, poly - source: - supplier: - LOT: - shape: # optional - type: # bead/sphere - height: - value: - unit: - diameter: - value: - unit: - geometric electrolyte contact area: - value: - unit: - preparation procedure: # Short description of sample preparation. This can be very useful. :) diff --git a/literature/mello_2018_understanding_J3045/mello_2018_understanding_J3045_p1_1D_red.yaml b/literature/mello_2018_understanding_J3045/mello_2018_understanding_J3045_p1_1D_red.yaml deleted file mode 100644 index 88fbbaf23..000000000 --- a/literature/mello_2018_understanding_J3045/mello_2018_understanding_J3045_p1_1D_red.yaml +++ /dev/null @@ -1,102 +0,0 @@ -# This file describes a figure from a publication containing electrochemical data. -# For the `echemdb/website` project, the source, curator and electrochemical system is mandatory. -# Figure description is optional. It is created automatically by the cv module of svgdigitizer - -source: - version: 1 - url: https://doi.org/10.1149/2.0081815jes # only the number without preceeding doix or https - bib: mello_2018_understanding_J3045 # AuthorName_YYYY_FirstWordTitle_pageNr. No prepositions. Fingers crossed that there is no duplicate. - figure: 1 # depending on the subfigure labels use 1, 1b, or 1_3 - curve: D_red # use a unique short description to identify the curve in the figure, i.e.. label, color, etc - -curator: - version: 1 - name: Markus Schilling - orcid: https://orcid.org/0000-0003-2684-3711 - digitized: 2021-12-05 # YYYY-MM-DD - -figure description: #This section will be updated by module `CV` - version: 1 - linked measurements: # FTIR, SXRD, Ring Disc - indicate if any other operando methods were shown in the same plot, which is linked to the data - comment: # Add whatever you think is important to understand the data - -electrochemical system: - version: 1 - instrumentation: - - type: - supplier: - - type: - model: - supplier: - - type: - model: - supplier: - electrolyte: - type: aq # aqueous = aq, non-aqueous=naq - components: # create as many components as necessary. A simple electrolyte consists of two components, i.e., H2SO4 and water - - name: HClO4 # can be trivia name, sum formula, etc - concentration: - value: 0.032 - unit: mol / l #[M, mM, µM, g kg-1, ...] - type: acid # - source: - supplier: - LOT: - - name: water - type: solvent - proportion: - value: - unit: - source: - refinement: - quality: - total organic carbon: - value: - unit: - - name: KClO4 - type: salt - concentration: - value: 0.068 - unit: mol / l #[M, mM, µM, g kg-1, ...] - - name: KBr - type: salt - source: - supplier: - LOT: - concentration: - value: 0.1 - unit: mmol / l #[M, mM, µM, g kg-1, ...] - ph: - value: 1.5 - uncertainty: - temperature: # provide the temperature as it is given in the article. Assume room temperature if nothing is provided - value: 298.15 - unit: K # [K, C, F] - electrodes: - configuration: 3 # number of electrodes - reference electrode: - type: RHE # the reference electrode given in the experimental section. Might differ from that in the plot, MSE-sat, MSE-3M, MSE-1M, RHE, AgCl2 - source: - supplier: - counter electrode: - material: Pt - crystallographic orientation: - shape: coil - working electrode: - material: Pt - crystallographic orientation: '111' # as STRING hkl, 100, 110, poly - source: - supplier: - LOT: - shape: # optional - type: # bead/sphere - height: - value: - unit: - diameter: - value: - unit: - geometric electrolyte contact area: - value: - unit: - preparation procedure: # Short description of sample preparation. This can be very useful. :) diff --git a/literature/mello_2018_understanding_J3045/mello_2018_understanding_J3045_p1_1E_black.yaml b/literature/mello_2018_understanding_J3045/mello_2018_understanding_J3045_p1_1E_black.yaml deleted file mode 100644 index e8ddbf669..000000000 --- a/literature/mello_2018_understanding_J3045/mello_2018_understanding_J3045_p1_1E_black.yaml +++ /dev/null @@ -1,102 +0,0 @@ -# This file describes a figure from a publication containing electrochemical data. -# For the `echemdb/website` project, the source, curator and electrochemical system is mandatory. -# Figure description is optional. It is created automatically by the cv module of svgdigitizer - -source: - version: 1 - url: https://doi.org/10.1149/2.0081815jes # only the number without preceeding doix or https - bib: mello_2018_understanding_J3045 # AuthorName_YYYY_FirstWordTitle_pageNr. No prepositions. Fingers crossed that there is no duplicate. - figure: 1 # depending on the subfigure labels use 1, 1b, or 1_3 - curve: E_black # use a unique short description to identify the curve in the figure, i.e.. label, color, etc - -curator: - version: 1 - name: Markus Schilling - orcid: https://orcid.org/0000-0003-2684-3711 - digitized: 2021-12-05 # YYYY-MM-DD - -figure description: #This section will be updated by module `CV` - version: 1 - linked measurements: # FTIR, SXRD, Ring Disc - indicate if any other operando methods were shown in the same plot, which is linked to the data - comment: # Add whatever you think is important to understand the data - -electrochemical system: - version: 1 - instrumentation: - - type: - supplier: - - type: - model: - supplier: - - type: - model: - supplier: - electrolyte: - type: aq # aqueous = aq, non-aqueous=naq - components: # create as many components as necessary. A simple electrolyte consists of two components, i.e., H2SO4 and water - - name: HClO4 # can be trivia name, sum formula, etc - concentration: - value: 0.01 - unit: mol / l #[M, mM, µM, g kg-1, ...] - type: acid # - source: - supplier: - LOT: - - name: water - type: solvent - proportion: - value: - unit: - source: - refinement: - quality: - total organic carbon: - value: - unit: - - name: KClO4 - type: salt - concentration: - value: 0.09 - unit: mol / l #[M, mM, µM, g kg-1, ...] - - name: - type: - source: - supplier: - LOT: - concentration: - value: - unit: #[M, mM, µM, g kg-1, ...] - ph: - value: 2 - uncertainty: - temperature: # provide the temperature as it is given in the article. Assume room temperature if nothing is provided - value: 298.15 - unit: K # [K, C, F] - electrodes: - configuration: 3 # number of electrodes - reference electrode: - type: RHE # the reference electrode given in the experimental section. Might differ from that in the plot, MSE-sat, MSE-3M, MSE-1M, RHE, AgCl2 - source: - supplier: - counter electrode: - material: Pt - crystallographic orientation: - shape: coil - working electrode: - material: Pt - crystallographic orientation: '111' # as STRING hkl, 100, 110, poly - source: - supplier: - LOT: - shape: # optional - type: # bead/sphere - height: - value: - unit: - diameter: - value: - unit: - geometric electrolyte contact area: - value: - unit: - preparation procedure: # Short description of sample preparation. This can be very useful. :) diff --git a/literature/mello_2018_understanding_J3045/mello_2018_understanding_J3045_p1_1E_blue.yaml b/literature/mello_2018_understanding_J3045/mello_2018_understanding_J3045_p1_1E_blue.yaml deleted file mode 100644 index 507e50cb7..000000000 --- a/literature/mello_2018_understanding_J3045/mello_2018_understanding_J3045_p1_1E_blue.yaml +++ /dev/null @@ -1,102 +0,0 @@ -# This file describes a figure from a publication containing electrochemical data. -# For the `echemdb/website` project, the source, curator and electrochemical system is mandatory. -# Figure description is optional. It is created automatically by the cv module of svgdigitizer - -source: - version: 1 - url: https://doi.org/10.1149/2.0081815jes # only the number without preceeding doix or https - bib: mello_2018_understanding_J3045 # AuthorName_YYYY_FirstWordTitle_pageNr. No prepositions. Fingers crossed that there is no duplicate. - figure: 1 # depending on the subfigure labels use 1, 1b, or 1_3 - curve: E_blue # use a unique short description to identify the curve in the figure, i.e.. label, color, etc - -curator: - version: 1 - name: Markus Schilling - orcid: https://orcid.org/0000-0003-2684-3711 - digitized: 2021-12-05 # YYYY-MM-DD - -figure description: #This section will be updated by module `CV` - version: 1 - linked measurements: # FTIR, SXRD, Ring Disc - indicate if any other operando methods were shown in the same plot, which is linked to the data - comment: # Add whatever you think is important to understand the data - -electrochemical system: - version: 1 - instrumentation: - - type: - supplier: - - type: - model: - supplier: - - type: - model: - supplier: - electrolyte: - type: aq # aqueous = aq, non-aqueous=naq - components: # create as many components as necessary. A simple electrolyte consists of two components, i.e., H2SO4 and water - - name: HClO4 # can be trivia name, sum formula, etc - concentration: - value: 0.01 - unit: mol / l #[M, mM, µM, g kg-1, ...] - type: acid # - source: - supplier: - LOT: - - name: water - type: solvent - proportion: - value: - unit: - source: - refinement: - quality: - total organic carbon: - value: - unit: - - name: KClO4 - type: salt - concentration: - value: 0.09 - unit: mol / l #[M, mM, µM, g kg-1, ...] - - name: KBr - type: salt - source: - supplier: - LOT: - concentration: - value: 1 - unit: mmol / l #[M, mM, µM, g kg-1, ...] - ph: - value: 2 - uncertainty: - temperature: # provide the temperature as it is given in the article. Assume room temperature if nothing is provided - value: 298.15 - unit: K # [K, C, F] - electrodes: - configuration: 3 # number of electrodes - reference electrode: - type: RHE # the reference electrode given in the experimental section. Might differ from that in the plot, MSE-sat, MSE-3M, MSE-1M, RHE, AgCl2 - source: - supplier: - counter electrode: - material: Pt - crystallographic orientation: - shape: coil - working electrode: - material: Pt - crystallographic orientation: '111' # as STRING hkl, 100, 110, poly - source: - supplier: - LOT: - shape: # optional - type: # bead/sphere - height: - value: - unit: - diameter: - value: - unit: - geometric electrolyte contact area: - value: - unit: - preparation procedure: # Short description of sample preparation. This can be very useful. :) diff --git a/literature/mello_2018_understanding_J3045/mello_2018_understanding_J3045_p1_1E_green.yaml b/literature/mello_2018_understanding_J3045/mello_2018_understanding_J3045_p1_1E_green.yaml deleted file mode 100644 index 80ac17f7b..000000000 --- a/literature/mello_2018_understanding_J3045/mello_2018_understanding_J3045_p1_1E_green.yaml +++ /dev/null @@ -1,102 +0,0 @@ -# This file describes a figure from a publication containing electrochemical data. -# For the `echemdb/website` project, the source, curator and electrochemical system is mandatory. -# Figure description is optional. It is created automatically by the cv module of svgdigitizer - -source: - version: 1 - url: https://doi.org/10.1149/2.0081815jes # only the number without preceeding doix or https - bib: mello_2018_understanding_J3045 # AuthorName_YYYY_FirstWordTitle_pageNr. No prepositions. Fingers crossed that there is no duplicate. - figure: 1 # depending on the subfigure labels use 1, 1b, or 1_3 - curve: E_green # use a unique short description to identify the curve in the figure, i.e.. label, color, etc - -curator: - version: 1 - name: Markus Schilling - orcid: https://orcid.org/0000-0003-2684-3711 - digitized: 2021-12-05 # YYYY-MM-DD - -figure description: #This section will be updated by module `CV` - version: 1 - linked measurements: # FTIR, SXRD, Ring Disc - indicate if any other operando methods were shown in the same plot, which is linked to the data - comment: # Add whatever you think is important to understand the data - -electrochemical system: - version: 1 - instrumentation: - - type: - supplier: - - type: - model: - supplier: - - type: - model: - supplier: - electrolyte: - type: aq # aqueous = aq, non-aqueous=naq - components: # create as many components as necessary. A simple electrolyte consists of two components, i.e., H2SO4 and water - - name: HClO4 # can be trivia name, sum formula, etc - concentration: - value: 0.01 - unit: mol / l #[M, mM, µM, g kg-1, ...] - type: acid # - source: - supplier: - LOT: - - name: water - type: solvent - proportion: - value: - unit: - source: - refinement: - quality: - total organic carbon: - value: - unit: - - name: KClO4 - type: salt - concentration: - value: 0.09 - unit: mol / l #[M, mM, µM, g kg-1, ...] - - name: KBr - type: salt - source: - supplier: - LOT: - concentration: - value: 10 - unit: mmol / l #[M, mM, µM, g kg-1, ...] - ph: - value: 2 - uncertainty: - temperature: # provide the temperature as it is given in the article. Assume room temperature if nothing is provided - value: 298.15 - unit: K # [K, C, F] - electrodes: - configuration: 3 # number of electrodes - reference electrode: - type: RHE # the reference electrode given in the experimental section. Might differ from that in the plot, MSE-sat, MSE-3M, MSE-1M, RHE, AgCl2 - source: - supplier: - counter electrode: - material: Pt - crystallographic orientation: - shape: coil - working electrode: - material: Pt - crystallographic orientation: '111' # as STRING hkl, 100, 110, poly - source: - supplier: - LOT: - shape: # optional - type: # bead/sphere - height: - value: - unit: - diameter: - value: - unit: - geometric electrolyte contact area: - value: - unit: - preparation procedure: # Short description of sample preparation. This can be very useful. :) diff --git a/literature/mello_2018_understanding_J3045/mello_2018_understanding_J3045_p1_1E_red.yaml b/literature/mello_2018_understanding_J3045/mello_2018_understanding_J3045_p1_1E_red.yaml deleted file mode 100644 index 4b13ff20b..000000000 --- a/literature/mello_2018_understanding_J3045/mello_2018_understanding_J3045_p1_1E_red.yaml +++ /dev/null @@ -1,102 +0,0 @@ -# This file describes a figure from a publication containing electrochemical data. -# For the `echemdb/website` project, the source, curator and electrochemical system is mandatory. -# Figure description is optional. It is created automatically by the cv module of svgdigitizer - -source: - version: 1 - url: https://doi.org/10.1149/2.0081815jes # only the number without preceeding doix or https - bib: mello_2018_understanding_J3045 # AuthorName_YYYY_FirstWordTitle_pageNr. No prepositions. Fingers crossed that there is no duplicate. - figure: 1 # depending on the subfigure labels use 1, 1b, or 1_3 - curve: E_red # use a unique short description to identify the curve in the figure, i.e.. label, color, etc - -curator: - version: 1 - name: Markus Schilling - orcid: https://orcid.org/0000-0003-2684-3711 - digitized: 2021-12-05 # YYYY-MM-DD - -figure description: #This section will be updated by module `CV` - version: 1 - linked measurements: # FTIR, SXRD, Ring Disc - indicate if any other operando methods were shown in the same plot, which is linked to the data - comment: # Add whatever you think is important to understand the data - -electrochemical system: - version: 1 - instrumentation: - - type: - supplier: - - type: - model: - supplier: - - type: - model: - supplier: - electrolyte: - type: aq # aqueous = aq, non-aqueous=naq - components: # create as many components as necessary. A simple electrolyte consists of two components, i.e., H2SO4 and water - - name: HClO4 # can be trivia name, sum formula, etc - concentration: - value: 0.01 - unit: mol / l #[M, mM, µM, g kg-1, ...] - type: acid # - source: - supplier: - LOT: - - name: water - type: solvent - proportion: - value: - unit: - source: - refinement: - quality: - total organic carbon: - value: - unit: - - name: KClO4 - type: salt - concentration: - value: 0.09 - unit: mol / l #[M, mM, µM, g kg-1, ...] - - name: KBr - type: salt - source: - supplier: - LOT: - concentration: - value: 0.1 - unit: mmol / l #[M, mM, µM, g kg-1, ...] - ph: - value: 2 - uncertainty: - temperature: # provide the temperature as it is given in the article. Assume room temperature if nothing is provided - value: 298.15 - unit: K # [K, C, F] - electrodes: - configuration: 3 # number of electrodes - reference electrode: - type: RHE # the reference electrode given in the experimental section. Might differ from that in the plot, MSE-sat, MSE-3M, MSE-1M, RHE, AgCl2 - source: - supplier: - counter electrode: - material: Pt - crystallographic orientation: - shape: coil - working electrode: - material: Pt - crystallographic orientation: '111' # as STRING hkl, 100, 110, poly - source: - supplier: - LOT: - shape: # optional - type: # bead/sphere - height: - value: - unit: - diameter: - value: - unit: - geometric electrolyte contact area: - value: - unit: - preparation procedure: # Short description of sample preparation. This can be very useful. :) diff --git a/literature/mello_2018_understanding_J3045/mello_2018_understanding_J3045_p1_1F_black.yaml b/literature/mello_2018_understanding_J3045/mello_2018_understanding_J3045_p1_1F_black.yaml deleted file mode 100644 index 9f47d0a32..000000000 --- a/literature/mello_2018_understanding_J3045/mello_2018_understanding_J3045_p1_1F_black.yaml +++ /dev/null @@ -1,107 +0,0 @@ -# This file describes a figure from a publication containing electrochemical data. -# For the `echemdb/website` project, the source, curator and electrochemical system is mandatory. -# Figure description is optional. It is created automatically by the cv module of svgdigitizer - -source: - version: 1 - url: https://doi.org/10.1149/2.0081815jes # only the number without preceeding doix or https - bib: mello_2018_understanding_J3045 # AuthorName_YYYY_FirstWordTitle_pageNr. No prepositions. Fingers crossed that there is no duplicate. - figure: 1 # depending on the subfigure labels use 1, 1b, or 1_3 - curve: F_black # use a unique short description to identify the curve in the figure, i.e.. label, color, etc - -curator: - version: 1 - name: Markus Schilling - orcid: https://orcid.org/0000-0003-2684-3711 - digitized: 2021-12-05 # YYYY-MM-DD - -figure description: #This section will be updated by module `CV` - version: 1 - linked measurements: # FTIR, SXRD, Ring Disc - indicate if any other operando methods were shown in the same plot, which is linked to the data - comment: # Add whatever you think is important to understand the data - -electrochemical system: - version: 1 - instrumentation: - - type: - supplier: - - type: - model: - supplier: - - type: - model: - supplier: - electrolyte: - type: aq # aqueous = aq, non-aqueous=naq - components: # create as many components as necessary. A simple electrolyte consists of two components, i.e., H2SO4 and water - - name: HClO4 # can be trivia name, sum formula, etc - concentration: - value: 0.011 - unit: mol / l #[M, mM, µM, g kg-1, ...] - type: acid # - source: - supplier: - LOT: - - name: water - type: solvent - proportion: - value: - unit: - source: - refinement: - quality: - total organic carbon: - value: - unit: - - name: KClO4 - type: salt - concentration: - value: 0.082 - unit: mol / l #[M, mM, µM, g kg-1, ...] - - name: NaF - type: salt - concentration: - value: 0.017 - unit: mol / l #[M, mM, µM, g kg-1, ...] - - name: - type: - source: - supplier: - LOT: - concentration: - value: - unit: #[M, mM, µM, g kg-1, ...] - ph: - value: 3 - uncertainty: - temperature: # provide the temperature as it is given in the article. Assume room temperature if nothing is provided - value: 298.15 - unit: K # [K, C, F] - electrodes: - configuration: 3 # number of electrodes - reference electrode: - type: Ag/AgCl # the reference electrode given in the experimental section. Might differ from that in the plot, MSE-sat, MSE-3M, MSE-1M, RHE, AgCl2 - source: - supplier: - counter electrode: - material: Pt - crystallographic orientation: - shape: coil - working electrode: - material: Pt - crystallographic orientation: '111' # as STRING hkl, 100, 110, poly - source: - supplier: - LOT: - shape: # optional - type: # bead/sphere - height: - value: - unit: - diameter: - value: - unit: - geometric electrolyte contact area: - value: - unit: - preparation procedure: # Short description of sample preparation. This can be very useful. :) diff --git a/literature/mello_2018_understanding_J3045/mello_2018_understanding_J3045_p1_1F_blue.yaml b/literature/mello_2018_understanding_J3045/mello_2018_understanding_J3045_p1_1F_blue.yaml deleted file mode 100644 index a2efbb4ee..000000000 --- a/literature/mello_2018_understanding_J3045/mello_2018_understanding_J3045_p1_1F_blue.yaml +++ /dev/null @@ -1,107 +0,0 @@ -# This file describes a figure from a publication containing electrochemical data. -# For the `echemdb/website` project, the source, curator and electrochemical system is mandatory. -# Figure description is optional. It is created automatically by the cv module of svgdigitizer - -source: - version: 1 - url: https://doi.org/10.1149/2.0081815jes # only the number without preceeding doix or https - bib: mello_2018_understanding_J3045 # AuthorName_YYYY_FirstWordTitle_pageNr. No prepositions. Fingers crossed that there is no duplicate. - figure: 1 # depending on the subfigure labels use 1, 1b, or 1_3 - curve: F_blue # use a unique short description to identify the curve in the figure, i.e.. label, color, etc - -curator: - version: 1 - name: Markus Schilling - orcid: https://orcid.org/0000-0003-2684-3711 - digitized: 2021-12-05 # YYYY-MM-DD - -figure description: #This section will be updated by module `CV` - version: 1 - linked measurements: # FTIR, SXRD, Ring Disc - indicate if any other operando methods were shown in the same plot, which is linked to the data - comment: # Add whatever you think is important to understand the data - -electrochemical system: - version: 1 - instrumentation: - - type: - supplier: - - type: - model: - supplier: - - type: - model: - supplier: - electrolyte: - type: aq # aqueous = aq, non-aqueous=naq - components: # create as many components as necessary. A simple electrolyte consists of two components, i.e., H2SO4 and water - - name: HClO4 # can be trivia name, sum formula, etc - concentration: - value: 0.011 - unit: mol / l #[M, mM, µM, g kg-1, ...] - type: acid # - source: - supplier: - LOT: - - name: water - type: solvent - proportion: - value: - unit: - source: - refinement: - quality: - total organic carbon: - value: - unit: - - name: KClO4 - type: salt - concentration: - value: 0.082 - unit: mol / l #[M, mM, µM, g kg-1, ...] - - name: NaF - type: salt - concentration: - value: 0.017 - unit: mol / l #[M, mM, µM, g kg-1, ...] - - name: KBr - type: salt - source: - supplier: - LOT: - concentration: - value: 1 - unit: mmol / l #[M, mM, µM, g kg-1, ...] - ph: - value: 3 - uncertainty: - temperature: # provide the temperature as it is given in the article. Assume room temperature if nothing is provided - value: 298.15 - unit: K # [K, C, F] - electrodes: - configuration: 3 # number of electrodes - reference electrode: - type: Ag/AgCl # the reference electrode given in the experimental section. Might differ from that in the plot, MSE-sat, MSE-3M, MSE-1M, RHE, AgCl2 - source: - supplier: - counter electrode: - material: Pt - crystallographic orientation: - shape: coil - working electrode: - material: Pt - crystallographic orientation: '111' # as STRING hkl, 100, 110, poly - source: - supplier: - LOT: - shape: # optional - type: # bead/sphere - height: - value: - unit: - diameter: - value: - unit: - geometric electrolyte contact area: - value: - unit: - preparation procedure: # Short description of sample preparation. This can be very useful. :) diff --git a/literature/mello_2018_understanding_J3045/mello_2018_understanding_J3045_p1_1F_green.yaml b/literature/mello_2018_understanding_J3045/mello_2018_understanding_J3045_p1_1F_green.yaml deleted file mode 100644 index 03a882f39..000000000 --- a/literature/mello_2018_understanding_J3045/mello_2018_understanding_J3045_p1_1F_green.yaml +++ /dev/null @@ -1,107 +0,0 @@ -# This file describes a figure from a publication containing electrochemical data. -# For the `echemdb/website` project, the source, curator and electrochemical system is mandatory. -# Figure description is optional. It is created automatically by the cv module of svgdigitizer - -source: - version: 1 - url: https://doi.org/10.1149/2.0081815jes # only the number without preceeding doix or https - bib: mello_2018_understanding_J3045 # AuthorName_YYYY_FirstWordTitle_pageNr. No prepositions. Fingers crossed that there is no duplicate. - figure: 1 # depending on the subfigure labels use 1, 1b, or 1_3 - curve: F_green # use a unique short description to identify the curve in the figure, i.e.. label, color, etc - -curator: - version: 1 - name: Markus Schilling - orcid: https://orcid.org/0000-0003-2684-3711 - digitized: 2021-12-05 # YYYY-MM-DD - -figure description: #This section will be updated by module `CV` - version: 1 - linked measurements: # FTIR, SXRD, Ring Disc - indicate if any other operando methods were shown in the same plot, which is linked to the data - comment: # Add whatever you think is important to understand the data - -electrochemical system: - version: 1 - instrumentation: - - type: - supplier: - - type: - model: - supplier: - - type: - model: - supplier: - electrolyte: - type: aq # aqueous = aq, non-aqueous=naq - components: # create as many components as necessary. A simple electrolyte consists of two components, i.e., H2SO4 and water - - name: HClO4 # can be trivia name, sum formula, etc - concentration: - value: 0.011 - unit: mol / l #[M, mM, µM, g kg-1, ...] - type: acid # - source: - supplier: - LOT: - - name: water - type: solvent - proportion: - value: - unit: - source: - refinement: - quality: - total organic carbon: - value: - unit: - - name: KClO4 - type: salt - concentration: - value: 0.082 - unit: mol / l #[M, mM, µM, g kg-1, ...] - - name: NaF - type: salt - concentration: - value: 0.017 - unit: mol / l #[M, mM, µM, g kg-1, ...] - - name: KBr - type: salt - source: - supplier: - LOT: - concentration: - value: 10 - unit: mmol / l #[M, mM, µM, g kg-1, ...] - ph: - value: 3 - uncertainty: - temperature: # provide the temperature as it is given in the article. Assume room temperature if nothing is provided - value: 298.15 - unit: K # [K, C, F] - electrodes: - configuration: 3 # number of electrodes - reference electrode: - type: Ag/AgCl # the reference electrode given in the experimental section. Might differ from that in the plot, MSE-sat, MSE-3M, MSE-1M, RHE, AgCl2 - source: - supplier: - counter electrode: - material: Pt - crystallographic orientation: - shape: coil - working electrode: - material: Pt - crystallographic orientation: '111' # as STRING hkl, 100, 110, poly - source: - supplier: - LOT: - shape: # optional - type: # bead/sphere - height: - value: - unit: - diameter: - value: - unit: - geometric electrolyte contact area: - value: - unit: - preparation procedure: # Short description of sample preparation. This can be very useful. :) diff --git a/literature/mello_2018_understanding_J3045/mello_2018_understanding_J3045_p1_1F_red.yaml b/literature/mello_2018_understanding_J3045/mello_2018_understanding_J3045_p1_1F_red.yaml deleted file mode 100644 index 13627e9f2..000000000 --- a/literature/mello_2018_understanding_J3045/mello_2018_understanding_J3045_p1_1F_red.yaml +++ /dev/null @@ -1,107 +0,0 @@ -# This file describes a figure from a publication containing electrochemical data. -# For the `echemdb/website` project, the source, curator and electrochemical system is mandatory. -# Figure description is optional. It is created automatically by the cv module of svgdigitizer - -source: - version: 1 - url: https://doi.org/10.1149/2.0081815jes # only the number without preceeding doix or https - bib: mello_2018_understanding_J3045 # AuthorName_YYYY_FirstWordTitle_pageNr. No prepositions. Fingers crossed that there is no duplicate. - figure: 1 # depending on the subfigure labels use 1, 1b, or 1_3 - curve: F_red # use a unique short description to identify the curve in the figure, i.e.. label, color, etc - -curator: - version: 1 - name: Markus Schilling - orcid: https://orcid.org/0000-0003-2684-3711 - digitized: 2021-12-05 # YYYY-MM-DD - -figure description: #This section will be updated by module `CV` - version: 1 - linked measurements: # FTIR, SXRD, Ring Disc - indicate if any other operando methods were shown in the same plot, which is linked to the data - comment: # Add whatever you think is important to understand the data - -electrochemical system: - version: 1 - instrumentation: - - type: - supplier: - - type: - model: - supplier: - - type: - model: - supplier: - electrolyte: - type: aq # aqueous = aq, non-aqueous=naq - components: # create as many components as necessary. A simple electrolyte consists of two components, i.e., H2SO4 and water - - name: HClO4 # can be trivia name, sum formula, etc - concentration: - value: 0.011 - unit: mol / l #[M, mM, µM, g kg-1, ...] - type: acid # - source: - supplier: - LOT: - - name: water - type: solvent - proportion: - value: - unit: - source: - refinement: - quality: - total organic carbon: - value: - unit: - - name: KClO4 - type: salt - concentration: - value: 0.082 - unit: mol / l #[M, mM, µM, g kg-1, ...] - - name: NaF - type: salt - concentration: - value: 0.017 - unit: mol / l #[M, mM, µM, g kg-1, ...] - - name: KBr - type: salt - source: - supplier: - LOT: - concentration: - value: 0.1 - unit: mmol / l #[M, mM, µM, g kg-1, ...] - ph: - value: 3 - uncertainty: - temperature: # provide the temperature as it is given in the article. Assume room temperature if nothing is provided - value: 298.15 - unit: K # [K, C, F] - electrodes: - configuration: 3 # number of electrodes - reference electrode: - type: Ag/AgCl # the reference electrode given in the experimental section. Might differ from that in the plot, MSE-sat, MSE-3M, MSE-1M, RHE, AgCl2 - source: - supplier: - counter electrode: - material: Pt - crystallographic orientation: - shape: coil - working electrode: - material: Pt - crystallographic orientation: '111' # as STRING hkl, 100, 110, poly - source: - supplier: - LOT: - shape: # optional - type: # bead/sphere - height: - value: - unit: - diameter: - value: - unit: - geometric electrolyte contact area: - value: - unit: - preparation procedure: # Short description of sample preparation. This can be very useful. :) diff --git a/literature/mello_2018_understanding_J3045/mello_2018_understanding_J3045_p1_1G_black.yaml b/literature/mello_2018_understanding_J3045/mello_2018_understanding_J3045_p1_1G_black.yaml deleted file mode 100644 index 07303c2e7..000000000 --- a/literature/mello_2018_understanding_J3045/mello_2018_understanding_J3045_p1_1G_black.yaml +++ /dev/null @@ -1,107 +0,0 @@ -# This file describes a figure from a publication containing electrochemical data. -# For the `echemdb/website` project, the source, curator and electrochemical system is mandatory. -# Figure description is optional. It is created automatically by the cv module of svgdigitizer - -source: - version: 1 - url: https://doi.org/10.1149/2.0081815jes # only the number without preceeding doix or https - bib: mello_2018_understanding_J3045 # AuthorName_YYYY_FirstWordTitle_pageNr. No prepositions. Fingers crossed that there is no duplicate. - figure: 1 # depending on the subfigure labels use 1, 1b, or 1_3 - curve: G_black # use a unique short description to identify the curve in the figure, i.e.. label, color, etc - -curator: - version: 1 - name: Markus Schilling - orcid: https://orcid.org/0000-0003-2684-3711 - digitized: 2021-12-05 # YYYY-MM-DD - -figure description: #This section will be updated by module `CV` - version: 1 - linked measurements: # FTIR, SXRD, Ring Disc - indicate if any other operando methods were shown in the same plot, which is linked to the data - comment: # Add whatever you think is important to understand the data - -electrochemical system: - version: 1 - instrumentation: - - type: - supplier: - - type: - model: - supplier: - - type: - model: - supplier: - electrolyte: - type: aq # aqueous = aq, non-aqueous=naq - components: # create as many components as necessary. A simple electrolyte consists of two components, i.e., H2SO4 and water - - name: HClO4 # can be trivia name, sum formula, etc - concentration: - value: 0.01 - unit: mol / l #[M, mM, µM, g kg-1, ...] - type: acid # - source: - supplier: - LOT: - - name: water - type: solvent - proportion: - value: - unit: - source: - refinement: - quality: - total organic carbon: - value: - unit: - - name: KClO4 - type: salt - concentration: - value: 0.022 - unit: mol / l #[M, mM, µM, g kg-1, ...] - - name: NaF - type: salt - concentration: - value: 0.078 - unit: mol / l #[M, mM, µM, g kg-1, ...] - - name: - type: - source: - supplier: - LOT: - concentration: - value: - unit: #[M, mM, µM, g kg-1, ...] - ph: - value: 4 - uncertainty: - temperature: # provide the temperature as it is given in the article. Assume room temperature if nothing is provided - value: 298.15 - unit: K # [K, C, F] - electrodes: - configuration: 3 # number of electrodes - reference electrode: - type: Ag/AgCl # the reference electrode given in the experimental section. Might differ from that in the plot, MSE-sat, MSE-3M, MSE-1M, RHE, AgCl2 - source: - supplier: - counter electrode: - material: Pt - crystallographic orientation: - shape: coil - working electrode: - material: Pt - crystallographic orientation: '111' # as STRING hkl, 100, 110, poly - source: - supplier: - LOT: - shape: # optional - type: # bead/sphere - height: - value: - unit: - diameter: - value: - unit: - geometric electrolyte contact area: - value: - unit: - preparation procedure: # Short description of sample preparation. This can be very useful. :) diff --git a/literature/mello_2018_understanding_J3045/mello_2018_understanding_J3045_p1_1G_blue.yaml b/literature/mello_2018_understanding_J3045/mello_2018_understanding_J3045_p1_1G_blue.yaml deleted file mode 100644 index da6bf7418..000000000 --- a/literature/mello_2018_understanding_J3045/mello_2018_understanding_J3045_p1_1G_blue.yaml +++ /dev/null @@ -1,107 +0,0 @@ -# This file describes a figure from a publication containing electrochemical data. -# For the `echemdb/website` project, the source, curator and electrochemical system is mandatory. -# Figure description is optional. It is created automatically by the cv module of svgdigitizer - -source: - version: 1 - url: https://doi.org/10.1149/2.0081815jes # only the number without preceeding doix or https - bib: mello_2018_understanding_J3045 # AuthorName_YYYY_FirstWordTitle_pageNr. No prepositions. Fingers crossed that there is no duplicate. - figure: 1 # depending on the subfigure labels use 1, 1b, or 1_3 - curve: G_blue # use a unique short description to identify the curve in the figure, i.e.. label, color, etc - -curator: - version: 1 - name: Markus Schilling - orcid: https://orcid.org/0000-0003-2684-3711 - digitized: 2021-12-05 # YYYY-MM-DD - -figure description: #This section will be updated by module `CV` - version: 1 - linked measurements: # FTIR, SXRD, Ring Disc - indicate if any other operando methods were shown in the same plot, which is linked to the data - comment: # Add whatever you think is important to understand the data - -electrochemical system: - version: 1 - instrumentation: - - type: - supplier: - - type: - model: - supplier: - - type: - model: - supplier: - electrolyte: - type: aq # aqueous = aq, non-aqueous=naq - components: # create as many components as necessary. A simple electrolyte consists of two components, i.e., H2SO4 and water - - name: HClO4 # can be trivia name, sum formula, etc - concentration: - value: 0.01 - unit: mol / l #[M, mM, µM, g kg-1, ...] - type: acid # - source: - supplier: - LOT: - - name: water - type: solvent - proportion: - value: - unit: - source: - refinement: - quality: - total organic carbon: - value: - unit: - - name: KClO4 - type: salt - concentration: - value: 0.022 - unit: mol / l #[M, mM, µM, g kg-1, ...] - - name: NaF - type: salt - concentration: - value: 0.078 - unit: mol / l #[M, mM, µM, g kg-1, ...] - - name: KBr - type: salt - source: - supplier: - LOT: - concentration: - value: 1 - unit: mmol / l #[M, mM, µM, g kg-1, ...] - ph: - value: 4 - uncertainty: - temperature: # provide the temperature as it is given in the article. Assume room temperature if nothing is provided - value: 298.15 - unit: K # [K, C, F] - electrodes: - configuration: 3 # number of electrodes - reference electrode: - type: Ag/AgCl # the reference electrode given in the experimental section. Might differ from that in the plot, MSE-sat, MSE-3M, MSE-1M, RHE, AgCl2 - source: - supplier: - counter electrode: - material: Pt - crystallographic orientation: - shape: coil - working electrode: - material: Pt - crystallographic orientation: '111' # as STRING hkl, 100, 110, poly - source: - supplier: - LOT: - shape: # optional - type: # bead/sphere - height: - value: - unit: - diameter: - value: - unit: - geometric electrolyte contact area: - value: - unit: - preparation procedure: # Short description of sample preparation. This can be very useful. :) diff --git a/literature/mello_2018_understanding_J3045/mello_2018_understanding_J3045_p1_1G_green.yaml b/literature/mello_2018_understanding_J3045/mello_2018_understanding_J3045_p1_1G_green.yaml deleted file mode 100644 index 15ef2c728..000000000 --- a/literature/mello_2018_understanding_J3045/mello_2018_understanding_J3045_p1_1G_green.yaml +++ /dev/null @@ -1,107 +0,0 @@ -# This file describes a figure from a publication containing electrochemical data. -# For the `echemdb/website` project, the source, curator and electrochemical system is mandatory. -# Figure description is optional. It is created automatically by the cv module of svgdigitizer - -source: - version: 1 - url: https://doi.org/10.1149/2.0081815jes # only the number without preceeding doix or https - bib: mello_2018_understanding_J3045 # AuthorName_YYYY_FirstWordTitle_pageNr. No prepositions. Fingers crossed that there is no duplicate. - figure: 1 # depending on the subfigure labels use 1, 1b, or 1_3 - curve: G_green # use a unique short description to identify the curve in the figure, i.e.. label, color, etc - -curator: - version: 1 - name: Markus Schilling - orcid: https://orcid.org/0000-0003-2684-3711 - digitized: 2021-12-05 # YYYY-MM-DD - -figure description: #This section will be updated by module `CV` - version: 1 - linked measurements: # FTIR, SXRD, Ring Disc - indicate if any other operando methods were shown in the same plot, which is linked to the data - comment: # Add whatever you think is important to understand the data - -electrochemical system: - version: 1 - instrumentation: - - type: - supplier: - - type: - model: - supplier: - - type: - model: - supplier: - electrolyte: - type: aq # aqueous = aq, non-aqueous=naq - components: # create as many components as necessary. A simple electrolyte consists of two components, i.e., H2SO4 and water - - name: HClO4 # can be trivia name, sum formula, etc - concentration: - value: 0.01 - unit: mol / l #[M, mM, µM, g kg-1, ...] - type: acid # - source: - supplier: - LOT: - - name: water - type: solvent - proportion: - value: - unit: - source: - refinement: - quality: - total organic carbon: - value: - unit: - - name: KClO4 - type: salt - concentration: - value: 0.022 - unit: mol / l #[M, mM, µM, g kg-1, ...] - - name: NaF - type: salt - concentration: - value: 0.078 - unit: mol / l #[M, mM, µM, g kg-1, ...] - - name: KBr - type: salt - source: - supplier: - LOT: - concentration: - value: 10 - unit: mmol / l #[M, mM, µM, g kg-1, ...] - ph: - value: 4 - uncertainty: - temperature: # provide the temperature as it is given in the article. Assume room temperature if nothing is provided - value: 298.15 - unit: K # [K, C, F] - electrodes: - configuration: 3 # number of electrodes - reference electrode: - type: Ag/AgCl # the reference electrode given in the experimental section. Might differ from that in the plot, MSE-sat, MSE-3M, MSE-1M, RHE, AgCl2 - source: - supplier: - counter electrode: - material: Pt - crystallographic orientation: - shape: coil - working electrode: - material: Pt - crystallographic orientation: '111' # as STRING hkl, 100, 110, poly - source: - supplier: - LOT: - shape: # optional - type: # bead/sphere - height: - value: - unit: - diameter: - value: - unit: - geometric electrolyte contact area: - value: - unit: - preparation procedure: # Short description of sample preparation. This can be very useful. :) diff --git a/literature/mello_2018_understanding_J3045/mello_2018_understanding_J3045_p1_1G_red.yaml b/literature/mello_2018_understanding_J3045/mello_2018_understanding_J3045_p1_1G_red.yaml deleted file mode 100644 index a1a8ec807..000000000 --- a/literature/mello_2018_understanding_J3045/mello_2018_understanding_J3045_p1_1G_red.yaml +++ /dev/null @@ -1,107 +0,0 @@ -# This file describes a figure from a publication containing electrochemical data. -# For the `echemdb/website` project, the source, curator and electrochemical system is mandatory. -# Figure description is optional. It is created automatically by the cv module of svgdigitizer - -source: - version: 1 - url: https://doi.org/10.1149/2.0081815jes # only the number without preceeding doix or https - bib: mello_2018_understanding_J3045 # AuthorName_YYYY_FirstWordTitle_pageNr. No prepositions. Fingers crossed that there is no duplicate. - figure: 1 # depending on the subfigure labels use 1, 1b, or 1_3 - curve: G_red # use a unique short description to identify the curve in the figure, i.e.. label, color, etc - -curator: - version: 1 - name: Markus Schilling - orcid: https://orcid.org/0000-0003-2684-3711 - digitized: 2021-12-05 # YYYY-MM-DD - -figure description: #This section will be updated by module `CV` - version: 1 - linked measurements: # FTIR, SXRD, Ring Disc - indicate if any other operando methods were shown in the same plot, which is linked to the data - comment: # Add whatever you think is important to understand the data - -electrochemical system: - version: 1 - instrumentation: - - type: - supplier: - - type: - model: - supplier: - - type: - model: - supplier: - electrolyte: - type: aq # aqueous = aq, non-aqueous=naq - components: # create as many components as necessary. A simple electrolyte consists of two components, i.e., H2SO4 and water - - name: HClO4 # can be trivia name, sum formula, etc - concentration: - value: 0.01 - unit: mol / l #[M, mM, µM, g kg-1, ...] - type: acid # - source: - supplier: - LOT: - - name: water - type: solvent - proportion: - value: - unit: - source: - refinement: - quality: - total organic carbon: - value: - unit: - - name: KClO4 - type: salt - concentration: - value: 0.022 - unit: mol / l #[M, mM, µM, g kg-1, ...] - - name: NaF - type: salt - concentration: - value: 0.078 - unit: mol / l #[M, mM, µM, g kg-1, ...] - - name: KBr - type: salt - source: - supplier: - LOT: - concentration: - value: 0.1 - unit: mmol / l #[M, mM, µM, g kg-1, ...] - ph: - value: 4 - uncertainty: - temperature: # provide the temperature as it is given in the article. Assume room temperature if nothing is provided - value: 298.15 - unit: K # [K, C, F] - electrodes: - configuration: 3 # number of electrodes - reference electrode: - type: Ag/AgCl # the reference electrode given in the experimental section. Might differ from that in the plot, MSE-sat, MSE-3M, MSE-1M, RHE, AgCl2 - source: - supplier: - counter electrode: - material: Pt - crystallographic orientation: - shape: coil - working electrode: - material: Pt - crystallographic orientation: '111' # as STRING hkl, 100, 110, poly - source: - supplier: - LOT: - shape: # optional - type: # bead/sphere - height: - value: - unit: - diameter: - value: - unit: - geometric electrolyte contact area: - value: - unit: - preparation procedure: # Short description of sample preparation. This can be very useful. :) diff --git a/literature/mello_2018_understanding_J3045/mello_2018_understanding_J3045_p1_1H_black.yaml b/literature/mello_2018_understanding_J3045/mello_2018_understanding_J3045_p1_1H_black.yaml deleted file mode 100644 index 1494b52d4..000000000 --- a/literature/mello_2018_understanding_J3045/mello_2018_understanding_J3045_p1_1H_black.yaml +++ /dev/null @@ -1,107 +0,0 @@ -# This file describes a figure from a publication containing electrochemical data. -# For the `echemdb/website` project, the source, curator and electrochemical system is mandatory. -# Figure description is optional. It is created automatically by the cv module of svgdigitizer - -source: - version: 1 - url: https://doi.org/10.1149/2.0081815jes # only the number without preceeding doix or https - bib: mello_2018_understanding_J3045 # AuthorName_YYYY_FirstWordTitle_pageNr. No prepositions. Fingers crossed that there is no duplicate. - figure: 1 # depending on the subfigure labels use 1, 1b, or 1_3 - curve: H_black # use a unique short description to identify the curve in the figure, i.e.. label, color, etc - -curator: - version: 1 - name: Markus Schilling - orcid: https://orcid.org/0000-0003-2684-3711 - digitized: 2021-12-05 # YYYY-MM-DD - -figure description: #This section will be updated by module `CV` - version: 1 - linked measurements: # FTIR, SXRD, Ring Disc - indicate if any other operando methods were shown in the same plot, which is linked to the data - comment: # Add whatever you think is important to understand the data - -electrochemical system: - version: 1 - instrumentation: - - type: - supplier: - - type: - model: - supplier: - - type: - model: - supplier: - electrolyte: - type: aq # aqueous = aq, non-aqueous=naq - components: # create as many components as necessary. A simple electrolyte consists of two components, i.e., H2SO4 and water - - name: HClO4 # can be trivia name, sum formula, etc - concentration: - value: 0.01 - unit: mol / l #[M, mM, µM, g kg-1, ...] - type: acid # - source: - supplier: - LOT: - - name: water - type: solvent - proportion: - value: - unit: - source: - refinement: - quality: - total organic carbon: - value: - unit: - - name: - type: - concentration: - value: - unit: #[M, mM, µM, g kg-1, ...] - - name: NaF - type: salt - concentration: - value: 0.686 - unit: mol / l #[M, mM, µM, g kg-1, ...] - - name: - type: - source: - supplier: - LOT: - concentration: - value: - unit: #[M, mM, µM, g kg-1, ...] - ph: - value: 5.3 - uncertainty: - temperature: # provide the temperature as it is given in the article. Assume room temperature if nothing is provided - value: 298.15 - unit: K # [K, C, F] - electrodes: - configuration: 3 # number of electrodes - reference electrode: - type: Ag/AgCl # the reference electrode given in the experimental section. Might differ from that in the plot, MSE-sat, MSE-3M, MSE-1M, RHE, AgCl2 - source: - supplier: - counter electrode: - material: Pt - crystallographic orientation: - shape: coil - working electrode: - material: Pt - crystallographic orientation: '111' # as STRING hkl, 100, 110, poly - source: - supplier: - LOT: - shape: # optional - type: # bead/sphere - height: - value: - unit: - diameter: - value: - unit: - geometric electrolyte contact area: - value: - unit: - preparation procedure: # Short description of sample preparation. This can be very useful. :) diff --git a/literature/mello_2018_understanding_J3045/mello_2018_understanding_J3045_p1_1H_blue.yaml b/literature/mello_2018_understanding_J3045/mello_2018_understanding_J3045_p1_1H_blue.yaml deleted file mode 100644 index 9cc66c75d..000000000 --- a/literature/mello_2018_understanding_J3045/mello_2018_understanding_J3045_p1_1H_blue.yaml +++ /dev/null @@ -1,107 +0,0 @@ -# This file describes a figure from a publication containing electrochemical data. -# For the `echemdb/website` project, the source, curator and electrochemical system is mandatory. -# Figure description is optional. It is created automatically by the cv module of svgdigitizer - -source: - version: 1 - url: https://doi.org/10.1149/2.0081815jes # only the number without preceeding doix or https - bib: mello_2018_understanding_J3045 # AuthorName_YYYY_FirstWordTitle_pageNr. No prepositions. Fingers crossed that there is no duplicate. - figure: 1 # depending on the subfigure labels use 1, 1b, or 1_3 - curve: H_blue # use a unique short description to identify the curve in the figure, i.e.. label, color, etc - -curator: - version: 1 - name: Markus Schilling - orcid: https://orcid.org/0000-0003-2684-3711 - digitized: 2021-12-05 # YYYY-MM-DD - -figure description: #This section will be updated by module `CV` - version: 1 - linked measurements: # FTIR, SXRD, Ring Disc - indicate if any other operando methods were shown in the same plot, which is linked to the data - comment: # Add whatever you think is important to understand the data - -electrochemical system: - version: 1 - instrumentation: - - type: - supplier: - - type: - model: - supplier: - - type: - model: - supplier: - electrolyte: - type: aq # aqueous = aq, non-aqueous=naq - components: # create as many components as necessary. A simple electrolyte consists of two components, i.e., H2SO4 and water - - name: HClO4 # can be trivia name, sum formula, etc - concentration: - value: 0.01 - unit: mol / l #[M, mM, µM, g kg-1, ...] - type: acid # - source: - supplier: - LOT: - - name: water - type: solvent - proportion: - value: - unit: - source: - refinement: - quality: - total organic carbon: - value: - unit: - - name: - type: - concentration: - value: - unit: #[M, mM, µM, g kg-1, ...] - - name: NaF - type: salt - concentration: - value: 0.686 - unit: mol / l #[M, mM, µM, g kg-1, ...] - - name: KBr - type: salt - source: - supplier: - LOT: - concentration: - value: 1 - unit: mmol / l #[M, mM, µM, g kg-1, ...] - ph: - value: 5.3 - uncertainty: - temperature: # provide the temperature as it is given in the article. Assume room temperature if nothing is provided - value: 298.15 - unit: K # [K, C, F] - electrodes: - configuration: 3 # number of electrodes - reference electrode: - type: Ag/AgCl # the reference electrode given in the experimental section. Might differ from that in the plot, MSE-sat, MSE-3M, MSE-1M, RHE, AgCl2 - source: - supplier: - counter electrode: - material: Pt - crystallographic orientation: - shape: coil - working electrode: - material: Pt - crystallographic orientation: '111' # as STRING hkl, 100, 110, poly - source: - supplier: - LOT: - shape: # optional - type: # bead/sphere - height: - value: - unit: - diameter: - value: - unit: - geometric electrolyte contact area: - value: - unit: - preparation procedure: # Short description of sample preparation. This can be very useful. :) diff --git a/literature/mello_2018_understanding_J3045/mello_2018_understanding_J3045_p1_1H_green.yaml b/literature/mello_2018_understanding_J3045/mello_2018_understanding_J3045_p1_1H_green.yaml deleted file mode 100644 index f1ce3577f..000000000 --- a/literature/mello_2018_understanding_J3045/mello_2018_understanding_J3045_p1_1H_green.yaml +++ /dev/null @@ -1,107 +0,0 @@ -# This file describes a figure from a publication containing electrochemical data. -# For the `echemdb/website` project, the source, curator and electrochemical system is mandatory. -# Figure description is optional. It is created automatically by the cv module of svgdigitizer - -source: - version: 1 - url: https://doi.org/10.1149/2.0081815jes # only the number without preceeding doix or https - bib: mello_2018_understanding_J3045 # AuthorName_YYYY_FirstWordTitle_pageNr. No prepositions. Fingers crossed that there is no duplicate. - figure: 1 # depending on the subfigure labels use 1, 1b, or 1_3 - curve: H_green # use a unique short description to identify the curve in the figure, i.e.. label, color, etc - -curator: - version: 1 - name: Markus Schilling - orcid: https://orcid.org/0000-0003-2684-3711 - digitized: 2021-12-05 # YYYY-MM-DD - -figure description: #This section will be updated by module `CV` - version: 1 - linked measurements: # FTIR, SXRD, Ring Disc - indicate if any other operando methods were shown in the same plot, which is linked to the data - comment: # Add whatever you think is important to understand the data - -electrochemical system: - version: 1 - instrumentation: - - type: - supplier: - - type: - model: - supplier: - - type: - model: - supplier: - electrolyte: - type: aq # aqueous = aq, non-aqueous=naq - components: # create as many components as necessary. A simple electrolyte consists of two components, i.e., H2SO4 and water - - name: HClO4 # can be trivia name, sum formula, etc - concentration: - value: 0.01 - unit: mol / l #[M, mM, µM, g kg-1, ...] - type: acid # - source: - supplier: - LOT: - - name: water - type: solvent - proportion: - value: - unit: - source: - refinement: - quality: - total organic carbon: - value: - unit: - - name: - type: - concentration: - value: - unit: #[M, mM, µM, g kg-1, ...] - - name: NaF - type: salt - concentration: - value: 0.686 - unit: mol / l #[M, mM, µM, g kg-1, ...] - - name: KBr - type: salt - source: - supplier: - LOT: - concentration: - value: 10 - unit: mmol / l #[M, mM, µM, g kg-1, ...] - ph: - value: 5.3 - uncertainty: - temperature: # provide the temperature as it is given in the article. Assume room temperature if nothing is provided - value: 298.15 - unit: K # [K, C, F] - electrodes: - configuration: 3 # number of electrodes - reference electrode: - type: Ag/AgCl # the reference electrode given in the experimental section. Might differ from that in the plot, MSE-sat, MSE-3M, MSE-1M, RHE, AgCl2 - source: - supplier: - counter electrode: - material: Pt - crystallographic orientation: - shape: coil - working electrode: - material: Pt - crystallographic orientation: '111' # as STRING hkl, 100, 110, poly - source: - supplier: - LOT: - shape: # optional - type: # bead/sphere - height: - value: - unit: - diameter: - value: - unit: - geometric electrolyte contact area: - value: - unit: - preparation procedure: # Short description of sample preparation. This can be very useful. :) diff --git a/literature/mello_2018_understanding_J3045/mello_2018_understanding_J3045_p1_1H_red.yaml b/literature/mello_2018_understanding_J3045/mello_2018_understanding_J3045_p1_1H_red.yaml deleted file mode 100644 index 5ddc5781a..000000000 --- a/literature/mello_2018_understanding_J3045/mello_2018_understanding_J3045_p1_1H_red.yaml +++ /dev/null @@ -1,107 +0,0 @@ -# This file describes a figure from a publication containing electrochemical data. -# For the `echemdb/website` project, the source, curator and electrochemical system is mandatory. -# Figure description is optional. It is created automatically by the cv module of svgdigitizer - -source: - version: 1 - url: https://doi.org/10.1149/2.0081815jes # only the number without preceeding doix or https - bib: mello_2018_understanding_J3045 # AuthorName_YYYY_FirstWordTitle_pageNr. No prepositions. Fingers crossed that there is no duplicate. - figure: 1 # depending on the subfigure labels use 1, 1b, or 1_3 - curve: H_red # use a unique short description to identify the curve in the figure, i.e.. label, color, etc - -curator: - version: 1 - name: Markus Schilling - orcid: https://orcid.org/0000-0003-2684-3711 - digitized: 2021-12-05 # YYYY-MM-DD - -figure description: #This section will be updated by module `CV` - version: 1 - linked measurements: # FTIR, SXRD, Ring Disc - indicate if any other operando methods were shown in the same plot, which is linked to the data - comment: # Add whatever you think is important to understand the data - -electrochemical system: - version: 1 - instrumentation: - - type: - supplier: - - type: - model: - supplier: - - type: - model: - supplier: - electrolyte: - type: aq # aqueous = aq, non-aqueous=naq - components: # create as many components as necessary. A simple electrolyte consists of two components, i.e., H2SO4 and water - - name: HClO4 # can be trivia name, sum formula, etc - concentration: - value: 0.01 - unit: mol / l #[M, mM, µM, g kg-1, ...] - type: acid # - source: - supplier: - LOT: - - name: water - type: solvent - proportion: - value: - unit: - source: - refinement: - quality: - total organic carbon: - value: - unit: - - name: - type: - concentration: - value: - unit: #[M, mM, µM, g kg-1, ...] - - name: NaF - type: salt - concentration: - value: 0.686 - unit: mol / l #[M, mM, µM, g kg-1, ...] - - name: KBr - type: salt - source: - supplier: - LOT: - concentration: - value: 0.1 - unit: mmol / l #[M, mM, µM, g kg-1, ...] - ph: - value: 5.3 - uncertainty: - temperature: # provide the temperature as it is given in the article. Assume room temperature if nothing is provided - value: 298.15 - unit: K # [K, C, F] - electrodes: - configuration: 3 # number of electrodes - reference electrode: - type: Ag/AgCl # the reference electrode given in the experimental section. Might differ from that in the plot, MSE-sat, MSE-3M, MSE-1M, RHE, AgCl2 - source: - supplier: - counter electrode: - material: Pt - crystallographic orientation: - shape: coil - working electrode: - material: Pt - crystallographic orientation: '111' # as STRING hkl, 100, 110, poly - source: - supplier: - LOT: - shape: # optional - type: # bead/sphere - height: - value: - unit: - diameter: - value: - unit: - geometric electrolyte contact area: - value: - unit: - preparation procedure: # Short description of sample preparation. This can be very useful. :) diff --git a/literature/mello_2018_understanding_J3045/mello_2018_understanding_J3045_p1_1A_black.svg b/literature/mello_2018_understanding_J3045/mello_2018_understanding_J3045_p1_f1A_black.svg similarity index 97% rename from literature/mello_2018_understanding_J3045/mello_2018_understanding_J3045_p1_1A_black.svg rename to literature/mello_2018_understanding_J3045/mello_2018_understanding_J3045_p1_f1A_black.svg index 4ff272e6c..412d93002 100644 --- a/literature/mello_2018_understanding_J3045/mello_2018_understanding_J3045_p1_1A_black.svg +++ b/literature/mello_2018_understanding_J3045/mello_2018_understanding_J3045_p1_f1A_black.svg @@ -4,7 +4,7 @@ version="1.1" width="4875px" id="svg106" - sodipodi:docname="mello_2018_understanding_J3045_p1_A_black.svg" + sodipodi:docname="mello_2018_understanding_J3045_p1_f1A_black.svg" inkscape:version="1.1.1 (eb90963e84, 2021-10-02)" xmlns:inkscape="http://www.inkscape.org/namespaces/inkscape" xmlns:sodipodi="http://sodipodi.sourceforge.net/DTD/sodipodi-0.dtd" @@ -116,7 +116,7 @@ sodipodi:role="line" id="tspan25385" x="1516.5004" - y="4023.1631">scan rate: 50 mV/s + y="4023.1631">scan rate: 50 mV / s scan rate: 50 mV/s + y="4023.1631">scan rate: 50 mV / s scan rate: 50 mV/s + y="4023.1631">scan rate: 50 mV / s scan rate: 50 mV/s + y="4023.1631">scan rate: 50 mV / s scan rate: 50 mV/s + y="4051.6394">scan rate: 50 mV / s scan rate: 50 mV/s + y="4051.6394">scan rate: 50 mV / s scan rate: 50 mV/s + y="4051.6394">scan rate: 50 mV / s scan rate: 50 mV/s + y="4051.6394">scan rate: 50 mV / s scan rate: 50 mV/s + y="4631.5815">scan rate: 50 mV / s scan rate: 50 mV/s + y="4631.5815">scan rate: 50 mV / s scan rate: 50 mV/s + y="4631.5815">scan rate: 50 mV / s scan rate: 50 mV/s + y="4631.5815">scan rate: 50 mV / s scan rate: 50 mV/s + y="4613.7837">scan rate: 50 mV / s scan rate: 50 mV/s + y="4613.7837">scan rate: 50 mV / s scan rate: 50 mV/s + y="4613.7837">scan rate: 50 mV / s scan rate: 50 mV/s + y="4613.7837">scan rate: 50 mV / s scan rate: 50 mV/s + y="5203.8682">scan rate: 50 mV / s scan rate: 50 mV/s + y="5203.8682">scan rate: 50 mV / s scan rate: 50 mV/s + y="5203.8682">scan rate: 50 mV / s scan rate: 50 mV/s + y="5203.8682">scan rate: 50 mV / s scan rate: 50 mV/s + y="5202.6099">scan rate: 50 mV / s scan rate: 50 mV/s + y="5202.6099">scan rate: 50 mV / s scan rate: 50 mV/s + y="5202.6099">scan rate: 50 mV / s scan rate: 50 mV/s + y="5202.6099">scan rate: 50 mV / s scan rate: 50 mV/s + y="5202.6099">scan rate: 50 mV / s scan rate: 50 mV/s + y="5202.6099">scan rate: 50 mV / s scan rate: 50 mV/s + y="5810.313">scan rate: 50 mV / s scan rate: 50 mV/s + y="5202.6099">scan rate: 50 mV / s scan rate: 50 mV/s + y="5805.2788">scan rate: 50 mV / s scan rate: 50 mV/s + y="5805.2788">scan rate: 50 mV / s scan rate: 50 mV/s + y="5790.1768">scan rate: 50 mV / s scan rate: 50 mV/s + y="5805.2788">scan rate: 50 mV / s - - - - - - - y2: 15 uA/cm2 - - - - y1: -10 uA/cm2 - - - - x1: -1.2 V vs Ag/AgCl - - - - x2: -0.2 V vs Ag/AgCl - - scan rate: 50 mV/s - - curve: Ag(100)_0.1M_LiBr_0.05M_LiOH - - - diff --git a/literature/nakamura_2011_structure_165433/nakamura_2011_structure_165433_p1_1a_blue.yaml b/literature/nakamura_2011_structure_165433/nakamura_2011_structure_165433_p1_1a_blue.yaml deleted file mode 100644 index 0c7edefe5..000000000 --- a/literature/nakamura_2011_structure_165433/nakamura_2011_structure_165433_p1_1a_blue.yaml +++ /dev/null @@ -1,103 +0,0 @@ -# This file describes a figure from a publication containing electrochemical data. -# For the `echemdb/website` project, the source, curator and electrochemical system is mandatory. -# Figure description is optional. It is created automatically by the cv module of svgdigitizer - -source: - version: 1 - url: https://doi.org/10.1103/PhysRevB.84.165433 #only the number without preceeding doix or https - bib: nakamura_2011_structure_165433 # AuthorName_YYYY_FirstWordTitle_pageNr. No prepositions. Fingers crossed that there is no duplicate. - figure: 1a # depending on the subfigure labels use 1, 1b, or 1_3 - curve: blue # use a unique short description to identify the curve in the figure, i.e.. label, color, etc - -curator: - version: 1 - name: Markus Schilling - orcid: https://orcid.org/0000-0003-2684-3711 - digitized: 2021-10-18 # YYYY-MM-DD - -figure description: #This section will be updated by module `CV` - version: 1 - linked measurements: XAS # FTIR, SXRD, Ring Disc - indicate if any other operando methods were shown in the same plot, which is linked to the data - comment: focus on Cs+ counterions close to the EDL # Add whatever you think is important to understand the data - -electrochemical system: - version: 1 - instrumentation: - - type: - supplier: - - type: - model: - supplier: - - type: - model: - supplier: - electrolyte: - type: aq # aqueous = aq, non-aqueous=naq - components: # create as many components as necessary. A simple electrolyte consists of two components, i.e., H2SO4 and water - - name: LiBr # can be trivia name, sum formula, etc - concentration: - value: 0.1 - unit: mol / l - type: salt # - source: - supplier: - LOT: - - name: water - type: solvent - proportion: - value: - unit: - source: - refinement: - quality: - total organic carbon: - value: - unit: - - name: - type: - proportion: - value: - unit: - - name: LiOH - type: base - source: - supplier: - LOT: - concentration: - value: 0.05 - unit: mol / l - ph: - value: 12.5 - uncertainty: - temperature: # provide the temperature as it is given in the article. Assume room temperature if nothing is provided - value: 298.15 - unit: K # [K, C, F] - electrodes: - configuration: 3 # number of electrodes - reference electrode: - type: Ag/AgCl # the reference electrode given in the experimental section. Might differ from that in the plot, MSE-sat, MSE-3M, MSE-1M, RHE, AgCl2 - source: - supplier: - counter electrode: - material: - crystallographic orientation: - shape: - working electrode: - material: Ag - crystallographic orientation: '100' # hkl, 100, 110, poly - source: - supplier: - LOT: - shape: # optional - type: # bead/sphere - height: - value: - unit: - diameter: - value: - unit: - geometric electrolyte contact area: - value: - unit: - preparation procedure: Ag electrode etched with chromic acid and then annealed with H2/Ar in induction heating furnace. # Short description of sample preparation. This can be very useful. :) - diff --git a/literature/nakamura_2011_structure_165433/nakamura_2011_structure_165433_p1_1a_green.yaml b/literature/nakamura_2011_structure_165433/nakamura_2011_structure_165433_p1_1a_green.yaml deleted file mode 100644 index 2228dc639..000000000 --- a/literature/nakamura_2011_structure_165433/nakamura_2011_structure_165433_p1_1a_green.yaml +++ /dev/null @@ -1,104 +0,0 @@ -# This file describes a figure from a publication containing electrochemical data. -# For the `echemdb/website` project, the source, curator and electrochemical system is mandatory. -# Figure description is optional. It is created automatically by the cv module of svgdigitizer - -source: - version: 1 - url: https://doi.org/10.1103/PhysRevB.84.165433 #only the number without preceeding doix or https - bib: nakamura_2011_structure_165433 # AuthorName_YYYY_FirstWordTitle_pageNr. No prepositions. Fingers crossed that there is no duplicate. - figure: 1a # depending on the subfigure labels use 1, 1b, or 1_3 - curve: green # use a unique short description to identify the curve in the figure, i.e.. label, color, etc - -curator: - version: 1 - name: Markus Schilling - orcid: https://orcid.org/0000-0003-2684-3711 - digitized: 2021-10-18 # YYYY-MM-DD - -figure description: #This section will be updated by module `CV` - version: 1 - linked measurements: XAS # FTIR, SXRD, Ring Disc - indicate if any other operando methods were shown in the same plot, which is linked to the data - comment: focus on Cs+ counterions close to the EDL. # Add whatever you think is important to understand the data - - -electrochemical system: - version: 1 - instrumentation: - - type: - supplier: - - type: - model: - supplier: - - type: - model: - supplier: - electrolyte: - type: aq # aqueous = aq, non-aqueous=naq - components: # create as many components as necessary. A simple electrolyte consists of two components, i.e., H2SO4 and water - - name: KBr # can be trivia name, sum formula, etc - concentration: - value: 0.1 - unit: mol / l - type: salt # - source: - supplier: - LOT: - - name: water - type: solvent - proportion: - value: - unit: - source: - refinement: - quality: - total organic carbon: - value: - unit: - - name: - type: - proportion: - value: - unit: - - name: KOH - type: base - source: - supplier: - LOT: - concentration: - value: 0.05 - unit: mol / l - ph: - value: 12.5 - uncertainty: - temperature: # provide the temperature as it is given in the article. Assume room temperature if nothing is provided - value: 298.15 - unit: K # [K, C, F] - electrodes: - configuration: 3 # number of electrodes - reference electrode: - type: Ag/AgCl # the reference electrode given in the experimental section. Might differ from that in the plot, MSE-sat, MSE-3M, MSE-1M, RHE, AgCl2 - source: - supplier: - counter electrode: - material: - crystallographic orientation: - shape: - working electrode: - material: Ag - crystallographic orientation: '100' # hkl, 100, 110, poly - source: - supplier: - LOT: - shape: # optional - type: # bead/sphere - height: - value: - unit: - diameter: - value: - unit: - geometric electrolyte contact area: - value: - unit: - preparation procedure: Ag electrode etched with chromic acid and then annealed with H2/Ar in induction heating furnace. # Short description of sample preparation. This can be very useful. :) - diff --git a/literature/nakamura_2011_structure_165433/nakamura_2011_structure_165433_p1_1a_red.yaml b/literature/nakamura_2011_structure_165433/nakamura_2011_structure_165433_p1_1a_red.yaml deleted file mode 100644 index d0a8d6296..000000000 --- a/literature/nakamura_2011_structure_165433/nakamura_2011_structure_165433_p1_1a_red.yaml +++ /dev/null @@ -1,104 +0,0 @@ -# This file describes a figure from a publication containing electrochemical data. -# For the `echemdb/website` project, the source, curator and electrochemical system is mandatory. -# Figure description is optional. It is created automatically by the cv module of svgdigitizer - -source: - version: 1 - url: https://doi.org/10.1103/PhysRevB.84.165433 #only the number without preceeding doix or https - bib: nakamura_2011_structure_165433 # AuthorName_YYYY_FirstWordTitle_pageNr. No prepositions. Fingers crossed that there is no duplicate. - figure: 1a # depending on the subfigure labels use 1, 1b, or 1_3 - curve: red # use a unique short description to identify the curve in the figure, i.e.. label, color, etc - -curator: - version: 1 - name: Markus Schilling - orcid: https://orcid.org/0000-0003-2684-3711 - digitized: 2021-10-18 # YYYY-MM-DD - -figure description: #This section will be updated by module `CV` - version: 1 - linked measurements: XAS # FTIR, SXRD, Ring Disc - indicate if any other operando methods were shown in the same plot, which is linked to the data - comment: focus on Cs+ counterions close to the EDL. # Add whatever you think is important to understand the data - - -electrochemical system: - version: 1 - instrumentation: - - type: - supplier: - - type: - model: - supplier: - - type: - model: - supplier: - electrolyte: - type: aq # aqueous = aq, non-aqueous=naq - components: # create as many components as necessary. A simple electrolyte consists of two components, i.e., H2SO4 and water - - name: CsBr # can be trivia name, sum formula, etc - concentration: - value: 0.1 - unit: mol / l - type: salt # - source: - supplier: - LOT: - - name: water - type: solvent - proportion: - value: - unit: - source: - refinement: - quality: - total organic carbon: - value: - unit: - - name: - type: - proportion: - value: - unit: - - name: CsOH - type: base - source: - supplier: - LOT: - concentration: - value: 0.05 - unit: mol / l - ph: - value: 12.5 - uncertainty: - temperature: # provide the temperature as it is given in the article. Assume room temperature if nothing is provided - value: 298.15 - unit: K # [K, C, F] - electrodes: - configuration: 3 # number of electrodes - reference electrode: - type: Ag/AgCl # the reference electrode given in the experimental section. Might differ from that in the plot, MSE-sat, MSE-3M, MSE-1M, RHE, AgCl2 - source: - supplier: - counter electrode: - material: - crystallographic orientation: - shape: - working electrode: - material: Ag - crystallographic orientation: '100' # hkl, 100, 110, poly - source: - supplier: - LOT: - shape: # optional - type: # bead/sphere - height: - value: - unit: - diameter: - value: - unit: - geometric electrolyte contact area: - value: - unit: - preparation procedure: Ag electrode etched with chromic acid and then annealed with H2/Ar in induction heating furnace. # Short description of sample preparation. This can be very useful. :) - diff --git a/literature/nakamura_2011_structure_165433/nakamura_2011_structure_165433_p1_1b_blue.yaml b/literature/nakamura_2011_structure_165433/nakamura_2011_structure_165433_p1_1b_blue.yaml deleted file mode 100644 index ba06ee127..000000000 --- a/literature/nakamura_2011_structure_165433/nakamura_2011_structure_165433_p1_1b_blue.yaml +++ /dev/null @@ -1,104 +0,0 @@ -# This file describes a figure from a publication containing electrochemical data. -# For the `echemdb/website` project, the source, curator and electrochemical system is mandatory. -# Figure description is optional. It is created automatically by the cv module of svgdigitizer - -source: - version: 1 - url: https://doi.org/10.1103/PhysRevB.84.165433 #only the number without preceeding doix or https - bib: nakamura_2011_structure_165433 # AuthorName_YYYY_FirstWordTitle_pageNr. No prepositions. Fingers crossed that there is no duplicate. - figure: 1b # depending on the subfigure labels use 1, 1b, or 1_3 - curve: blue # use a unique short description to identify the curve in the figure, i.e.. label, color, etc - -curator: - version: 1 - name: Markus Schilling - orcid: https://orcid.org/0000-0003-2684-3711 - digitized: 2021-10-18 # YYYY-MM-DD - -figure description: #This section will be updated by module `CV` - version: 1 - linked measurements: XAS # FTIR, SXRD, Ring Disc - indicate if any other operando methods were shown in the same plot, which is linked to the data - comment: focus on Cs+ counterions close to the EDL. # Add whatever you think is important to understand the data - - -electrochemical system: - version: 1 - instrumentation: - - type: - supplier: - - type: - model: - supplier: - - type: - model: - supplier: - electrolyte: - type: aq # aqueous = aq, non-aqueous=naq - components: # create as many components as necessary. A simple electrolyte consists of two components, i.e., H2SO4 and water - - name: CsBr # can be trivia name, sum formula, etc - concentration: - value: 0.01 - unit: mol / l - type: salt # - source: - supplier: - LOT: - - name: water - type: solvent - proportion: - value: - unit: - source: - refinement: - quality: - total organic carbon: - value: - unit: - - name: - type: - proportion: - value: - unit: - - name: - type: - source: - supplier: - LOT: - concentration: - value: - unit: #[M, mM, µM, g kg-1, ...] - ph: - value: - uncertainty: - temperature: # provide the temperature as it is given in the article. Assume room temperature if nothing is provided - value: 298.15 - unit: K # [K, C, F] - electrodes: - configuration: 3 # number of electrodes - reference electrode: - type: Ag/AgCl # the reference electrode given in the experimental section. Might differ from that in the plot, MSE-sat, MSE-3M, MSE-1M, RHE, AgCl2 - source: - supplier: - counter electrode: - material: - crystallographic orientation: - shape: - working electrode: - material: Ag - crystallographic orientation: '100' # hkl, 100, 110, poly - source: - supplier: - LOT: - shape: # optional - type: # bead/sphere - height: - value: - unit: - diameter: - value: - unit: - geometric electrolyte contact area: - value: - unit: - preparation procedure: Ag electrode etched with chromic acid and then annealed with H2/Ar in induction heating furnace. # Short description of sample preparation. This can be very useful. :) - diff --git a/literature/nakamura_2011_structure_165433/nakamura_2011_structure_165433_p1_1b_red.yaml b/literature/nakamura_2011_structure_165433/nakamura_2011_structure_165433_p1_1b_red.yaml deleted file mode 100644 index dbe798543..000000000 --- a/literature/nakamura_2011_structure_165433/nakamura_2011_structure_165433_p1_1b_red.yaml +++ /dev/null @@ -1,104 +0,0 @@ -# This file describes a figure from a publication containing electrochemical data. -# For the `echemdb/website` project, the source, curator and electrochemical system is mandatory. -# Figure description is optional. It is created automatically by the cv module of svgdigitizer - -source: - version: 1 - url: https://doi.org/10.1103/PhysRevB.84.165433 #only the number without preceeding doix or https - bib: nakamura_2011_structure_165433 # AuthorName_YYYY_FirstWordTitle_pageNr. No prepositions. Fingers crossed that there is no duplicate. - figure: 1b # depending on the subfigure labels use 1, 1b, or 1_3 - curve: red # use a unique short description to identify the curve in the figure, i.e.. label, color, etc - -curator: - version: 1 - name: Markus Schilling - orcid: https://orcid.org/0000-0003-2684-3711 - digitized: 2021-10-18 # YYYY-MM-DD - -figure description: #This section will be updated by module `CV` - version: 1 - linked measurements: XAS # FTIR, SXRD, Ring Disc - indicate if any other operando methods were shown in the same plot, which is linked to the data - comment: focus on Cs+ counterions close to the EDL. # Add whatever you think is important to understand the data - - -electrochemical system: - version: 1 - instrumentation: - - type: - supplier: - - type: - model: - supplier: - - type: - model: - supplier: - electrolyte: - type: aq # aqueous = aq, non-aqueous=naq - components: # create as many components as necessary. A simple electrolyte consists of two components, i.e., H2SO4 and water - - name: CsBr # can be trivia name, sum formula, etc - concentration: - value: 0.01 - unit: mol / l - type: salt # - source: - supplier: - LOT: - - name: water - type: solvent - proportion: - value: - unit: - source: - refinement: - quality: - total organic carbon: - value: - unit: - - name: - type: - proportion: - value: - unit: - - name: CsF - type: salt - source: - supplier: - LOT: - concentration: - value: 0.04 - unit: mol / l - ph: - value: - uncertainty: - temperature: # provide the temperature as it is given in the article. Assume room temperature if nothing is provided - value: 298.15 - unit: K # [K, C, F] - electrodes: - configuration: 3 # number of electrodes - reference electrode: - type: Ag/AgCl # the reference electrode given in the experimental section. Might differ from that in the plot, MSE-sat, MSE-3M, MSE-1M, RHE, AgCl2 - source: - supplier: - counter electrode: - material: - crystallographic orientation: - shape: - working electrode: - material: Ag - crystallographic orientation: '100' # hkl, 100, 110, poly - source: - supplier: - LOT: - shape: # optional - type: # bead/sphere - height: - value: - unit: - diameter: - value: - unit: - geometric electrolyte contact area: - value: - unit: - preparation procedure: Ag electrode etched with chromic acid and then annealed with H2/Ar in induction heating furnace. # Short description of sample preparation. This can be very useful. :) - diff --git a/literature/nakamura_2011_structure_165433/nakamura_2011_structure_165433_p1_f1a_blue.svg b/literature/nakamura_2011_structure_165433/nakamura_2011_structure_165433_p1_f1a_blue.svg new file mode 100644 index 000000000..60777fd6d --- /dev/null +++ b/literature/nakamura_2011_structure_165433/nakamura_2011_structure_165433_p1_f1a_blue.svg @@ -0,0 +1,168 @@ + + + + + + image/svg+xml + + + + + + + + + + y2: 15 uA / cm2 + + + + y1: -10 uA / cm2 + + + + x1: -1.2 V vs Ag/AgCl + + + + x2: -0.2 V vs Ag/AgCl + + scan rate: 50 mV / s + + + curve: Ag(100)_0.1M_LiBr_0.05M_LiOH + + + comment: Focus on Cs+ counterions close to the electric double layer. + + diff --git a/literature/nakamura_2011_structure_165433/nakamura_2011_structure_165433_p1_f1a_blue.yaml b/literature/nakamura_2011_structure_165433/nakamura_2011_structure_165433_p1_f1a_blue.yaml new file mode 100644 index 000000000..8f966a2b5 --- /dev/null +++ b/literature/nakamura_2011_structure_165433/nakamura_2011_structure_165433_p1_f1a_blue.yaml @@ -0,0 +1,52 @@ +# This file is part of echemdb (https://github.com/echemdb/website) +# Details on the meta data structure can be found on https://github.com/echemdb/metadata-schema +electrochemical system: + electrodes: + configuration: 3 + reference electrode: + type: Ag/AgCl + working electrode: + crystallographic orientation: '100' + material: Ag + preparation procedure: Ag electrode etched with chromic acid and then annealed + with H2/Ar in induction heating furnace. + electrolyte: + components: + - concentration: + unit: mol / l + value: 0.1 + name: LiBr + type: salt + - name: water + type: solvent + - concentration: + unit: mol / l + value: 0.05 + name: LiOH + type: base + ph: + value: 12.5 + temperature: + unit: K + value: 298.15 + type: aq + version: 1 +source: + citation key: nakamura_2011_structure_165433 + curve: blue + url: https://doi.org/10.1103/PhysRevB.84.165433 + figure: 1a + techniques: XAS + version: 1 +version: 1 +curation: + version: 1 + process: + - role: curator + name: Markus Schilling + orcid: https://orcid.org/0000-0003-2684-3711 + date: 2021-10-18 + - role: reviewer + name: Albert Engstfeld + orcid: https://orcid.org/0000-0002-9686-3948 + date: 2022-01-21 diff --git a/literature/nakamura_2011_structure_165433/nakamura_2011_structure_165433_p1_1a_green.svg b/literature/nakamura_2011_structure_165433/nakamura_2011_structure_165433_p1_f1a_green.svg similarity index 83% rename from literature/nakamura_2011_structure_165433/nakamura_2011_structure_165433_p1_1a_green.svg rename to literature/nakamura_2011_structure_165433/nakamura_2011_structure_165433_p1_f1a_green.svg index 644091e4f..af92b51c4 100644 --- a/literature/nakamura_2011_structure_165433/nakamura_2011_structure_165433_p1_1a_green.svg +++ b/literature/nakamura_2011_structure_165433/nakamura_2011_structure_165433_p1_f1a_green.svg @@ -1,16 +1,30 @@ + sodipodi:docname="nakamura_2011_structure_165433_p1_f1a_green.svg" + inkscape:version="0.92.2 (5c3e80d, 2017-08-06)"> + + + + image/svg+xml + + + + + x="0" + width="5063px" + sodipodi:insensitive="true" + height="6751px" /> @@ -55,7 +70,7 @@ sodipodi:role="line" id="tspan79276" x="0.77166378" - y="747.66248">y2: 15 uA/cm2 + y="747.66248">y2: 15 uA / cm2 y1: -10 uA/cm2 + y="1673.1396">y1: -10 uA / cm2 @@ -118,7 +133,7 @@ sodipodi:role="line" id="tspan94616" x="1622.1379" - y="1580.8506">scan rate: 50 mV/s + y="1580.8506">scan rate: 50 mV / s + comment: Focus on Cs+ counterions close to the electric double layer. diff --git a/literature/nakamura_2011_structure_165433/nakamura_2011_structure_165433_p1_f1a_green.yaml b/literature/nakamura_2011_structure_165433/nakamura_2011_structure_165433_p1_f1a_green.yaml new file mode 100644 index 000000000..ebf8b2a8f --- /dev/null +++ b/literature/nakamura_2011_structure_165433/nakamura_2011_structure_165433_p1_f1a_green.yaml @@ -0,0 +1,52 @@ +# This file is part of echemdb (https://github.com/echemdb/website) +# Details on the meta data structure can be found on https://github.com/echemdb/metadata-schema +electrochemical system: + electrodes: + configuration: 3 + reference electrode: + type: Ag/AgCl + working electrode: + crystallographic orientation: '100' + material: Ag + preparation procedure: Ag electrode etched with chromic acid and then annealed + with H2/Ar in induction heating furnace. + electrolyte: + components: + - concentration: + unit: mol / l + value: 0.1 + name: KBr + type: salt + - name: water + type: solvent + - concentration: + unit: mol / l + value: 0.05 + name: KOH + type: base + ph: + value: 12.5 + temperature: + unit: K + value: 298.15 + type: aq + version: 1 +source: + citation key: nakamura_2011_structure_165433 + curve: green + url: https://doi.org/10.1103/PhysRevB.84.165433 + figure: 1a + techniques: XAS + version: 1 +version: 1 +curation: + version: 1 + process: + - role: curator + name: Markus Schilling + orcid: https://orcid.org/0000-0003-2684-3711 + date: 2021-10-18 + - role: reviewer + name: Albert Engstfeld + orcid: https://orcid.org/0000-0002-9686-3948 + date: 2022-01-21 diff --git a/literature/nakamura_2011_structure_165433/nakamura_2011_structure_165433_p1_1a_red.svg b/literature/nakamura_2011_structure_165433/nakamura_2011_structure_165433_p1_f1a_red.svg similarity index 84% rename from literature/nakamura_2011_structure_165433/nakamura_2011_structure_165433_p1_1a_red.svg rename to literature/nakamura_2011_structure_165433/nakamura_2011_structure_165433_p1_f1a_red.svg index 02c19b688..546319b23 100644 --- a/literature/nakamura_2011_structure_165433/nakamura_2011_structure_165433_p1_1a_red.svg +++ b/literature/nakamura_2011_structure_165433/nakamura_2011_structure_165433_p1_f1a_red.svg @@ -1,16 +1,30 @@ + sodipodi:docname="nakamura_2011_structure_165433_p1_f1a_red.svg" + inkscape:version="0.92.2 (5c3e80d, 2017-08-06)"> + + + + image/svg+xml + + + + + x="0" + width="5063px" + sodipodi:insensitive="true" + height="6751px" /> @@ -55,7 +70,7 @@ sodipodi:role="line" id="tspan79276" x="0.77166378" - y="747.66248">y2: 15 uA/cm2 + y="747.66248">y2: 15 uA / cm2 y1: -10 uA/cm2 + y="1673.1396">y1: -10 uA / cm2 @@ -136,5 +151,15 @@ sodipodi:role="line" id="tspan94616" x="1622.1379" - y="1580.8506">scan rate: 50 mV/s + y="1580.8506">scan rate: 50 mV / s + comment: Focus on Cs+ counterions close to the electric double layer. diff --git a/literature/nakamura_2011_structure_165433/nakamura_2011_structure_165433_p1_f1a_red.yaml b/literature/nakamura_2011_structure_165433/nakamura_2011_structure_165433_p1_f1a_red.yaml new file mode 100644 index 000000000..3e08522db --- /dev/null +++ b/literature/nakamura_2011_structure_165433/nakamura_2011_structure_165433_p1_f1a_red.yaml @@ -0,0 +1,52 @@ +# This file is part of echemdb (https://github.com/echemdb/website) +# Details on the meta data structure can be found on https://github.com/echemdb/metadata-schema +electrochemical system: + electrodes: + configuration: 3 + reference electrode: + type: Ag/AgCl + working electrode: + crystallographic orientation: '100' + material: Ag + preparation procedure: Ag electrode etched with chromic acid and then annealed + with H2/Ar in induction heating furnace. + electrolyte: + components: + - concentration: + unit: mol / l + value: 0.1 + name: CsBr + type: salt + - name: water + type: solvent + - concentration: + unit: mol / l + value: 0.05 + name: CsOH + type: base + ph: + value: 12.5 + temperature: + unit: K + value: 298.15 + type: aq + version: 1 +source: + citation key: nakamura_2011_structure_165433 + curve: red + url: https://doi.org/10.1103/PhysRevB.84.165433 + figure: 1a + techniques: XAS + version: 1 +version: 1 +curation: + version: 1 + process: + - role: curator + name: Markus Schilling + orcid: https://orcid.org/0000-0003-2684-3711 + date: 2021-10-18 + - role: reviewer + name: Albert Engstfeld + orcid: https://orcid.org/0000-0002-9686-3948 + date: 2022-01-21 diff --git a/literature/nakamura_2011_structure_165433/nakamura_2011_structure_165433_p1_1b_blue.svg b/literature/nakamura_2011_structure_165433/nakamura_2011_structure_165433_p1_f1b_blue.svg similarity index 83% rename from literature/nakamura_2011_structure_165433/nakamura_2011_structure_165433_p1_1b_blue.svg rename to literature/nakamura_2011_structure_165433/nakamura_2011_structure_165433_p1_f1b_blue.svg index b12ad0fc1..87a3165d8 100644 --- a/literature/nakamura_2011_structure_165433/nakamura_2011_structure_165433_p1_1b_blue.svg +++ b/literature/nakamura_2011_structure_165433/nakamura_2011_structure_165433_p1_f1b_blue.svg @@ -1,16 +1,30 @@ + sodipodi:docname="nakamura_2011_structure_165433_p1_f1b_blue.svg" + inkscape:version="0.92.2 (5c3e80d, 2017-08-06)"> + + + + image/svg+xml + + + + + x="0" + width="5063px" + sodipodi:insensitive="true" + height="6751px" /> @@ -55,7 +70,7 @@ sodipodi:role="line" id="tspan79276" x="0.77166378" - y="747.66248">y2: 15 uA/cm2 + y="747.66248">y2: 15 uA / cm2 y1: -10 uA/cm2 + y="1673.1396">y1: -10 uA / cm2 scan rate: 50 mV/s + y="2724.4143">scan rate: 50 mV / s + comment: Focus on Cs+ counterions close to the electric double layer. diff --git a/literature/nakamura_2011_structure_165433/nakamura_2011_structure_165433_p1_f1b_blue.yaml b/literature/nakamura_2011_structure_165433/nakamura_2011_structure_165433_p1_f1b_blue.yaml new file mode 100644 index 000000000..f0dd0f500 --- /dev/null +++ b/literature/nakamura_2011_structure_165433/nakamura_2011_structure_165433_p1_f1b_blue.yaml @@ -0,0 +1,45 @@ +# This file is part of echemdb (https://github.com/echemdb/website) +# Details on the meta data structure can be found on https://github.com/echemdb/metadata-schema +electrochemical system: + electrodes: + configuration: 3 + reference electrode: + type: Ag/AgCl + working electrode: + crystallographic orientation: '100' + material: Ag + preparation procedure: Ag electrode etched with chromic acid and then annealed + with H2/Ar in induction heating furnace. + electrolyte: + components: + - concentration: + unit: mol / l + value: 0.01 + name: CsBr + type: salt + - name: water + type: solvent + temperature: + unit: K + value: 298.15 + type: aq + version: 1 +source: + citation key: nakamura_2011_structure_165433 + curve: blue + url: https://doi.org/10.1103/PhysRevB.84.165433 + figure: 1b + techniques: XAS + version: 1 +version: 1 +curation: + version: 1 + process: + - role: curator + name: Markus Schilling + orcid: https://orcid.org/0000-0003-2684-3711 + date: 2021-10-18 + - role: reviewer + name: Albert Engstfeld + orcid: https://orcid.org/0000-0002-9686-3948 + date: 2022-01-21 diff --git a/literature/nakamura_2011_structure_165433/nakamura_2011_structure_165433_p1_1b_red.svg b/literature/nakamura_2011_structure_165433/nakamura_2011_structure_165433_p1_f1b_red.svg similarity index 83% rename from literature/nakamura_2011_structure_165433/nakamura_2011_structure_165433_p1_1b_red.svg rename to literature/nakamura_2011_structure_165433/nakamura_2011_structure_165433_p1_f1b_red.svg index 92c308033..d8f2ead35 100644 --- a/literature/nakamura_2011_structure_165433/nakamura_2011_structure_165433_p1_1b_red.svg +++ b/literature/nakamura_2011_structure_165433/nakamura_2011_structure_165433_p1_f1b_red.svg @@ -1,16 +1,30 @@ + sodipodi:docname="nakamura_2011_structure_165433_p1_f1b_red.svg" + inkscape:version="0.92.2 (5c3e80d, 2017-08-06)"> + + + + image/svg+xml + + + + + x="0" + width="5063px" + sodipodi:insensitive="true" + height="6751px" /> @@ -55,7 +70,7 @@ sodipodi:role="line" id="tspan79276" x="0.77166378" - y="747.66248">y2: 15 uA/cm2 + y="747.66248">y2: 15 uA / cm2 y1: -10 uA/cm2 + y="1673.1396">y1: -10 uA / cm2 scan rate: 50 mV/s + y="2724.4143">scan rate: 50 mV / s + comment: Focus on Cs+ counterions close to the electric double layer. diff --git a/literature/nakamura_2011_structure_165433/nakamura_2011_structure_165433_p1_f1b_red.yaml b/literature/nakamura_2011_structure_165433/nakamura_2011_structure_165433_p1_f1b_red.yaml new file mode 100644 index 000000000..d2707eacb --- /dev/null +++ b/literature/nakamura_2011_structure_165433/nakamura_2011_structure_165433_p1_f1b_red.yaml @@ -0,0 +1,50 @@ +# This file is part of echemdb (https://github.com/echemdb/website) +# Details on the meta data structure can be found on https://github.com/echemdb/metadata-schema +electrochemical system: + electrodes: + configuration: 3 + reference electrode: + type: Ag/AgCl + working electrode: + crystallographic orientation: '100' + material: Ag + preparation procedure: Ag electrode etched with chromic acid and then annealed + with H2/Ar in induction heating furnace. + electrolyte: + components: + - concentration: + unit: mol / l + value: 0.01 + name: CsBr + type: salt + - name: water + type: solvent + - concentration: + unit: mol / l + value: 0.04 + name: CsF + type: salt + temperature: + unit: K + value: 298.15 + type: aq + version: 1 +source: + citation key: nakamura_2011_structure_165433 + curve: red + url: https://doi.org/10.1103/PhysRevB.84.165433 + figure: 1b + techniques: XAS + version: 1 +version: 1 +curation: + version: 1 + process: + - role: curator + name: Markus Schilling + orcid: https://orcid.org/0000-0003-2684-3711 + date: 2021-10-18 + - role: reviewer + name: Albert Engstfeld + orcid: https://orcid.org/0000-0002-9686-3948 + date: 2022-01-21 diff --git a/literature/nakamura_2014_structural_22136/nakamura_2014_structural_22136_p1_1_inset.yaml b/literature/nakamura_2014_structural_22136/nakamura_2014_structural_22136_p1_1_inset.yaml deleted file mode 100644 index f104a6212..000000000 --- a/literature/nakamura_2014_structural_22136/nakamura_2014_structural_22136_p1_1_inset.yaml +++ /dev/null @@ -1,104 +0,0 @@ -# This file describes a figure from a publication containing electrochemical data. -# For the `echemdb/website` project, the source, curator and electrochemical system is mandatory. -# Figure description is optional. It is created automatically by the cv module of svgdigitizer - -source: - version: 1 - url: https://doi.org/10.1021/jp506979p #only the number without preceeding doix or https - bib: nakamura_2014_structural_22136 # AuthorName_YYYY_FirstWordTitle_pageNr. No prepositions. Fingers crossed that there is no duplicate. - figure: 1a # depending on the subfigure labels use 1, 1b, or 1_3 - curve: inset # use a unique short description to identify the curve in the figure, i.e.. label, color, etc - -curator: - version: 1 - name: Markus Schilling - orcid: https://orcid.org/0000-0003-2684-3711 - digitized: 2021-10-18 # YYYY-MM-DD - -figure description: #This section will be updated by module `CV` - version: 1 - linked measurements: Current transients (voltage steps), time-resolved XRD, EIS # FTIR, SXRD, Ring Disc - indicate if any other operando methods were shown in the same plot, which is linked to the data - - comment: Focus on counterion (Cs+) to electrode distance as a function of potential # Add whatever you think is important to understand the data - -electrochemical system: - version: 1 - instrumentation: - - type: - supplier: - - type: - model: - supplier: - - type: - model: - supplier: - electrolyte: - type: # aqueous = aq, non-aqueous=naq - components: # create as many components as necessary. A simple electrolyte consists of two components, i.e., H2SO4 and water - - name: CsBr # can be trivia name, sum formula, etc - concentration: - value: 0.1 - unit: mol / l - type: # - source: - supplier: - LOT: - - name: water - type: solvent - proportion: - value: - unit: - source: - refinement: - quality: - total organic carbon: - value: - unit: - - name: - type: - proportion: - value: - unit: - - name: CsOH - type: base - source: - supplier: - LOT: - concentration: - value: 0.05 - unit: mol / l - ph: - value: 12.5 - uncertainty: - temperature: # provide the temperature as it is given in the article. Assume room temperature if nothing is provided - value: 298.15 - unit: K # [K, C, F] - electrodes: - configuration: 3 # number of electrodes - reference electrode: - type: Ag/AgCl # the reference electrode given in the experimental section. Might differ from that in the plot, MSE-sat, MSE-3M, MSE-1M, RHE, AgCl2 - source: - supplier: - counter electrode: - material: - crystallographic orientation: - shape: - working electrode: - material: Ag - crystallographic orientation: '100' # hkl, 100, 110, poly - source: - supplier: - LOT: - shape: # optional - type: sphere # bead/sphere - height: - value: - unit: - diameter: - value: 10 - unit: mm - geometric electrolyte contact area: - value: - unit: - preparation procedure: Ag electrode etched with chromic acid, then annealed in H2/Ar at 700 K with inductively heated furnace. # Short description of sample preparation. This can be very useful. :) - diff --git a/literature/nakamura_2014_structural_22136/nakamura_2014_structural_22136_p1_1_inset.svg b/literature/nakamura_2014_structural_22136/nakamura_2014_structural_22136_p1_f1a_inset.svg similarity index 77% rename from literature/nakamura_2014_structural_22136/nakamura_2014_structural_22136_p1_1_inset.svg rename to literature/nakamura_2014_structural_22136/nakamura_2014_structural_22136_p1_f1a_inset.svg index 125b002c5..4f8583861 100644 --- a/literature/nakamura_2014_structural_22136/nakamura_2014_structural_22136_p1_1_inset.svg +++ b/literature/nakamura_2014_structural_22136/nakamura_2014_structural_22136_p1_f1a_inset.svg @@ -1,16 +1,30 @@ + sodipodi:docname="nakamura_2014_structural_22136_p1_f1a_inset.svg" + inkscape:version="0.92.2 (5c3e80d, 2017-08-06)"> + + + + image/svg+xml + + + + + x="0" + width="5212px" + sodipodi:insensitive="true" + height="6820px" /> @@ -55,7 +70,7 @@ sodipodi:role="line" id="tspan42388" x="749.81683" - y="998.02765">y2: 10 uA/cm2 + y="998.02765">y2: 10 uA / cm2 y1: -10 uA/cm2 + y="1396.9622">y1: -10 uA / cm2 scan rate: 50 mV/s + y="1584.6252">scan rate: 50 mV / s + comment: Focus on counterion (Cs+) to electrode distance as a function of potential. diff --git a/literature/nakamura_2014_structural_22136/nakamura_2014_structural_22136_p1_f1a_inset.yaml b/literature/nakamura_2014_structural_22136/nakamura_2014_structural_22136_p1_f1a_inset.yaml new file mode 100644 index 000000000..001c659b5 --- /dev/null +++ b/literature/nakamura_2014_structural_22136/nakamura_2014_structural_22136_p1_f1a_inset.yaml @@ -0,0 +1,56 @@ +# This file is part of echemdb (https://github.com/echemdb/website) +# Details on the meta data structure can be found on https://github.com/echemdb/metadata-schema +electrochemical system: + electrodes: + configuration: 3 + reference electrode: + type: Ag/AgCl + working electrode: + crystallographic orientation: '100' + material: Ag + preparation procedure: Ag electrode etched with chromic acid, then annealed + in H2/Ar at 700 K with inductively heated furnace. + shape: + diameter: + unit: mm + value: 10 + type: sphere + electrolyte: + components: + - concentration: + unit: mol / l + value: 0.1 + name: CsBr + type: salt + - name: water + type: solvent + - concentration: + unit: mol / l + value: 0.05 + name: CsOH + type: base + ph: + value: 12.5 + temperature: + unit: K + value: 298.15 + version: 1 +source: + citation key: nakamura_2014_structural_22136 + curve: inset + url: https://doi.org/10.1021/jp506979p + figure: 1a + techniques: Current transients (voltage steps), time-resolved XRD, EIS + version: 1 +version: 1 +curation: + version: 1 + process: + - role: curator + name: Markus Schilling + orcid: https://orcid.org/0000-0003-2684-3711 + date: 2021-10-18 + - role: reviewer + name: Albert Engstfeld + orcid: https://orcid.org/0000-0002-9686-3948 + date: 2022-01-21 diff --git a/literature/ocko_1997_halide_55/ocko_1997_halide_55.bib b/literature/ocko_1997_halide_55/ocko_1997_halide_55.bib index d775b031f..7b5b9f8d9 100644 --- a/literature/ocko_1997_halide_55/ocko_1997_halide_55.bib +++ b/literature/ocko_1997_halide_55/ocko_1997_halide_55.bib @@ -3,6 +3,7 @@ @article{ocko_1997_halide_55 author={Ocko, BM and Wandlowski, Th}, journal={MRS Online Proceedings Library (OPL)}, volume={451}, + pages={55--67}, year={1996}, publisher={Cambridge University Press} } diff --git a/literature/ocko_1997_halide_55/ocko_1997_halide_55_p6_6a.yaml b/literature/ocko_1997_halide_55/ocko_1997_halide_55_p6_6a.yaml deleted file mode 100644 index dfd3f5648..000000000 --- a/literature/ocko_1997_halide_55/ocko_1997_halide_55_p6_6a.yaml +++ /dev/null @@ -1,102 +0,0 @@ -# This file describes a figure from a publication containing electrochemical data. -# For the `echemdb/website` project, the source, curator and electrochemical system is mandatory. -# Figure description is optional. It is created automatically by the cv module of svgdigitizer - -source: - version: 1 - url: https://doi.org/10.1557/PROC-451-55 #only the number without preceeding doix or https - bib: Ocko_1997_Halide_55 # AuthorName_YYYY_FirstWordTitle_pageNr. No prepositions. Fingers crossed that there is no duplicate. - figure: 6a # depending on the subfigure labels use 1, 1b, or 1_3 - curve: 0.05 M NaBr # use a unique short description to identify the curve in the figure, i.e.. label, color, etc - -curator: - version: 1 - name: Markus Schilling - orcid: https://orcid.org/0000-0003-2684-3711 - digitized: 2021-10-18 # YYYY-MM-DD - -figure description: #This section will be updated by module `CV` - version: 1 - linked measurements: Synchrotron XRD # FTIR, SXRD, Ring Disc - indicate if any other operando methods were shown in the same plot, which is linked to the data - comment: Ag is compared to Au, but CV is shown only for Ag(100) # Add whatever you think is important to understand the data - -electrochemical system: - version: 1 - instrumentation: - - type: - supplier: - - type: - model: - supplier: - - type: - model: - supplier: - electrolyte: - type: aq # aqueous = aq, non-aqueous=naq - components: # create as many components as necessary. A simple electrolyte consists of two components, i.e., H2SO4 and water - - name: NaBr # can be trivia name, sum formula, etc - concentration: - value: 0.05 - unit: mol / l #[M, mM, µM, g kg-1, ...] - type: salt # - source: - supplier: - LOT: - - name: water - type: solvent - proportion: - value: - unit: - source: - refinement: - quality: - total organic carbon: - value: - unit: - - name: - type: - proportion: - value: - unit: - - name: - type: - source: - supplier: - LOT: - concentration: - value: - unit: #[M, mM, µM, g kg-1, ...] - ph: - value: - uncertainty: - temperature: # provide the temperature as it is given in the article. Assume room temperature if nothing is provided - value: 298.15 - unit: K # [K, C, F] - electrodes: - configuration: 3 # number of electrodes - reference electrode: - type: Ag/AgCl # the reference electrode given in the experimental section. Might differ from that in the plot, MSE-sat, MSE-3M, MSE-1M, RHE, AgCl2 - source: - supplier: - counter electrode: - material: - crystallographic orientation: - shape: - working electrode: - material: Ag - crystallographic orientation: '100' # hkl, 100, 110, poly - source: - supplier: - LOT: - shape: # optional - type: # bead/sphere - height: - value: - unit: - diameter: - value: - unit: - geometric electrolyte contact area: - value: - unit: - preparation procedure: # Short description of sample preparation. This can be very useful. :) diff --git a/literature/ocko_1997_halide_55/ocko_1997_halide_55_p6_6a.svg b/literature/ocko_1997_halide_55/ocko_1997_halide_55_p6_f6a.svg similarity index 80% rename from literature/ocko_1997_halide_55/ocko_1997_halide_55_p6_6a.svg rename to literature/ocko_1997_halide_55/ocko_1997_halide_55_p6_f6a.svg index 14256bd62..27ea139d8 100644 --- a/literature/ocko_1997_halide_55/ocko_1997_halide_55_p6_6a.svg +++ b/literature/ocko_1997_halide_55/ocko_1997_halide_55_p6_f6a.svg @@ -1,16 +1,30 @@ + sodipodi:docname="ocko_1997_halide_55_p6_f6a.svg" + inkscape:version="0.92.2 (5c3e80d, 2017-08-06)"> + + + + image/svg+xml + + + + + inkscape:current-layer="svg59384" /> + x="0" + width="3615px" + sodipodi:insensitive="true" + height="5410px" /> y2: 15 uA/cm2 + y="708.48987">y2: 15 uA / cm2 @@ -105,7 +120,7 @@ sodipodi:role="line" id="tspan68277" x="406.80347" - y="1243.7416">y1: -15 uA/cm2 + y="1243.7416">y1: -15 uA / cm2 scan rate: 10 mV/s + y="1168.2882">scan rate: 10 mV / s + id="g846"> curve: Ag(100)_0.05M_NaBr + comment: Ag is compared to Au, but CV is shown only for Ag(100). diff --git a/literature/ocko_1997_halide_55/ocko_1997_halide_55_p6_f6a.yaml b/literature/ocko_1997_halide_55/ocko_1997_halide_55_p6_f6a.yaml new file mode 100644 index 000000000..fe41d0f88 --- /dev/null +++ b/literature/ocko_1997_halide_55/ocko_1997_halide_55_p6_f6a.yaml @@ -0,0 +1,43 @@ +# This file is part of echemdb (https://github.com/echemdb/website) +# Details on the meta data structure can be found on https://github.com/echemdb/metadata-schema +electrochemical system: + electrodes: + configuration: 3 + reference electrode: + type: Ag/AgCl + working electrode: + crystallographic orientation: '100' + material: Ag + electrolyte: + components: + - concentration: + unit: mol / l + value: 0.05 + name: NaBr + type: salt + - name: water + type: solvent + temperature: + unit: K + value: 298.15 + type: aq + version: 1 +source: + citation key: ocko_1997_halide_55 + curve: 0.05 M NaBr + url: https://doi.org/10.1557/PROC-451-55 + figure: 6a + techniques: SXRD + version: 1 +version: 1 +curation: + version: 1 + process: + - role: curator + name: Markus Schilling + orcid: https://orcid.org/0000-0003-2684-3711 + date: 2021-10-18 + - role: reviewer + name: Albert Engstfeld + orcid: https://orcid.org/0000-0002-9686-3948 + date: 2022-01-21 diff --git a/literature/pajkossy_1996_impedance_209/pajkossy_1996_impedance_209_p2_1A_dotted.yaml b/literature/pajkossy_1996_impedance_209/pajkossy_1996_impedance_209_p2_1A_dotted.yaml deleted file mode 100644 index a3522f8ab..000000000 --- a/literature/pajkossy_1996_impedance_209/pajkossy_1996_impedance_209_p2_1A_dotted.yaml +++ /dev/null @@ -1,103 +0,0 @@ -# This file describes a figure from a publication containing electrochemical data. -# For the `echemdb/website` project, the source, curator and electrochemical system is mandatory. -# Figure description is optional. It is created automatically by the cv module of svgdigitizer - -source: - version: 1 - url: https://doi.org/10.1016/0022-0728(96)04700-6 #only the number without preceeding doix or https - bib: pajkossy_1996_impedance_209 # AuthorName_YYYY_FirstWordTitle_pageNr. No prepositions. Fingers crossed that there is no duplicate. - figure: 1A # depending on the subfigure labels use 1, 1b, or 1_3 - curve: dotted # use a unique short description to identify the curve in the figure, i.e.. label, color, etc - -curator: - version: 1 - name: Markus Schilling - orcid: https://orcid.org/0000-0003-2684-3711 - digitized: 2021-10-21 # YYYY-MM-DD - -figure description: #This section will be updated by module `CV` - version: 1 - linked measurements: EIS # FTIR, SXRD, Ring Disc - indicate if any other operando methods were shown in the same plot, which is linked to the data - comment: Some peak currents were cut-off in the CV plots. # Add whatever you think is important to understand the data - -electrochemical system: - version: 1 - instrumentation: - - type: - supplier: - - type: - model: - supplier: - - type: - model: - supplier: - electrolyte: - type: aq # aqueous = aq, non-aqueous=naq - components: # create as many components as necessary. A simple electrolyte consists of two components, i.e., H2SO4 and water - - name: HClO4 # can be trivia name, sum formula, etc - concentration: - value: 1 - unit: mmol / l - type: acid # - source: - supplier: - LOT: - - name: water - type: solvent - proportion: - value: - unit: - source: - refinement: - quality: - total organic carbon: - value: - unit: - - name: - type: - proportion: - value: - unit: - - name: KClO4 - type: salt - source: - supplier: - LOT: - concentration: - value: 0.1 - unit: mol / l - ph: - value: - uncertainty: - temperature: # provide the temperature as it is given in the article. Assume room temperature if nothing is provided - value: 293 - unit: K # [K, C, F] - electrodes: - configuration: 3 # number of electrodes - reference electrode: - type: SCE # the reference electrode given in the experimental section. Might differ from that in the plot, MSE-sat, MSE-3M, MSE-1M, RHE, AgCl2 - source: - supplier: - counter electrode: - material: Pt - crystallographic orientation: - shape: wire - working electrode: - material: Au - crystallographic orientation: '111' # hkl, 100, 110, poly - - source: - supplier: - LOT: - shape: # optional - type: # bead/sphere - height: - value: 4 - unit: mm - diameter: - value: 4 - unit: mm - geometric electrolyte contact area: - value: - unit: - preparation procedure: Au crystal annealed with Bunsen burner, cooled in air, quenched with Milli-Q water. # Short description of sample preparation. This can be very useful. :) diff --git a/literature/pajkossy_1996_impedance_209/pajkossy_1996_impedance_209_p2_1A_solid.yaml b/literature/pajkossy_1996_impedance_209/pajkossy_1996_impedance_209_p2_1A_solid.yaml deleted file mode 100644 index 0be92b96f..000000000 --- a/literature/pajkossy_1996_impedance_209/pajkossy_1996_impedance_209_p2_1A_solid.yaml +++ /dev/null @@ -1,103 +0,0 @@ -# This file describes a figure from a publication containing electrochemical data. -# For the `echemdb/website` project, the source, curator and electrochemical system is mandatory. -# Figure description is optional. It is created automatically by the cv module of svgdigitizer - -source: - version: 1 - url: https://doi.org/10.1016/0022-0728(96)04700-6 #only the number without preceeding doix or https - bib: pajkossy_1996_impedance_209 # AuthorName_YYYY_FirstWordTitle_pageNr. No prepositions. Fingers crossed that there is no duplicate. - figure: 1A # depending on the subfigure labels use 1, 1b, or 1_3 - curve: solid # use a unique short description to identify the curve in the figure, i.e.. label, color, etc - -curator: - version: 1 - name: Markus Schilling - orcid: https://orcid.org/0000-0003-2684-3711 - digitized: 2021-10-21 # YYYY-MM-DD - -figure description: #This section will be updated by module `CV` - version: 1 - linked measurements: EIS # FTIR, SXRD, Ring Disc - indicate if any other operando methods were shown in the same plot, which is linked to the data - comment: Some peak currents were cut-off in the CV plots. # Add whatever you think is important to understand the data - -electrochemical system: - version: 1 - instrumentation: - - type: - supplier: - - type: - model: - supplier: - - type: - model: - supplier: - electrolyte: - type: aq # aqueous = aq, non-aqueous=naq - components: # create as many components as necessary. A simple electrolyte consists of two components, i.e., H2SO4 and water - - name: KClO4 # can be trivia name, sum formula, etc - concentration: - value: 0.1 - unit: mol / l - type: salt # - source: - supplier: - LOT: - - name: water - type: solvent - proportion: - value: - unit: - source: - refinement: - quality: - total organic carbon: - value: - unit: - - name: - type: - proportion: - value: - unit: - - name: - type: - source: - supplier: - LOT: - concentration: - value: - unit: #[M, mM, µM, g kg-1, ...] - ph: - value: - uncertainty: - temperature: # provide the temperature as it is given in the article. Assume room temperature if nothing is provided - value: 293 - unit: K # [K, C, F] - electrodes: - configuration: 3 # number of electrodes - reference electrode: - type: SCE # the reference electrode given in the experimental section. Might differ from that in the plot, MSE-sat, MSE-3M, MSE-1M, RHE, AgCl2 - source: - supplier: - counter electrode: - material: Pt - crystallographic orientation: - shape: wire - working electrode: - material: Au - crystallographic orientation: '111' # hkl, 100, 110, poly - - source: - supplier: - LOT: - shape: # optional - type: # bead/sphere - height: - value: 4 - unit: mm - diameter: - value: 4 - unit: mm - geometric electrolyte contact area: - value: - unit: - preparation procedure: Au crystal annealed with Bunsen burner, cooled in air, quenched with Milli-Q water. # Short description of sample preparation. This can be very useful. :) diff --git a/literature/pajkossy_1996_impedance_209/pajkossy_1996_impedance_209_p2_1B_dotted.yaml b/literature/pajkossy_1996_impedance_209/pajkossy_1996_impedance_209_p2_1B_dotted.yaml deleted file mode 100644 index 57fb4720d..000000000 --- a/literature/pajkossy_1996_impedance_209/pajkossy_1996_impedance_209_p2_1B_dotted.yaml +++ /dev/null @@ -1,103 +0,0 @@ -# This file describes a figure from a publication containing electrochemical data. -# For the `echemdb/website` project, the source, curator and electrochemical system is mandatory. -# Figure description is optional. It is created automatically by the cv module of svgdigitizer - -source: - version: 1 - url: https://doi.org/10.1016/0022-0728(96)04700-6 #only the number without preceeding doix or https - bib: pajkossy_1996_impedance_209 # AuthorName_YYYY_FirstWordTitle_pageNr. No prepositions. Fingers crossed that there is no duplicate. - figure: 1B # depending on the subfigure labels use 1, 1b, or 1_3 - curve: dotted # use a unique short description to identify the curve in the figure, i.e.. label, color, etc - -curator: - version: 1 - name: Markus Schilling - orcid: https://orcid.org/0000-0003-2684-3711 - digitized: 2021-10-21 # YYYY-MM-DD - -figure description: #This section will be updated by module `CV` - version: 1 - linked measurements: EIS # FTIR, SXRD, Ring Disc - indicate if any other operando methods were shown in the same plot, which is linked to the data - comment: Some peak currents were cut-off in the CV plots. # Add whatever you think is important to understand the data - -electrochemical system: - version: 1 - instrumentation: - - type: - supplier: - - type: - model: - supplier: - - type: - model: - supplier: - electrolyte: - type: aq # aqueous = aq, non-aqueous=naq - components: # create as many components as necessary. A simple electrolyte consists of two components, i.e., H2SO4 and water - - name: HClO4 # can be trivia name, sum formula, etc - concentration: - value: 1 - unit: mmol / l - type: acid # - source: - supplier: - LOT: - - name: water - type: solvent - proportion: - value: - unit: - source: - refinement: - quality: - total organic carbon: - value: - unit: - - name: - type: - proportion: - value: - unit: - - name: KClO4 - type: salt - source: - supplier: - LOT: - concentration: - value: 0.1 - unit: mol / l - ph: - value: - uncertainty: - temperature: # provide the temperature as it is given in the article. Assume room temperature if nothing is provided - value: 293 - unit: K # [K, C, F] - electrodes: - configuration: 3 # number of electrodes - reference electrode: - type: SCE # the reference electrode given in the experimental section. Might differ from that in the plot, MSE-sat, MSE-3M, MSE-1M, RHE, AgCl2 - source: - supplier: - counter electrode: - material: Pt - crystallographic orientation: - shape: wire - working electrode: - material: Au - crystallographic orientation: '100' # hkl, 100, 110, poly - - source: - supplier: - LOT: - shape: # optional - type: # bead/sphere - height: - value: 4 - unit: mm - diameter: - value: 4 - unit: mm - geometric electrolyte contact area: - value: - unit: - preparation procedure: Au crystal annealed with Bunsen burner, cooled in air, quenched with Milli-Q water. # Short description of sample preparation. This can be very useful. :) diff --git a/literature/pajkossy_1996_impedance_209/pajkossy_1996_impedance_209_p2_1B_solid.yaml b/literature/pajkossy_1996_impedance_209/pajkossy_1996_impedance_209_p2_1B_solid.yaml deleted file mode 100644 index 59c89a7cf..000000000 --- a/literature/pajkossy_1996_impedance_209/pajkossy_1996_impedance_209_p2_1B_solid.yaml +++ /dev/null @@ -1,103 +0,0 @@ -# This file describes a figure from a publication containing electrochemical data. -# For the `echemdb/website` project, the source, curator and electrochemical system is mandatory. -# Figure description is optional. It is created automatically by the cv module of svgdigitizer - -source: - version: 1 - url: https://doi.org/10.1016/0022-0728(96)04700-6 #only the number without preceeding doix or https - bib: pajkossy_1996_impedance_209 # AuthorName_YYYY_FirstWordTitle_pageNr. No prepositions. Fingers crossed that there is no duplicate. - figure: 1B # depending on the subfigure labels use 1, 1b, or 1_3 - curve: solid # use a unique short description to identify the curve in the figure, i.e.. label, color, etc - -curator: - version: 1 - name: Markus Schilling - orcid: https://orcid.org/0000-0003-2684-3711 - digitized: 2021-10-21 # YYYY-MM-DD - -figure description: #This section will be updated by module `CV` - version: 1 - linked measurements: EIS # FTIR, SXRD, Ring Disc - indicate if any other operando methods were shown in the same plot, which is linked to the data - comment: Some peak currents were cut-off in the CV plots. # Add whatever you think is important to understand the data - -electrochemical system: - version: 1 - instrumentation: - - type: - supplier: - - type: - model: - supplier: - - type: - model: - supplier: - electrolyte: - type: aq # aqueous = aq, non-aqueous=naq - components: # create as many components as necessary. A simple electrolyte consists of two components, i.e., H2SO4 and water - - name: KClO4 # can be trivia name, sum formula, etc - concentration: - value: 0.1 - unit: mol / l - type: salt # - source: - supplier: - LOT: - - name: water - type: solvent - proportion: - value: - unit: - source: - refinement: - quality: - total organic carbon: - value: - unit: - - name: - type: - proportion: - value: - unit: - - name: - type: - source: - supplier: - LOT: - concentration: - value: - unit: #[M, mM, µM, g kg-1, ...] - ph: - value: - uncertainty: - temperature: # provide the temperature as it is given in the article. Assume room temperature if nothing is provided - value: 293 - unit: K # [K, C, F] - electrodes: - configuration: 3 # number of electrodes - reference electrode: - type: SCE # the reference electrode given in the experimental section. Might differ from that in the plot, MSE-sat, MSE-3M, MSE-1M, RHE, AgCl2 - source: - supplier: - counter electrode: - material: Pt - crystallographic orientation: - shape: wire - working electrode: - material: Au - crystallographic orientation: '100' # hkl, 100, 110, poly - - source: - supplier: - LOT: - shape: # optional - type: # bead/sphere - height: - value: 4 - unit: mm - diameter: - value: 4 - unit: mm - geometric electrolyte contact area: - value: - unit: - preparation procedure: Au crystal annealed with Bunsen burner, cooled in air, quenched with Milli-Q water. # Short description of sample preparation. This can be very useful. :) diff --git a/literature/pajkossy_1996_impedance_209/pajkossy_1996_impedance_209_p2_1A_dotted.svg b/literature/pajkossy_1996_impedance_209/pajkossy_1996_impedance_209_p2_f1A_dotted.svg similarity index 74% rename from literature/pajkossy_1996_impedance_209/pajkossy_1996_impedance_209_p2_1A_dotted.svg rename to literature/pajkossy_1996_impedance_209/pajkossy_1996_impedance_209_p2_f1A_dotted.svg index 79ec6464d..09f3ad76e 100644 --- a/literature/pajkossy_1996_impedance_209/pajkossy_1996_impedance_209_p2_1A_dotted.svg +++ b/literature/pajkossy_1996_impedance_209/pajkossy_1996_impedance_209_p2_f1A_dotted.svg @@ -1,16 +1,30 @@ + sodipodi:docname="pajkossy_1996_impedance_209_p2_f1A_dotted.svg" + inkscape:version="0.92.2 (5c3e80d, 2017-08-06)"> + + + + image/svg+xml + + + + + inkscape:current-layer="svg53" /> + id="path208" + inkscape:connector-curvature="0" /> y2: 2 uA/cm2 + y="4898.8232">y2: 2 uA / cm2 + id="path206" + inkscape:connector-curvature="0" /> y1: 0 uA/cm2 + y="5420.3677">y1: 0 uA / cm2 + id="g862"> + id="path210" + inkscape:connector-curvature="0" /> x1: -0.6 V vs SCE + comment: Some peak currents were cut-off in the CV plots. + id="path212" + inkscape:connector-curvature="0" /> scan rate: 10 mV/s + y="4827.3286">scan rate: 10 mV / s + id="g857"> curve: Au(111)_0.1mM_HClO4_0.1M_KClO4 + sodipodi:docname="pajkossy_1996_impedance_209_p2_f1A_solid.svg" + inkscape:version="0.92.2 (5c3e80d, 2017-08-06)"> + + + + image/svg+xml + + + + + x="0" + width="4931px" + sodipodi:insensitive="true" + height="6612px" /> y2: 2 uA/cm2 + y="4898.8232">y2: 2 uA / cm2 @@ -71,7 +86,7 @@ sodipodi:role="line" id="tspan7118" x="337.89426" - y="5420.3677">y1: 0 uA/cm2 + y="5420.3677">y1: 0 uA / cm2 @@ -116,7 +131,7 @@ sodipodi:role="line" id="tspan26378" x="1354.9177" - y="4827.3286">scan rate: 10 mV/s + y="4827.3286">scan rate: 10 mV / s + comment: Some peak currents were cut-off in the CV plots. diff --git a/literature/pajkossy_1996_impedance_209/pajkossy_1996_impedance_209_p2_f1A_solid.yaml b/literature/pajkossy_1996_impedance_209/pajkossy_1996_impedance_209_p2_f1A_solid.yaml new file mode 100644 index 000000000..8efb292fe --- /dev/null +++ b/literature/pajkossy_1996_impedance_209/pajkossy_1996_impedance_209_p2_f1A_solid.yaml @@ -0,0 +1,55 @@ +# This file is part of echemdb (https://github.com/echemdb/website) +# Details on the meta data structure can be found on https://github.com/echemdb/metadata-schema +electrochemical system: + electrodes: + configuration: 3 + counter electrode: + material: Pt + shape: wire + reference electrode: + type: SCE + working electrode: + crystallographic orientation: '111' + material: Au + preparation procedure: Au crystal annealed with Bunsen burner, cooled in air, + quenched with Milli-Q water. + shape: + diameter: + unit: mm + value: 4 + height: + unit: mm + value: 4 + electrolyte: + components: + - concentration: + unit: mol / l + value: 0.1 + name: KClO4 + type: salt + - name: water + type: solvent + temperature: + unit: K + value: 293 + type: aq + version: 1 +source: + citation key: pajkossy_1996_impedance_209 + curve: solid + url: https://doi.org/10.1016/0022-0728(96)04700-6 + figure: 1A + techniques: EIS + version: 1 +version: 1 +curation: + version: 1 + process: + - role: curator + name: Markus Schilling + orcid: https://orcid.org/0000-0003-2684-3711 + date: 2021-10-21 + - role: reviewer + name: Albert Engstfeld + orcid: https://orcid.org/0000-0002-9686-3948 + date: 2022-01-21 diff --git a/literature/pajkossy_1996_impedance_209/pajkossy_1996_impedance_209_p2_1B_dotted.svg b/literature/pajkossy_1996_impedance_209/pajkossy_1996_impedance_209_p2_f1B_dotted.svg similarity index 78% rename from literature/pajkossy_1996_impedance_209/pajkossy_1996_impedance_209_p2_1B_dotted.svg rename to literature/pajkossy_1996_impedance_209/pajkossy_1996_impedance_209_p2_f1B_dotted.svg index b5cc93dfe..87e39ec38 100644 --- a/literature/pajkossy_1996_impedance_209/pajkossy_1996_impedance_209_p2_1B_dotted.svg +++ b/literature/pajkossy_1996_impedance_209/pajkossy_1996_impedance_209_p2_f1B_dotted.svg @@ -1,16 +1,30 @@ + sodipodi:docname="pajkossy_1996_impedance_209_p2_f1B_dotted.svg" + inkscape:version="0.92.2 (5c3e80d, 2017-08-06)"> + + + + image/svg+xml + + + + + x="0" + width="4931px" + sodipodi:insensitive="true" + height="6612px" /> @@ -55,7 +70,7 @@ sodipodi:role="line" id="tspan6058" x="309.27679" - y="4898.8232">y2: 2 uA/cm2 + y="4898.8232">y2: 2 uA / cm2 y1: 0 uA/cm2 + y="5420.3677">y1: 0 uA / cm2 scan rate: 10 mV/s + y="4836.3364">scan rate: 10 mV / s + comment: Some peak currents were cut-off in the CV plots. diff --git a/literature/pajkossy_1996_impedance_209/pajkossy_1996_impedance_209_p2_f1B_dotted.yaml b/literature/pajkossy_1996_impedance_209/pajkossy_1996_impedance_209_p2_f1B_dotted.yaml new file mode 100644 index 000000000..7d6fefdf2 --- /dev/null +++ b/literature/pajkossy_1996_impedance_209/pajkossy_1996_impedance_209_p2_f1B_dotted.yaml @@ -0,0 +1,60 @@ +# This file is part of echemdb (https://github.com/echemdb/website) +# Details on the meta data structure can be found on https://github.com/echemdb/metadata-schema +electrochemical system: + electrodes: + configuration: 3 + counter electrode: + material: Pt + shape: wire + reference electrode: + type: SCE + working electrode: + crystallographic orientation: '100' + material: Au + preparation procedure: Au crystal annealed with Bunsen burner, cooled in air, + quenched with Milli-Q water. + shape: + diameter: + unit: mm + value: 4 + height: + unit: mm + value: 4 + electrolyte: + components: + - concentration: + unit: mmol / l + value: 1 + name: HClO4 + type: acid + - name: water + type: solvent + - concentration: + unit: mol / l + value: 0.1 + name: KClO4 + type: salt + temperature: + unit: K + value: 293 + type: aq + version: 1 +source: + citation key: pajkossy_1996_impedance_209 + curve: dotted + url: https://doi.org/10.1016/0022-0728(96)04700-6 + figure: 1B + techniques: EIS + version: 1 +version: 1 +curation: + version: 1 + process: + - role: curator + name: Markus Schilling + orcid: https://orcid.org/0000-0003-2684-3711 + date: 2021-10-21 + - role: reviewer + name: Albert Engstfeld + orcid: https://orcid.org/0000-0002-9686-3948 + date: 2022-01-21 diff --git a/literature/pajkossy_1996_impedance_209/pajkossy_1996_impedance_209_p2_1B_solid.svg b/literature/pajkossy_1996_impedance_209/pajkossy_1996_impedance_209_p2_f1B_solid.svg similarity index 82% rename from literature/pajkossy_1996_impedance_209/pajkossy_1996_impedance_209_p2_1B_solid.svg rename to literature/pajkossy_1996_impedance_209/pajkossy_1996_impedance_209_p2_f1B_solid.svg index a439ecb3e..454cbed29 100644 --- a/literature/pajkossy_1996_impedance_209/pajkossy_1996_impedance_209_p2_1B_solid.svg +++ b/literature/pajkossy_1996_impedance_209/pajkossy_1996_impedance_209_p2_f1B_solid.svg @@ -1,16 +1,30 @@ + sodipodi:docname="pajkossy_1996_impedance_209_p2_f1B_solid.svg" + inkscape:version="0.92.2 (5c3e80d, 2017-08-06)"> + + + + image/svg+xml + + + + + x="0" + width="4931px" + sodipodi:insensitive="true" + height="6612px" /> @@ -55,7 +70,7 @@ sodipodi:role="line" id="tspan6058" x="309.27679" - y="4898.8232">y2: 2 uA/cm2 + y="4898.8232">y2: 2 uA / cm2 y1: 0 uA/cm2 + y="5420.3677">y1: 0 uA / cm2 scan rate: 10 mV/s + y="4836.3364">scan rate: 10 mV / s curve: Au(100)_0.1M_KClO4 + comment: Some peak currents were cut-off in the CV plots. diff --git a/literature/pajkossy_1996_impedance_209/pajkossy_1996_impedance_209_p2_f1B_solid.yaml b/literature/pajkossy_1996_impedance_209/pajkossy_1996_impedance_209_p2_f1B_solid.yaml new file mode 100644 index 000000000..22fee9c06 --- /dev/null +++ b/literature/pajkossy_1996_impedance_209/pajkossy_1996_impedance_209_p2_f1B_solid.yaml @@ -0,0 +1,55 @@ +# This file is part of echemdb (https://github.com/echemdb/website) +# Details on the meta data structure can be found on https://github.com/echemdb/metadata-schema +electrochemical system: + electrodes: + configuration: 3 + counter electrode: + material: Pt + shape: wire + reference electrode: + type: SCE + working electrode: + crystallographic orientation: '100' + material: Au + preparation procedure: Au crystal annealed with Bunsen burner, cooled in air, + quenched with Milli-Q water. + shape: + diameter: + unit: mm + value: 4 + height: + unit: mm + value: 4 + electrolyte: + components: + - concentration: + unit: mol / l + value: 0.1 + name: KClO4 + type: salt + - name: water + type: solvent + temperature: + unit: K + value: 293 + type: aq + version: 1 +source: + citation key: pajkossy_1996_impedance_209 + curve: solid + url: https://doi.org/10.1016/0022-0728(96)04700-6 + figure: 1B + techniques: EIS + version: 1 +version: 1 +curation: + version: 1 + process: + - role: curator + name: Markus Schilling + orcid: https://orcid.org/0000-0003-2684-3711 + date: 2021-10-21 + - role: reviewer + name: Albert Engstfeld + orcid: https://orcid.org/0000-0002-9686-3948 + date: 2022-01-21 diff --git a/literature/pajkossy_1996_impedance_209/pajkossy_1996_impedance_209_p3_3A_a.yaml b/literature/pajkossy_1996_impedance_209/pajkossy_1996_impedance_209_p3_3A_a.yaml deleted file mode 100644 index ea7abe559..000000000 --- a/literature/pajkossy_1996_impedance_209/pajkossy_1996_impedance_209_p3_3A_a.yaml +++ /dev/null @@ -1,103 +0,0 @@ -# This file describes a figure from a publication containing electrochemical data. -# For the `echemdb/website` project, the source, curator and electrochemical system is mandatory. -# Figure description is optional. It is created automatically by the cv module of svgdigitizer - -source: - version: 1 - url: https://doi.org/10.1016/0022-0728(96)04700-6 #only the number without preceeding doix or https - bib: pajkossy_1996_impedance_209 # AuthorName_YYYY_FirstWordTitle_pageNr. No prepositions. Fingers crossed that there is no duplicate. - figure: 3A # depending on the subfigure labels use 1, 1b, or 1_3 - curve: a # use a unique short description to identify the curve in the figure, i.e.. label, color, etc - -curator: - version: 1 - name: Markus Schilling - orcid: https://orcid.org/0000-0003-2684-3711 - digitized: 2021-10-21 # YYYY-MM-DD - -figure description: #This section will be updated by module `CV` - version: 1 - linked measurements: EIS # FTIR, SXRD, Ring Disc - indicate if any other operando methods were shown in the same plot, which is linked to the data - comment: Some peak currents were cut-off in the CV plots. # Add whatever you think is important to understand the data - -electrochemical system: - version: 1 - instrumentation: - - type: - supplier: - - type: - model: - supplier: - - type: - model: - supplier: - electrolyte: - type: aq # aqueous = aq, non-aqueous=naq - components: # create as many components as necessary. A simple electrolyte consists of two components, i.e., H2SO4 and water - - name: HClO4 # can be trivia name, sum formula, etc - concentration: - value: 0.1 - unit: mol / l - type: acid # - source: - supplier: - LOT: - - name: water - type: solvent - proportion: - value: - unit: - source: - refinement: - quality: - total organic carbon: - value: - unit: - - name: - type: - proportion: - value: - unit: - - name: NaBr - type: salt - source: - supplier: - LOT: - concentration: - value: 0.15 - unit: mmol / l - ph: - value: - uncertainty: - temperature: # provide the temperature as it is given in the article. Assume room temperature if nothing is provided - value: 293 - unit: K # [K, C, F] - electrodes: - configuration: 3 # number of electrodes - reference electrode: - type: SCE # the reference electrode given in the experimental section. Might differ from that in the plot, MSE-sat, MSE-3M, MSE-1M, RHE, AgCl2 - source: - supplier: - counter electrode: - material: Pt - crystallographic orientation: - shape: wire - working electrode: - material: Au - crystallographic orientation: '111' # hkl, 100, 110, poly - - source: - supplier: - LOT: - shape: # optional - type: # bead/sphere - height: - value: 4 - unit: mm - diameter: - value: 4 - unit: mm - geometric electrolyte contact area: - value: - unit: - preparation procedure: Au crystal annealed with Bunsen burner, cooled in air, quenched with Milli-Q water. # Short description of sample preparation. This can be very useful. :) diff --git a/literature/pajkossy_1996_impedance_209/pajkossy_1996_impedance_209_p3_3A_b.yaml b/literature/pajkossy_1996_impedance_209/pajkossy_1996_impedance_209_p3_3A_b.yaml deleted file mode 100644 index 7bacad5e5..000000000 --- a/literature/pajkossy_1996_impedance_209/pajkossy_1996_impedance_209_p3_3A_b.yaml +++ /dev/null @@ -1,103 +0,0 @@ -# This file describes a figure from a publication containing electrochemical data. -# For the `echemdb/website` project, the source, curator and electrochemical system is mandatory. -# Figure description is optional. It is created automatically by the cv module of svgdigitizer - -source: - version: 1 - url: https://doi.org/10.1016/0022-0728(96)04700-6 #only the number without preceeding doix or https - bib: pajkossy_1996_impedance_209 # AuthorName_YYYY_FirstWordTitle_pageNr. No prepositions. Fingers crossed that there is no duplicate. - figure: 3A # depending on the subfigure labels use 1, 1b, or 1_3 - curve: b # use a unique short description to identify the curve in the figure, i.e.. label, color, etc - -curator: - version: 1 - name: Markus Schilling - orcid: https://orcid.org/0000-0003-2684-3711 - digitized: 2021-10-21 # YYYY-MM-DD - -figure description: #This section will be updated by module `CV` - version: 1 - linked measurements: EIS # FTIR, SXRD, Ring Disc - indicate if any other operando methods were shown in the same plot, which is linked to the data - comment: Some peak currents were cut-off in the CV plots. # Add whatever you think is important to understand the data - -electrochemical system: - version: 1 - instrumentation: - - type: - supplier: - - type: - model: - supplier: - - type: - model: - supplier: - electrolyte: - type: aq # aqueous = aq, non-aqueous=naq - components: # create as many components as necessary. A simple electrolyte consists of two components, i.e., H2SO4 and water - - name: KClO4 # can be trivia name, sum formula, etc - concentration: - value: 0.05 - unit: mol / l - type: salt # - source: - supplier: - LOT: - - name: water - type: solvent - proportion: - value: - unit: - source: - refinement: - quality: - total organic carbon: - value: - unit: - - name: - type: - proportion: - value: - unit: - - name: NaBr - type: salt - source: - supplier: - LOT: - concentration: - value: 50 - unit: mmol / l - ph: - value: - uncertainty: - temperature: # provide the temperature as it is given in the article. Assume room temperature if nothing is provided - value: 293 - unit: K # [K, C, F] - electrodes: - configuration: 3 # number of electrodes - reference electrode: - type: SCE # the reference electrode given in the experimental section. Might differ from that in the plot, MSE-sat, MSE-3M, MSE-1M, RHE, AgCl2 - source: - supplier: - counter electrode: - material: Pt - crystallographic orientation: - shape: wire - working electrode: - material: Au - crystallographic orientation: '111' # hkl, 100, 110, poly - - source: - supplier: - LOT: - shape: # optional - type: # bead/sphere - height: - value: 4 - unit: mm - diameter: - value: 4 - unit: mm - geometric electrolyte contact area: - value: - unit: - preparation procedure: Au crystal annealed with Bunsen burner, cooled in air, quenched with Milli-Q water. # Short description of sample preparation. This can be very useful. :) diff --git a/literature/pajkossy_1996_impedance_209/pajkossy_1996_impedance_209_p3_3A_dashed.yaml b/literature/pajkossy_1996_impedance_209/pajkossy_1996_impedance_209_p3_3A_dashed.yaml deleted file mode 100644 index 7090be9a7..000000000 --- a/literature/pajkossy_1996_impedance_209/pajkossy_1996_impedance_209_p3_3A_dashed.yaml +++ /dev/null @@ -1,103 +0,0 @@ -# This file describes a figure from a publication containing electrochemical data. -# For the `echemdb/website` project, the source, curator and electrochemical system is mandatory. -# Figure description is optional. It is created automatically by the cv module of svgdigitizer - -source: - version: 1 - url: https://doi.org/10.1016/0022-0728(96)04700-6 #only the number without preceeding doix or https - bib: pajkossy_1996_impedance_209 # AuthorName_YYYY_FirstWordTitle_pageNr. No prepositions. Fingers crossed that there is no duplicate. - figure: 3A # depending on the subfigure labels use 1, 1b, or 1_3 - curve: dashed # use a unique short description to identify the curve in the figure, i.e.. label, color, etc - -curator: - version: 1 - name: Markus Schilling - orcid: https://orcid.org/0000-0003-2684-3711 - digitized: 2021-10-21 # YYYY-MM-DD - -figure description: #This section will be updated by module `CV` - version: 1 - linked measurements: EIS # FTIR, SXRD, Ring Disc - indicate if any other operando methods were shown in the same plot, which is linked to the data - comment: Some peak currents were cut-off in the CV plots. # Add whatever you think is important to understand the data - -electrochemical system: - version: 1 - instrumentation: - - type: - supplier: - - type: - model: - supplier: - - type: - model: - supplier: - electrolyte: - type: aq # aqueous = aq, non-aqueous=naq - components: # create as many components as necessary. A simple electrolyte consists of two components, i.e., H2SO4 and water - - name: KClO4 # can be trivia name, sum formula, etc - concentration: - value: 0.1 - unit: mol / l - type: salt # - source: - supplier: - LOT: - - name: water - type: solvent - proportion: - value: - unit: - source: - refinement: - quality: - total organic carbon: - value: - unit: - - name: - type: - proportion: - value: - unit: - - name: - type: - source: - supplier: - LOT: - concentration: - value: - unit: #[M, mM, µM, g kg-1, ...] - ph: - value: - uncertainty: - temperature: # provide the temperature as it is given in the article. Assume room temperature if nothing is provided - value: 293 - unit: K # [K, C, F] - electrodes: - configuration: 3 # number of electrodes - reference electrode: - type: SCE # the reference electrode given in the experimental section. Might differ from that in the plot, MSE-sat, MSE-3M, MSE-1M, RHE, AgCl2 - source: - supplier: - counter electrode: - material: Pt - crystallographic orientation: - shape: wire - working electrode: - material: Au - crystallographic orientation: '111' # hkl, 100, 110, poly - - source: - supplier: - LOT: - shape: # optional - type: # bead/sphere - height: - value: 4 - unit: mm - diameter: - value: 4 - unit: mm - geometric electrolyte contact area: - value: - unit: - preparation procedure: Au crystal annealed with Bunsen burner, cooled in air, quenched with Milli-Q water. # Short description of sample preparation. This can be very useful. :) diff --git a/literature/pajkossy_1996_impedance_209/pajkossy_1996_impedance_209_p3_3A_a.svg b/literature/pajkossy_1996_impedance_209/pajkossy_1996_impedance_209_p3_f3A_a.svg similarity index 82% rename from literature/pajkossy_1996_impedance_209/pajkossy_1996_impedance_209_p3_3A_a.svg rename to literature/pajkossy_1996_impedance_209/pajkossy_1996_impedance_209_p3_f3A_a.svg index 26afa0b2e..2dae51eb4 100644 --- a/literature/pajkossy_1996_impedance_209/pajkossy_1996_impedance_209_p3_3A_a.svg +++ b/literature/pajkossy_1996_impedance_209/pajkossy_1996_impedance_209_p3_f3A_a.svg @@ -1,16 +1,30 @@ + sodipodi:docname="pajkossy_1996_impedance_209_p3_f3A_a.svg" + inkscape:version="0.92.2 (5c3e80d, 2017-08-06)"> + + + + image/svg+xml + + + + + x="0" + width="4931px" + sodipodi:insensitive="true" + height="6612px" /> y2: 6 uA/cm2 + y="614.5058">y2: 6 uA / cm2 @@ -71,7 +86,7 @@ sodipodi:role="line" id="tspan19046" x="2348.4622" - y="1514.0443">y1: -2 uA/cm2 + y="1514.0443">y1: -2 uA / cm2 @@ -116,7 +131,7 @@ sodipodi:role="line" id="tspan31605" x="3253.0259" - y="509.28476">scan rate: 10 mV/s + y="509.28476">scan rate: 10 mV / s curve: Au(111)_0.1M_HClO4_0.15mM_NaBr + comment: Some peak currents were cut-off in the CV plots. diff --git a/literature/pajkossy_1996_impedance_209/pajkossy_1996_impedance_209_p3_f3A_a.yaml b/literature/pajkossy_1996_impedance_209/pajkossy_1996_impedance_209_p3_f3A_a.yaml new file mode 100644 index 000000000..aaf93bbac --- /dev/null +++ b/literature/pajkossy_1996_impedance_209/pajkossy_1996_impedance_209_p3_f3A_a.yaml @@ -0,0 +1,60 @@ +# This file is part of echemdb (https://github.com/echemdb/website) +# Details on the meta data structure can be found on https://github.com/echemdb/metadata-schema +electrochemical system: + electrodes: + configuration: 3 + counter electrode: + material: Pt + shape: wire + reference electrode: + type: SCE + working electrode: + crystallographic orientation: '111' + material: Au + preparation procedure: Au crystal annealed with Bunsen burner, cooled in air, + quenched with Milli-Q water. + shape: + diameter: + unit: mm + value: 4 + height: + unit: mm + value: 4 + electrolyte: + components: + - concentration: + unit: mol / l + value: 0.1 + name: HClO4 + type: acid + - name: water + type: solvent + - concentration: + unit: mmol / l + value: 0.15 + name: NaBr + type: salt + temperature: + unit: K + value: 293 + type: aq + version: 1 +source: + citation key: pajkossy_1996_impedance_209 + curve: a + url: https://doi.org/10.1016/0022-0728(96)04700-6 + figure: 3A + techniques: EIS + version: 1 +version: 1 +curation: + version: 1 + process: + - role: curator + name: Markus Schilling + orcid: https://orcid.org/0000-0003-2684-3711 + date: 2021-10-21 + - role: reviewer + name: Albert Engstfeld + orcid: https://orcid.org/0000-0002-9686-3948 + date: 2022-01-21 diff --git a/literature/pajkossy_1996_impedance_209/pajkossy_1996_impedance_209_p3_3A_b.svg b/literature/pajkossy_1996_impedance_209/pajkossy_1996_impedance_209_p3_f3A_b.svg similarity index 83% rename from literature/pajkossy_1996_impedance_209/pajkossy_1996_impedance_209_p3_3A_b.svg rename to literature/pajkossy_1996_impedance_209/pajkossy_1996_impedance_209_p3_f3A_b.svg index 40a550c58..9911772d9 100644 --- a/literature/pajkossy_1996_impedance_209/pajkossy_1996_impedance_209_p3_3A_b.svg +++ b/literature/pajkossy_1996_impedance_209/pajkossy_1996_impedance_209_p3_f3A_b.svg @@ -1,16 +1,30 @@ + sodipodi:docname="pajkossy_1996_impedance_209_p3_f3A_b.svg" + inkscape:version="0.92.2 (5c3e80d, 2017-08-06)"> + + + + image/svg+xml + + + + + x="0" + width="4931px" + sodipodi:insensitive="true" + height="6612px" /> y2: 6 uA/cm2 + y="614.5058">y2: 6 uA / cm2 @@ -71,7 +86,7 @@ sodipodi:role="line" id="tspan19046" x="2348.4622" - y="1514.0443">y1: -2 uA/cm2 + y="1514.0443">y1: -2 uA / cm2 @@ -116,7 +131,7 @@ sodipodi:role="line" id="tspan31605" x="3253.0259" - y="509.28476">scan rate: 10 mV/s + y="509.28476">scan rate: 10 mV / s + comment: Some peak currents were cut-off in the CV plots. diff --git a/literature/pajkossy_1996_impedance_209/pajkossy_1996_impedance_209_p3_f3A_b.yaml b/literature/pajkossy_1996_impedance_209/pajkossy_1996_impedance_209_p3_f3A_b.yaml new file mode 100644 index 000000000..66829e97c --- /dev/null +++ b/literature/pajkossy_1996_impedance_209/pajkossy_1996_impedance_209_p3_f3A_b.yaml @@ -0,0 +1,60 @@ +# This file is part of echemdb (https://github.com/echemdb/website) +# Details on the meta data structure can be found on https://github.com/echemdb/metadata-schema +electrochemical system: + electrodes: + configuration: 3 + counter electrode: + material: Pt + shape: wire + reference electrode: + type: SCE + working electrode: + crystallographic orientation: '111' + material: Au + preparation procedure: Au crystal annealed with Bunsen burner, cooled in air, + quenched with Milli-Q water. + shape: + diameter: + unit: mm + value: 4 + height: + unit: mm + value: 4 + electrolyte: + components: + - concentration: + unit: mol / l + value: 0.05 + name: KClO4 + type: salt + - name: water + type: solvent + - concentration: + unit: mmol / l + value: 50 + name: NaBr + type: salt + temperature: + unit: K + value: 293 + type: aq + version: 1 +source: + citation key: pajkossy_1996_impedance_209 + curve: b + url: https://doi.org/10.1016/0022-0728(96)04700-6 + figure: 3A + techniques: EIS + version: 1 +version: 1 +curation: + version: 1 + process: + - role: curator + name: Markus Schilling + orcid: https://orcid.org/0000-0003-2684-3711 + date: 2021-10-21 + - role: reviewer + name: Albert Engstfeld + orcid: https://orcid.org/0000-0002-9686-3948 + date: 2022-01-21 diff --git a/literature/pajkossy_1996_impedance_209/pajkossy_1996_impedance_209_p3_3A_dashed.svg b/literature/pajkossy_1996_impedance_209/pajkossy_1996_impedance_209_p3_f3A_dashed.svg similarity index 80% rename from literature/pajkossy_1996_impedance_209/pajkossy_1996_impedance_209_p3_3A_dashed.svg rename to literature/pajkossy_1996_impedance_209/pajkossy_1996_impedance_209_p3_f3A_dashed.svg index 619c51b37..0b1a54f68 100644 --- a/literature/pajkossy_1996_impedance_209/pajkossy_1996_impedance_209_p3_3A_dashed.svg +++ b/literature/pajkossy_1996_impedance_209/pajkossy_1996_impedance_209_p3_f3A_dashed.svg @@ -1,16 +1,30 @@ + sodipodi:docname="pajkossy_1996_impedance_209_p3_f3A_dashed.svg" + inkscape:version="0.92.2 (5c3e80d, 2017-08-06)"> + + + + image/svg+xml + + + + + x="0" + width="4931px" + sodipodi:insensitive="true" + height="6612px" /> y2: 6 uA/cm2 + y="614.5058">y2: 6 uA / cm2 @@ -71,7 +86,7 @@ sodipodi:role="line" id="tspan19046" x="2348.4622" - y="1514.0443">y1: -2 uA/cm2 + y="1514.0443">y1: -2 uA / cm2 @@ -116,7 +131,7 @@ sodipodi:role="line" id="tspan31605" x="3253.0259" - y="509.28476">scan rate: 10 mV/s + y="509.28476">scan rate: 10 mV / s + comment: Some peak currents were cut-off in the CV plots. diff --git a/literature/pajkossy_1996_impedance_209/pajkossy_1996_impedance_209_p3_f3A_dashed.yaml b/literature/pajkossy_1996_impedance_209/pajkossy_1996_impedance_209_p3_f3A_dashed.yaml new file mode 100644 index 000000000..3f8f76570 --- /dev/null +++ b/literature/pajkossy_1996_impedance_209/pajkossy_1996_impedance_209_p3_f3A_dashed.yaml @@ -0,0 +1,55 @@ +# This file is part of echemdb (https://github.com/echemdb/website) +# Details on the meta data structure can be found on https://github.com/echemdb/metadata-schema +electrochemical system: + electrodes: + configuration: 3 + counter electrode: + material: Pt + shape: wire + reference electrode: + type: SCE + working electrode: + crystallographic orientation: '111' + material: Au + preparation procedure: Au crystal annealed with Bunsen burner, cooled in air, + quenched with Milli-Q water. + shape: + diameter: + unit: mm + value: 4 + height: + unit: mm + value: 4 + electrolyte: + components: + - concentration: + unit: mol / l + value: 0.1 + name: KClO4 + type: salt + - name: water + type: solvent + temperature: + unit: K + value: 293 + type: aq + version: 1 +source: + citation key: pajkossy_1996_impedance_209 + curve: dashed + url: https://doi.org/10.1016/0022-0728(96)04700-6 + figure: 3A + techniques: EIS + version: 1 +version: 1 +curation: + version: 1 + process: + - role: curator + name: Markus Schilling + orcid: https://orcid.org/0000-0003-2684-3711 + date: 2021-10-21 + - role: reviewer + name: Albert Engstfeld + orcid: https://orcid.org/0000-0002-9686-3948 + date: 2022-01-21 diff --git a/literature/pajkossy_1996_impedance_209/pajkossy_1996_impedance_209_p6_8A_a.yaml b/literature/pajkossy_1996_impedance_209/pajkossy_1996_impedance_209_p6_8A_a.yaml deleted file mode 100644 index 96d0e1580..000000000 --- a/literature/pajkossy_1996_impedance_209/pajkossy_1996_impedance_209_p6_8A_a.yaml +++ /dev/null @@ -1,103 +0,0 @@ -# This file describes a figure from a publication containing electrochemical data. -# For the `echemdb/website` project, the source, curator and electrochemical system is mandatory. -# Figure description is optional. It is created automatically by the cv module of svgdigitizer - -source: - version: 1 - url: https://doi.org/10.1016/0022-0728(96)04700-6 #only the number without preceeding doix or https - bib: pajkossy_1996_impedance_209 # AuthorName_YYYY_FirstWordTitle_pageNr. No prepositions. Fingers crossed that there is no duplicate. - figure: 8A # depending on the subfigure labels use 1, 1b, or 1_3 - curve: a # use a unique short description to identify the curve in the figure, i.e.. label, color, etc - -curator: - version: 1 - name: Markus Schilling - orcid: https://orcid.org/0000-0003-2684-3711 - digitized: 2021-10-21 # YYYY-MM-DD - -figure description: #This section will be updated by module `CV` - version: 1 - linked measurements: EIS # FTIR, SXRD, Ring Disc - indicate if any other operando methods were shown in the same plot, which is linked to the data - comment: Some peak currents were cut-off in the CV plots. # Add whatever you think is important to understand the data - -electrochemical system: - version: 1 - instrumentation: - - type: - supplier: - - type: - model: - supplier: - - type: - model: - supplier: - electrolyte: - type: aq # aqueous = aq, non-aqueous=naq - components: # create as many components as necessary. A simple electrolyte consists of two components, i.e., H2SO4 and water - - name: HClO4 # can be trivia name, sum formula, etc - concentration: - value: 0.1 - unit: mol / l - type: acid # - source: - supplier: - LOT: - - name: water - type: solvent - proportion: - value: - unit: - source: - refinement: - quality: - total organic carbon: - value: - unit: - - name: - type: - proportion: - value: - unit: - - name: NaBr - type: salt - source: - supplier: - LOT: - concentration: - value: 0.15 - unit: mmol / l - ph: - value: - uncertainty: - temperature: # provide the temperature as it is given in the article. Assume room temperature if nothing is provided - value: 293 - unit: K # [K, C, F] - electrodes: - configuration: 3 # number of electrodes - reference electrode: - type: SCE # the reference electrode given in the experimental section. Might differ from that in the plot, MSE-sat, MSE-3M, MSE-1M, RHE, AgCl2 - source: - supplier: - counter electrode: - material: Pt - crystallographic orientation: - shape: wire - working electrode: - material: Au - crystallographic orientation: '100' # hkl, 100, 110, poly - - source: - supplier: - LOT: - shape: # optional - type: # bead/sphere - height: - value: 4 - unit: mm - diameter: - value: 4 - unit: mm - geometric electrolyte contact area: - value: - unit: - preparation procedure: Au crystal annealed with Bunsen burner, cooled in air, quenched with Milli-Q water. # Short description of sample preparation. This can be very useful. :) diff --git a/literature/pajkossy_1996_impedance_209/pajkossy_1996_impedance_209_p6_8A_b.yaml b/literature/pajkossy_1996_impedance_209/pajkossy_1996_impedance_209_p6_8A_b.yaml deleted file mode 100644 index 493507b70..000000000 --- a/literature/pajkossy_1996_impedance_209/pajkossy_1996_impedance_209_p6_8A_b.yaml +++ /dev/null @@ -1,103 +0,0 @@ -# This file describes a figure from a publication containing electrochemical data. -# For the `echemdb/website` project, the source, curator and electrochemical system is mandatory. -# Figure description is optional. It is created automatically by the cv module of svgdigitizer - -source: - version: 1 - url: https://doi.org/10.1016/0022-0728(96)04700-6 #only the number without preceeding doix or https - bib: pajkossy_1996_impedance_209 # AuthorName_YYYY_FirstWordTitle_pageNr. No prepositions. Fingers crossed that there is no duplicate. - figure: 8A # depending on the subfigure labels use 1, 1b, or 1_3 - curve: b # use a unique short description to identify the curve in the figure, i.e.. label, color, etc - -curator: - version: 1 - name: Markus Schilling - orcid: https://orcid.org/0000-0003-2684-3711 - digitized: 2021-10-21 # YYYY-MM-DD - -figure description: #This section will be updated by module `CV` - version: 1 - linked measurements: EIS # FTIR, SXRD, Ring Disc - indicate if any other operando methods were shown in the same plot, which is linked to the data - comment: Some peak currents were cut-off in the CV plots. # Add whatever you think is important to understand the data - -electrochemical system: - version: 1 - instrumentation: - - type: - supplier: - - type: - model: - supplier: - - type: - model: - supplier: - electrolyte: - type: aq # aqueous = aq, non-aqueous=naq - components: # create as many components as necessary. A simple electrolyte consists of two components, i.e., H2SO4 and water - - name: KClO4 # can be trivia name, sum formula, etc - concentration: - value: 0.05 - unit: mol / l - type: salt # - source: - supplier: - LOT: - - name: water - type: solvent - proportion: - value: - unit: - source: - refinement: - quality: - total organic carbon: - value: - unit: - - name: - type: - proportion: - value: - unit: - - name: NaBr - type: salt - source: - supplier: - LOT: - concentration: - value: 50 - unit: mmol / l - ph: - value: - uncertainty: - temperature: # provide the temperature as it is given in the article. Assume room temperature if nothing is provided - value: 293 - unit: K # [K, C, F] - electrodes: - configuration: 3 # number of electrodes - reference electrode: - type: SCE # the reference electrode given in the experimental section. Might differ from that in the plot, MSE-sat, MSE-3M, MSE-1M, RHE, AgCl2 - source: - supplier: - counter electrode: - material: Pt - crystallographic orientation: - shape: wire - working electrode: - material: Au - crystallographic orientation: '100' # hkl, 100, 110, poly - - source: - supplier: - LOT: - shape: # optional - type: # bead/sphere - height: - value: 4 - unit: mm - diameter: - value: 4 - unit: mm - geometric electrolyte contact area: - value: - unit: - preparation procedure: Au crystal annealed with Bunsen burner, cooled in air, quenched with Milli-Q water. # Short description of sample preparation. This can be very useful. :) diff --git a/literature/pajkossy_1996_impedance_209/pajkossy_1996_impedance_209_p6_8A_dashed.yaml b/literature/pajkossy_1996_impedance_209/pajkossy_1996_impedance_209_p6_8A_dashed.yaml deleted file mode 100644 index 25d0ad70b..000000000 --- a/literature/pajkossy_1996_impedance_209/pajkossy_1996_impedance_209_p6_8A_dashed.yaml +++ /dev/null @@ -1,103 +0,0 @@ -# This file describes a figure from a publication containing electrochemical data. -# For the `echemdb/website` project, the source, curator and electrochemical system is mandatory. -# Figure description is optional. It is created automatically by the cv module of svgdigitizer - -source: - version: 1 - url: https://doi.org/10.1016/0022-0728(96)04700-6 #only the number without preceeding doix or https - bib: pajkossy_1996_impedance_209 # AuthorName_YYYY_FirstWordTitle_pageNr. No prepositions. Fingers crossed that there is no duplicate. - figure: 8A # depending on the subfigure labels use 1, 1b, or 1_3 - curve: dashed # use a unique short description to identify the curve in the figure, i.e.. label, color, etc - -curator: - version: 1 - name: Markus Schilling - orcid: https://orcid.org/0000-0003-2684-3711 - digitized: 2021-10-21 # YYYY-MM-DD - -figure description: #This section will be updated by module `CV` - version: 1 - linked measurements: EIS # FTIR, SXRD, Ring Disc - indicate if any other operando methods were shown in the same plot, which is linked to the data - comment: Some peak currents were cut-off in the CV plots. # Add whatever you think is important to understand the data - -electrochemical system: - version: 1 - instrumentation: - - type: - supplier: - - type: - model: - supplier: - - type: - model: - supplier: - electrolyte: - type: aq # aqueous = aq, non-aqueous=naq - components: # create as many components as necessary. A simple electrolyte consists of two components, i.e., H2SO4 and water - - name: KClO4 # can be trivia name, sum formula, etc - concentration: - value: 0.1 - unit: mol / l - type: salt # - source: - supplier: - LOT: - - name: water - type: solvent - proportion: - value: - unit: - source: - refinement: - quality: - total organic carbon: - value: - unit: - - name: - type: - proportion: - value: - unit: - - name: - type: - source: - supplier: - LOT: - concentration: - value: - unit: #[M, mM, µM, g kg-1, ...] - ph: - value: - uncertainty: - temperature: # provide the temperature as it is given in the article. Assume room temperature if nothing is provided - value: 293 - unit: K # [K, C, F] - electrodes: - configuration: 3 # number of electrodes - reference electrode: - type: SCE # the reference electrode given in the experimental section. Might differ from that in the plot, MSE-sat, MSE-3M, MSE-1M, RHE, AgCl2 - source: - supplier: - counter electrode: - material: Pt - crystallographic orientation: - shape: wire - working electrode: - material: Au - crystallographic orientation: '100' # hkl, 100, 110, poly - - source: - supplier: - LOT: - shape: # optional - type: # bead/sphere - height: - value: 4 - unit: mm - diameter: - value: 4 - unit: mm - geometric electrolyte contact area: - value: - unit: - preparation procedure: Au crystal annealed with Bunsen burner, cooled in air, quenched with Milli-Q water. # Short description of sample preparation. This can be very useful. :) diff --git a/literature/pajkossy_1996_impedance_209/pajkossy_1996_impedance_209_p6_8A_a.svg b/literature/pajkossy_1996_impedance_209/pajkossy_1996_impedance_209_p6_f8A_a.svg similarity index 85% rename from literature/pajkossy_1996_impedance_209/pajkossy_1996_impedance_209_p6_8A_a.svg rename to literature/pajkossy_1996_impedance_209/pajkossy_1996_impedance_209_p6_f8A_a.svg index 175eb6225..dad0952ec 100644 --- a/literature/pajkossy_1996_impedance_209/pajkossy_1996_impedance_209_p6_8A_a.svg +++ b/literature/pajkossy_1996_impedance_209/pajkossy_1996_impedance_209_p6_f8A_a.svg @@ -1,16 +1,30 @@ + sodipodi:docname="pajkossy_1996_impedance_209_p6_f8A_a.svg" + inkscape:version="0.92.2 (5c3e80d, 2017-08-06)"> + + + + image/svg+xml + + + + + x="0" + width="4931px" + sodipodi:insensitive="true" + height="6612px" /> @@ -55,7 +70,7 @@ sodipodi:role="line" id="tspan49706" x="187.65356" - y="336.6586">y2: 7.5 uA/cm2 + y="336.6586">y2: 7.5 uA / cm2 y1: -2.5 uA/cm2 + y="1845.4364">y1: -2.5 uA / cm2 scan rate: 10 mV/s + y="525.37915">scan rate: 10 mV / s + comment: Some peak currents were cut-off in the CV plots. diff --git a/literature/pajkossy_1996_impedance_209/pajkossy_1996_impedance_209_p6_f8A_a.yaml b/literature/pajkossy_1996_impedance_209/pajkossy_1996_impedance_209_p6_f8A_a.yaml new file mode 100644 index 000000000..a5fb2ef59 --- /dev/null +++ b/literature/pajkossy_1996_impedance_209/pajkossy_1996_impedance_209_p6_f8A_a.yaml @@ -0,0 +1,60 @@ +# This file is part of echemdb (https://github.com/echemdb/website) +# Details on the meta data structure can be found on https://github.com/echemdb/metadata-schema +electrochemical system: + electrodes: + configuration: 3 + counter electrode: + material: Pt + shape: wire + reference electrode: + type: SCE + working electrode: + crystallographic orientation: '100' + material: Au + preparation procedure: Au crystal annealed with Bunsen burner, cooled in air, + quenched with Milli-Q water. + shape: + diameter: + unit: mm + value: 4 + height: + unit: mm + value: 4 + electrolyte: + components: + - concentration: + unit: mol / l + value: 0.1 + name: HClO4 + type: acid + - name: water + type: solvent + - concentration: + unit: mmol / l + value: 0.15 + name: NaBr + type: salt + temperature: + unit: K + value: 293 + type: aq + version: 1 +source: + citation key: pajkossy_1996_impedance_209 + curve: a + url: https://doi.org/10.1016/0022-0728(96)04700-6 + figure: 8A + techniques: EIS + version: 1 +version: 1 +curation: + version: 1 + process: + - role: curator + name: Markus Schilling + orcid: https://orcid.org/0000-0003-2684-3711 + date: 2021-10-21 + - role: reviewer + name: Albert Engstfeld + orcid: https://orcid.org/0000-0002-9686-3948 + date: 2022-01-21 diff --git a/literature/pajkossy_1996_impedance_209/pajkossy_1996_impedance_209_p6_8A_dashed.svg b/literature/pajkossy_1996_impedance_209/pajkossy_1996_impedance_209_p6_f8A_b.svg similarity index 86% rename from literature/pajkossy_1996_impedance_209/pajkossy_1996_impedance_209_p6_8A_dashed.svg rename to literature/pajkossy_1996_impedance_209/pajkossy_1996_impedance_209_p6_f8A_b.svg index 60ce46af5..c737d7cd9 100644 --- a/literature/pajkossy_1996_impedance_209/pajkossy_1996_impedance_209_p6_8A_dashed.svg +++ b/literature/pajkossy_1996_impedance_209/pajkossy_1996_impedance_209_p6_f8A_b.svg @@ -1,16 +1,30 @@ + sodipodi:docname="pajkossy_1996_impedance_209_p6_f8A_b.svg" + inkscape:version="0.92.2 (5c3e80d, 2017-08-06)"> + + + + image/svg+xml + + + + + x="0" + width="4931px" + sodipodi:insensitive="true" + height="6612px" /> @@ -55,7 +70,7 @@ sodipodi:role="line" id="tspan49706" x="187.65356" - y="336.6586">y2: 7.5 uA/cm2 + y="336.6586">y2: 7.5 uA / cm2 y1: -2.5 uA/cm2 + y="1845.4364">y1: -2.5 uA / cm2 scan rate: 10 mV/s + y="525.37915">scan rate: 10 mV / s + comment: Some peak currents were cut-off in the CV plots. diff --git a/literature/pajkossy_1996_impedance_209/pajkossy_1996_impedance_209_p6_f8A_b.yaml b/literature/pajkossy_1996_impedance_209/pajkossy_1996_impedance_209_p6_f8A_b.yaml new file mode 100644 index 000000000..ac3907eb3 --- /dev/null +++ b/literature/pajkossy_1996_impedance_209/pajkossy_1996_impedance_209_p6_f8A_b.yaml @@ -0,0 +1,60 @@ +# This file is part of echemdb (https://github.com/echemdb/website) +# Details on the meta data structure can be found on https://github.com/echemdb/metadata-schema +electrochemical system: + electrodes: + configuration: 3 + counter electrode: + material: Pt + shape: wire + reference electrode: + type: SCE + working electrode: + crystallographic orientation: '100' + material: Au + preparation procedure: Au crystal annealed with Bunsen burner, cooled in air, + quenched with Milli-Q water. + shape: + diameter: + unit: mm + value: 4 + height: + unit: mm + value: 4 + electrolyte: + components: + - concentration: + unit: mol / l + value: 0.05 + name: KClO4 + type: salt + - name: water + type: solvent + - concentration: + unit: mmol / l + value: 50 + name: NaBr + type: salt + temperature: + unit: K + value: 293 + type: aq + version: 1 +source: + citation key: pajkossy_1996_impedance_209 + curve: b + url: https://doi.org/10.1016/0022-0728(96)04700-6 + figure: 8A + techniques: EIS + version: 1 +version: 1 +curation: + version: 1 + process: + - role: curator + name: Markus Schilling + orcid: https://orcid.org/0000-0003-2684-3711 + date: 2021-10-21 + - role: reviewer + name: Albert Engstfeld + orcid: https://orcid.org/0000-0002-9686-3948 + date: 2022-01-21 diff --git a/literature/pajkossy_1996_impedance_209/pajkossy_1996_impedance_209_p6_8A_b.svg b/literature/pajkossy_1996_impedance_209/pajkossy_1996_impedance_209_p6_f8A_dashed.svg similarity index 86% rename from literature/pajkossy_1996_impedance_209/pajkossy_1996_impedance_209_p6_8A_b.svg rename to literature/pajkossy_1996_impedance_209/pajkossy_1996_impedance_209_p6_f8A_dashed.svg index 9013319a3..08d12331d 100644 --- a/literature/pajkossy_1996_impedance_209/pajkossy_1996_impedance_209_p6_8A_b.svg +++ b/literature/pajkossy_1996_impedance_209/pajkossy_1996_impedance_209_p6_f8A_dashed.svg @@ -1,16 +1,30 @@ + sodipodi:docname="pajkossy_1996_impedance_209_p6_f8A_dashed.svg" + inkscape:version="0.92.2 (5c3e80d, 2017-08-06)"> + + + + image/svg+xml + + + + + x="0" + width="4931px" + sodipodi:insensitive="true" + height="6612px" /> @@ -55,7 +70,7 @@ sodipodi:role="line" id="tspan49706" x="187.65356" - y="336.6586">y2: 7.5 uA/cm2 + y="336.6586">y2: 7.5 uA / cm2 y1: -2.5 uA/cm2 + y="1845.4364">y1: -2.5 uA / cm2 scan rate: 10 mV/s + y="525.37915">scan rate: 10 mV / s + comment: Some peak currents were cut-off in the CV plots. diff --git a/literature/pajkossy_1996_impedance_209/pajkossy_1996_impedance_209_p6_f8A_dashed.yaml b/literature/pajkossy_1996_impedance_209/pajkossy_1996_impedance_209_p6_f8A_dashed.yaml new file mode 100644 index 000000000..c98f88755 --- /dev/null +++ b/literature/pajkossy_1996_impedance_209/pajkossy_1996_impedance_209_p6_f8A_dashed.yaml @@ -0,0 +1,55 @@ +# This file is part of echemdb (https://github.com/echemdb/website) +# Details on the meta data structure can be found on https://github.com/echemdb/metadata-schema +electrochemical system: + electrodes: + configuration: 3 + counter electrode: + material: Pt + shape: wire + reference electrode: + type: SCE + working electrode: + crystallographic orientation: '100' + material: Au + preparation procedure: Au crystal annealed with Bunsen burner, cooled in air, + quenched with Milli-Q water. + shape: + diameter: + unit: mm + value: 4 + height: + unit: mm + value: 4 + electrolyte: + components: + - concentration: + unit: mol / l + value: 0.1 + name: KClO4 + type: salt + - name: water + type: solvent + temperature: + unit: K + value: 293 + type: aq + version: 1 +source: + citation key: pajkossy_1996_impedance_209 + curve: dashed + url: https://doi.org/10.1016/0022-0728(96)04700-6 + figure: 8A + techniques: EIS + version: 1 +version: 1 +curation: + version: 1 + process: + - role: curator + name: Markus Schilling + orcid: https://orcid.org/0000-0003-2684-3711 + date: 2021-10-21 + - role: reviewer + name: Albert Engstfeld + orcid: https://orcid.org/0000-0002-9686-3948 + date: 2022-01-21 diff --git a/literature/pajkossy_2001_double_3063/pajkossy_2001_double_3063_p2_2_inset.yaml b/literature/pajkossy_2001_double_3063/pajkossy_2001_double_3063_p2_2_inset.yaml deleted file mode 100644 index b25d45f0a..000000000 --- a/literature/pajkossy_2001_double_3063/pajkossy_2001_double_3063_p2_2_inset.yaml +++ /dev/null @@ -1,103 +0,0 @@ -# This file describes a figure from a publication containing electrochemical data. -# For the `echemdb/website` project, the source, curator and electrochemical system is mandatory. -# Figure description is optional. It is created automatically by the cv module of svgdigitizer - -source: - version: 1 - url: https://doi.org/10.1016/S0013-4686(01)00597-7 # only the number without preceeding doix or https - bib: pajkossy_2001_double_3063 # AuthorName_YYYY_FirstWordTitle_pageNr. No prepositions. Fingers crossed that there is no duplicate. - figure: 2 # depending on the subfigure labels use 1, 1b, or 1_3 - curve: inset # use a unique short description to identify the curve in the figure, i.e.. label, color, etc - -curator: - version: 1 - name: Markus Schilling - orcid: https://orcid.org/0000-0003-2684-3711 - digitized: 2021-11-13 # YYYY-MM-DD - -figure description: #This section will be updated by module `CV` - version: 1 - linked measurements: EIS # FTIR, SXRD, Ring Disc - indicate if any other operando methods were shown in the same plot, which is linked to the data - comment: # Add whatever you think is important to understand the data - -electrochemical system: - version: 1 - instrumentation: - - type: - supplier: - - type: - model: - supplier: - - type: - model: - supplier: - electrolyte: - type: aq # aqueous = aq, non-aqueous=naq - components: # create as many components as necessary. A simple electrolyte consists of two components, i.e., H2SO4 and water - - name: HClO4 # can be trivia name, sum formula, etc - concentration: - value: 0.1 - unit: mol / l - type: # - source: - supplier: - LOT: - - name: water - type: solvent - proportion: - value: - unit: - source: - refinement: - quality: - total organic carbon: - value: - unit: - - name: - type: - proportion: - value: - unit: - - name: - type: - source: - supplier: - LOT: - concentration: - value: - unit: #[M, mM, µM, g kg-1, ...] - ph: - value: 1 - uncertainty: - temperature: # provide the temperature as it is given in the article. Assume room temperature if nothing is provided - value: 298.15 - unit: K # [K, C, F] - electrodes: - configuration: 3 # number of electrodes - reference electrode: - type: RHE # the reference electrode given in the experimental section. Might differ from that in the plot, MSE-sat, MSE-3M, MSE-1M, RHE, AgCl2 - source: - supplier: - counter electrode: - material: Pt - crystallographic orientation: - shape: wire - working electrode: - material: Pt - crystallographic orientation: '111' # as STRING hkl, 100, 110, poly - source: - supplier: - LOT: - shape: # optional - type: # bead/sphere - height: - value: - unit: - diameter: - value: - unit: - geometric electrolyte contact area: - value: - unit: - preparation procedure: The electrode was annealed in a hydrogen or propane gas flame and, after cooling in nitrogen for about 1 min, it was immersed in water and thereafter transferred to the electrochemical cell with a protecting water droplet. # Short description of sample preparation. This can be very useful. :) - diff --git a/literature/pajkossy_2001_double_3063/pajkossy_2001_double_3063_p2_2_inset.svg b/literature/pajkossy_2001_double_3063/pajkossy_2001_double_3063_p2_f2_inset.svg similarity index 97% rename from literature/pajkossy_2001_double_3063/pajkossy_2001_double_3063_p2_2_inset.svg rename to literature/pajkossy_2001_double_3063/pajkossy_2001_double_3063_p2_f2_inset.svg index 0434b5719..75e6bd92e 100644 --- a/literature/pajkossy_2001_double_3063/pajkossy_2001_double_3063_p2_2_inset.svg +++ b/literature/pajkossy_2001_double_3063/pajkossy_2001_double_3063_p2_f2_inset.svg @@ -4,7 +4,7 @@ version="1.1" width="5100px" id="svg53" - sodipodi:docname="Pajkossy_2001_Double_3063_p2_2_inset.svg" + sodipodi:docname="Pajkossy_2001_Double_209_p2_f2_inset.svg" inkscape:version="1.1.1 (eb90963e84, 2021-10-02)" xmlns:inkscape="http://www.inkscape.org/namespaces/inkscape" xmlns:sodipodi="http://sodipodi.sourceforge.net/DTD/sodipodi-0.dtd" @@ -54,7 +54,7 @@ sodipodi:role="line" id="tspan2326" x="7.2826171" - y="664.6521">y2: 10 uA/cm2 + y="664.6521">y2: 10 uA / cm2 @@ -71,7 +71,7 @@ sodipodi:role="line" id="tspan4772" x="-95.376633" - y="999.99487">y1: -15 uA/cm2 + y="999.99487">y1: -15 uA / cm2 @@ -116,7 +116,7 @@ sodipodi:role="line" id="tspan21132" x="2273.0854" - y="1459.351">scan rate: 10 mV/s + y="1459.351">scan rate: 10 mV / s y2: 50 uA/cm2 + y="587.68927">y2: 50 uA / cm2 @@ -71,7 +71,7 @@ sodipodi:role="line" id="tspan26960" x="-252.0746" - y="1409.9348">y1: -100 uA/cm2 + y="1409.9348">y1: -100 uA / cm2 @@ -116,7 +116,7 @@ sodipodi:role="line" id="tspan33956" x="1194.5381" - y="1409.8844">scan rate: 100 mV/s + y="1409.8844">scan rate: 100 mV / s y2: 75 uA/cm2 + y="570.54877">y2: 75 uA / cm2 @@ -71,7 +71,7 @@ sodipodi:role="line" id="tspan43442" x="-12.992411" - y="1386.0273">y1: -75 uA/cm2 + y="1386.0273">y1: -75 uA / cm2 @@ -116,7 +116,7 @@ sodipodi:role="line" id="tspan47974" x="1279.8821" - y="1450.8698">scan rate: 100 mV/s + y="1450.8698">scan rate: 100 mV / s + sodipodi:docname="rehim_1998_electrochemical_1103_p2_f1.svg" + inkscape:version="0.92.2 (5c3e80d, 2017-08-06)"> + + + + image/svg+xml + + + + + x="0" + width="4959px" + sodipodi:insensitive="true" + height="6542px" /> y2: 70 mA/cm2 + y="3365.033">y2: 70 mA / cm2 @@ -71,7 +86,7 @@ sodipodi:role="line" id="tspan4890" x="340.89487" - y="5182.0298">y1: -84 mA/cm2 + y="5182.0298">y1: -84 mA / cm2 @@ -116,7 +131,7 @@ sodipodi:role="line" id="tspan26880" x="2025.609" - y="5153.8105">scan rate: 100 mV/s + y="5153.8105">scan rate: 100 mV / s + comment: Focus on electrochemical oxidation of Ag. diff --git a/literature/rehim_1998_electrochemical_1103/rehim_1998_electrochemical_1103_p2_f1.yaml b/literature/rehim_1998_electrochemical_1103/rehim_1998_electrochemical_1103_p2_f1.yaml new file mode 100644 index 000000000..245c95472 --- /dev/null +++ b/literature/rehim_1998_electrochemical_1103/rehim_1998_electrochemical_1103_p2_f1.yaml @@ -0,0 +1,47 @@ +# This file is part of echemdb (https://github.com/echemdb/website) +# Details on the meta data structure can be found on https://github.com/echemdb/metadata-schema +electrochemical system: + electrodes: + configuration: 3 + counter electrode: + material: Pt + shape: wire + reference electrode: + type: SCE + working electrode: + crystallographic orientation: poly + material: Ag + preparation procedure: Ag elctrode polished mechanically with fine grade emery + papers + electrolyte: + components: + - concentration: + unit: mol / l + value: 1 + name: NaOH + type: base + - name: water + type: solvent + temperature: + unit: K + value: 298.15 + type: aq + version: 1 +source: + citation key: rehim_1998_electrochemical_1103 + curve: oxidation + url: https://doi.org/10.1007/PL00010123 + figure: 1 + version: 1 +version: 1 +curation: + version: 1 + process: + - role: curator + name: Markus Schilling + orcid: https://orcid.org/0000-0003-2684-3711 + date: 2021-10-18 + - role: reviewer + name: Albert Engstfeld + orcid: https://orcid.org/0000-0002-9686-3948 + date: 2022-01-21 diff --git a/literature/shi_1996_chloride_225/shi_1996_chloride_225_p1_1_dotted.yaml b/literature/shi_1996_chloride_225/shi_1996_chloride_225_p1_1_dotted.yaml deleted file mode 100644 index 0cc3f9927..000000000 --- a/literature/shi_1996_chloride_225/shi_1996_chloride_225_p1_1_dotted.yaml +++ /dev/null @@ -1,102 +0,0 @@ -# This file describes a figure from a publication containing electrochemical data. -# For the `echemdb/website` project, the source, curator and electrochemical system is mandatory. -# Figure description is optional. It is created automatically by the cv module of svgdigitizer - -source: - version: 1 - url: https://doi.org/10.1016/0022-0728(92)80223-Q #only the number without preceeding doix or https - bib: shi_1996_chloride_225 # AuthorName_YYYY_FirstWordTitle_pageNr. No prepositions. Fingers crossed that there is no duplicate. - figure: 1 # depending on the subfigure labels use 1, 1b, or 1_3 - curve: dotted # use a unique short description to identify the curve in the figure, i.e.. label, color, etc - -curator: - version: 1 - name: Markus Schilling - orcid: https://orcid.org/0000-0003-2684-3711 - digitized: 2021-10-21 # YYYY-MM-DD - -figure description: #This section will be updated by module `CV` - version: 1 - linked measurements: differential capacity # FTIR, SXRD, Ring Disc - indicate if any other operando methods were shown in the same plot, which is linked to the data - comment: # Add whatever you think is important to understand the data - -electrochemical system: - version: 1 - instrumentation: - - type: - supplier: - - type: - model: - supplier: - - type: - model: - supplier: - electrolyte: - type: aq # aqueous = aq, non-aqueous=naq - components: # create as many components as necessary. A simple electrolyte consists of two components, i.e., H2SO4 and water - - name: KClO4 # can be trivia name, sum formula, etc - concentration: - value: 0.1 - unit: mol / l - type: # - source: - supplier: - LOT: - - name: water - type: solvent - proportion: - value: - unit: - source: - refinement: - quality: - total organic carbon: - value: - unit: - - name: - type: - proportion: - value: - unit: - - name: - type: - source: - supplier: - LOT: - concentration: - value: - unit: #[M, mM, µM, g kg-1, ...] - ph: - value: - uncertainty: - temperature: # provide the temperature as it is given in the article. Assume room temperature if nothing is provided - value: 298.15 - unit: K # [K, C, F] - electrodes: - configuration: 3 # number of electrodes - reference electrode: - type: SCE # the reference electrode given in the experimental section. Might differ from that in the plot, MSE-sat, MSE-3M, MSE-1M, RHE, AgCl2 - source: - supplier: - counter electrode: - material: Au - crystallographic orientation: - shape: coil - working electrode: - material: Au - crystallographic orientation: '111' # hkl, 100, 110, poly - source: - supplier: - LOT: - shape: # optional - type: # bead/sphere - height: - value: - unit: - diameter: - value: - unit: - geometric electrolyte contact area: - value: - unit: - preparation procedure: Au electrode flame annealed. # Short description of sample preparation. This can be very useful. :) diff --git a/literature/shi_1996_chloride_225/shi_1996_chloride_225_p1_1_solid.yaml b/literature/shi_1996_chloride_225/shi_1996_chloride_225_p1_1_solid.yaml deleted file mode 100644 index 366d2f474..000000000 --- a/literature/shi_1996_chloride_225/shi_1996_chloride_225_p1_1_solid.yaml +++ /dev/null @@ -1,102 +0,0 @@ -# This file describes a figure from a publication containing electrochemical data. -# For the `echemdb/website` project, the source, curator and electrochemical system is mandatory. -# Figure description is optional. It is created automatically by the cv module of svgdigitizer - -source: - version: 1 - url: https://doi.org/10.1016/0022-0728(92)80223-Q #only the number without preceeding doix or https - bib: shi_1996_chloride_225 # AuthorName_YYYY_FirstWordTitle_pageNr. No prepositions. Fingers crossed that there is no duplicate. - figure: 1 # depending on the subfigure labels use 1, 1b, or 1_3 - curve: solid # use a unique short description to identify the curve in the figure, i.e.. label, color, etc - -curator: - version: 1 - name: Markus Schilling - orcid: https://orcid.org/0000-0003-2684-3711 - digitized: 2021-10-21 # YYYY-MM-DD - -figure description: #This section will be updated by module `CV` - version: 1 - linked measurements: differential capacity # FTIR, SXRD, Ring Disc - indicate if any other operando methods were shown in the same plot, which is linked to the data - comment: # Add whatever you think is important to understand the data - -electrochemical system: - version: 1 - instrumentation: - - type: - supplier: - - type: - model: - supplier: - - type: - model: - supplier: - electrolyte: - type: aq # aqueous = aq, non-aqueous=naq - components: # create as many components as necessary. A simple electrolyte consists of two components, i.e., H2SO4 and water - - name: KClO4 # can be trivia name, sum formula, etc - concentration: - value: 0.1 - unit: mol / l - type: # - source: - supplier: - LOT: - - name: water - type: solvent - proportion: - value: - unit: - source: - refinement: - quality: - total organic carbon: - value: - unit: - - name: - type: - proportion: - value: - unit: - - name: KCl - type: salt - source: - supplier: - LOT: - concentration: - value: 0.001 - unit: mol / l - ph: - value: - uncertainty: - temperature: # provide the temperature as it is given in the article. Assume room temperature if nothing is provided - value: 298.15 - unit: K # [K, C, F] - electrodes: - configuration: 3 # number of electrodes - reference electrode: - type: SCE # the reference electrode given in the experimental section. Might differ from that in the plot, MSE-sat, MSE-3M, MSE-1M, RHE, AgCl2 - source: - supplier: - counter electrode: - material: Au - crystallographic orientation: - shape: coil - working electrode: - material: Au - crystallographic orientation: '111' # hkl, 100, 110, poly - source: - supplier: - LOT: - shape: # optional - type: # bead/sphere - height: - value: - unit: - diameter: - value: - unit: - geometric electrolyte contact area: - value: - unit: - preparation procedure: Au electrode flame annealed. # Short description of sample preparation. This can be very useful. :) diff --git a/literature/shi_1996_chloride_225/shi_1996_chloride_225_p1_1a_dashed.yaml b/literature/shi_1996_chloride_225/shi_1996_chloride_225_p1_1a_dashed.yaml deleted file mode 100644 index 75ee2da63..000000000 --- a/literature/shi_1996_chloride_225/shi_1996_chloride_225_p1_1a_dashed.yaml +++ /dev/null @@ -1,102 +0,0 @@ -# This file describes a figure from a publication containing electrochemical data. -# For the `echemdb/website` project, the source, curator and electrochemical system is mandatory. -# Figure description is optional. It is created automatically by the cv module of svgdigitizer - -source: - version: 1 - url: https://doi.org/10.1016/0022-0728(92)80223-Q #only the number without preceeding doix or https - bib: shi_1996_chloride_225 # AuthorName_YYYY_FirstWordTitle_pageNr. No prepositions. Fingers crossed that there is no duplicate. - figure: 1a # depending on the subfigure labels use 1, 1b, or 1_3 - curve: dashed # use a unique short description to identify the curve in the figure, i.e.. label, color, etc - -curator: - version: 1 - name: Markus Schilling - orcid: https://orcid.org/0000-0003-2684-3711 - digitized: 2021-11-04 # YYYY-MM-DD - -figure description: #This section will be updated by module `CV` - version: 1 - linked measurements: differential capacity # FTIR, SXRD, Ring Disc - indicate if any other operando methods were shown in the same plot, which is linked to the data - comment: # Add whatever you think is important to understand the data - -electrochemical system: - version: 1 - instrumentation: - - type: - supplier: - - type: - model: - supplier: - - type: - model: - supplier: - electrolyte: - type: aq # aqueous = aq, non-aqueous=naq - components: # create as many components as necessary. A simple electrolyte consists of two components, i.e., H2SO4 and water - - name: KClO4 # can be trivia name, sum formula, etc - concentration: - value: 0.1 - unit: mol / l - type: # - source: - supplier: - LOT: - - name: water - type: solvent - proportion: - value: - unit: - source: - refinement: - quality: - total organic carbon: - value: - unit: - - name: - type: - proportion: - value: - unit: - - name: - type: - source: - supplier: - LOT: - concentration: - value: - unit: #[M, mM, µM, g kg-1, ...] - ph: - value: - uncertainty: - temperature: # provide the temperature as it is given in the article. Assume room temperature if nothing is provided - value: 298.15 - unit: K # [K, C, F] - electrodes: - configuration: 3 # number of electrodes - reference electrode: - type: SCE # the reference electrode given in the experimental section. Might differ from that in the plot, MSE-sat, MSE-3M, MSE-1M, RHE, AgCl2 - source: - supplier: - counter electrode: - material: Au - crystallographic orientation: - shape: coil - working electrode: - material: Au - crystallographic orientation: '111' # hkl, 100, 110, poly - source: - supplier: - LOT: - shape: # optional - type: # bead/sphere - height: - value: - unit: - diameter: - value: - unit: - geometric electrolyte contact area: - value: - unit: - preparation procedure: Au electrode flame annealed. # Short description of sample preparation. This can be very useful. :) diff --git a/literature/shi_1996_chloride_225/shi_1996_chloride_225_p1_1a_solid.yaml b/literature/shi_1996_chloride_225/shi_1996_chloride_225_p1_1a_solid.yaml deleted file mode 100644 index d0a6e57c9..000000000 --- a/literature/shi_1996_chloride_225/shi_1996_chloride_225_p1_1a_solid.yaml +++ /dev/null @@ -1,102 +0,0 @@ -# This file describes a figure from a publication containing electrochemical data. -# For the `echemdb/website` project, the source, curator and electrochemical system is mandatory. -# Figure description is optional. It is created automatically by the cv module of svgdigitizer - -source: - version: 1 - url: https://doi.org/10.1016/0022-0728(92)80223-Q #only the number without preceeding doix or https - bib: shi_1996_chloride_225 # AuthorName_YYYY_FirstWordTitle_pageNr. No prepositions. Fingers crossed that there is no duplicate. - figure: 1a # depending on the subfigure labels use 1, 1b, or 1_3 - curve: solid # use a unique short description to identify the curve in the figure, i.e.. label, color, etc - -curator: - version: 1 - name: Markus Schilling - orcid: https://orcid.org/0000-0003-2684-3711 - digitized: 2021-11-04 # YYYY-MM-DD - -figure description: #This section will be updated by module `CV` - version: 1 - linked measurements: differential capacity # FTIR, SXRD, Ring Disc - indicate if any other operando methods were shown in the same plot, which is linked to the data - comment: # Add whatever you think is important to understand the data - -electrochemical system: - version: 1 - instrumentation: - - type: - supplier: - - type: - model: - supplier: - - type: - model: - supplier: - electrolyte: - type: aq # aqueous = aq, non-aqueous=naq - components: # create as many components as necessary. A simple electrolyte consists of two components, i.e., H2SO4 and water - - name: KClO4 # can be trivia name, sum formula, etc - concentration: - value: 0.1 - unit: mol / l - type: # - source: - supplier: - LOT: - - name: water - type: solvent - proportion: - value: - unit: - source: - refinement: - quality: - total organic carbon: - value: - unit: - - name: - type: - proportion: - value: - unit: - - name: KCl - type: - source: - supplier: - LOT: - concentration: - value: 1 - unit: mmol / l - ph: - value: - uncertainty: - temperature: # provide the temperature as it is given in the article. Assume room temperature if nothing is provided - value: 298.15 - unit: K # [K, C, F] - electrodes: - configuration: 3 # number of electrodes - reference electrode: - type: SCE # the reference electrode given in the experimental section. Might differ from that in the plot, MSE-sat, MSE-3M, MSE-1M, RHE, AgCl2 - source: - supplier: - counter electrode: - material: Au - crystallographic orientation: - shape: coil - working electrode: - material: Au - crystallographic orientation: '111' # hkl, 100, 110, poly - source: - supplier: - LOT: - shape: # optional - type: # bead/sphere - height: - value: - unit: - diameter: - value: - unit: - geometric electrolyte contact area: - value: - unit: - preparation procedure: Au electrode flame annealed. # Short description of sample preparation. This can be very useful. :) diff --git a/literature/shi_1996_chloride_225/shi_1996_chloride_225_p1_1_dotted.svg b/literature/shi_1996_chloride_225/shi_1996_chloride_225_p1_f1_dotted.svg similarity index 85% rename from literature/shi_1996_chloride_225/shi_1996_chloride_225_p1_1_dotted.svg rename to literature/shi_1996_chloride_225/shi_1996_chloride_225_p1_f1_dotted.svg index 040d92694..a80ee65e0 100644 --- a/literature/shi_1996_chloride_225/shi_1996_chloride_225_p1_1_dotted.svg +++ b/literature/shi_1996_chloride_225/shi_1996_chloride_225_p1_f1_dotted.svg @@ -1,16 +1,30 @@ + sodipodi:docname="shi_1996_chloride_225_p1_f1_dotted.svg" + inkscape:version="0.92.2 (5c3e80d, 2017-08-06)"> + + + + image/svg+xml + + + + + x="0" + width="5042px" + sodipodi:insensitive="true" + height="6726px" /> @@ -55,7 +70,7 @@ sodipodi:role="line" id="tspan22144" x="159.24829" - y="2862.6128">y2: 80 uA/cm2 + y="2862.6128">y2: 80 uA / cm2 y1: -80 uA/cm2 + y="5136.3135">y1: -80 uA / cm2 scan rate: 20 mV/s + y="2407.9453">scan rate: 20 mV / s + comment: Contains differential capacitance data. diff --git a/literature/shi_1996_chloride_225/shi_1996_chloride_225_p1_f1_dotted.yaml b/literature/shi_1996_chloride_225/shi_1996_chloride_225_p1_f1_dotted.yaml new file mode 100644 index 000000000..87127eecc --- /dev/null +++ b/literature/shi_1996_chloride_225/shi_1996_chloride_225_p1_f1_dotted.yaml @@ -0,0 +1,46 @@ +# This file is part of echemdb (https://github.com/echemdb/website) +# Details on the meta data structure can be found on https://github.com/echemdb/metadata-schema +electrochemical system: + electrodes: + configuration: 3 + counter electrode: + material: Au + shape: coil + reference electrode: + type: SCE + working electrode: + crystallographic orientation: '111' + material: Au + preparation procedure: The Au electrode was prepared by flame annealing. + electrolyte: + components: + - concentration: + unit: mol / l + value: 0.1 + name: KClO4 + type: salt + - name: water + type: solvent + temperature: + unit: K + value: 298.15 + type: aq + version: 1 +source: + citation key: shi_1996_chloride_225 + curve: dotted + url: https://doi.org/10.1016/0022-0728(92)80223-Q + figure: 1 + version: 1 +version: 1 +curation: + version: 1 + process: + - role: curator + name: Markus Schilling + orcid: https://orcid.org/0000-0003-2684-3711 + date: 2021-10-21 + - role: reviewer + name: Albert Engstfeld + orcid: https://orcid.org/0000-0002-9686-3948 + date: 2022-01-21 diff --git a/literature/shi_1996_chloride_225/shi_1996_chloride_225_p1_1_solid.svg b/literature/shi_1996_chloride_225/shi_1996_chloride_225_p1_f1_solid.svg similarity index 85% rename from literature/shi_1996_chloride_225/shi_1996_chloride_225_p1_1_solid.svg rename to literature/shi_1996_chloride_225/shi_1996_chloride_225_p1_f1_solid.svg index 3946a9d17..21b9c014d 100644 --- a/literature/shi_1996_chloride_225/shi_1996_chloride_225_p1_1_solid.svg +++ b/literature/shi_1996_chloride_225/shi_1996_chloride_225_p1_f1_solid.svg @@ -1,16 +1,30 @@ + sodipodi:docname="shi_1996_chloride_225_p1_f1_solid.svg" + inkscape:version="0.92.2 (5c3e80d, 2017-08-06)"> + + + + image/svg+xml + + + + + x="0" + width="5042px" + sodipodi:insensitive="true" + height="6726px" /> @@ -55,7 +70,7 @@ sodipodi:role="line" id="tspan22144" x="159.24829" - y="2862.6128">y2: 80 uA/cm2 + y="2862.6128">y2: 80 uA / cm2 y1: -80 uA/cm2 + y="5136.3135">y1: -80 uA / cm2 scan rate: 20 mV/s + y="2407.9453">scan rate: 20 mV / s + comment: Contains differential capacitance data. diff --git a/literature/shi_1996_chloride_225/shi_1996_chloride_225_p1_f1_solid.yaml b/literature/shi_1996_chloride_225/shi_1996_chloride_225_p1_f1_solid.yaml new file mode 100644 index 000000000..fda50eb9f --- /dev/null +++ b/literature/shi_1996_chloride_225/shi_1996_chloride_225_p1_f1_solid.yaml @@ -0,0 +1,51 @@ +# This file is part of echemdb (https://github.com/echemdb/website) +# Details on the meta data structure can be found on https://github.com/echemdb/metadata-schema +electrochemical system: + electrodes: + configuration: 3 + counter electrode: + material: Au + shape: coil + reference electrode: + type: SCE + working electrode: + crystallographic orientation: '111' + material: Au + preparation procedure: The Au electrode was prepared by flame annealing. + electrolyte: + components: + - concentration: + unit: mol / l + value: 0.1 + name: KClO4 + type: salt + - name: water + type: solvent + - concentration: + unit: mol / l + value: 0.001 + name: KCl + type: salt + temperature: + unit: K + value: 298.15 + type: aq + version: 1 +source: + citation key: shi_1996_chloride_225 + curve: solid + url: https://doi.org/10.1016/0022-0728(92)80223-Q + figure: 1 + version: 1 +version: 1 +curation: + version: 1 + process: + - role: curator + name: Markus Schilling + orcid: https://orcid.org/0000-0003-2684-3711 + date: 2021-10-21 + - role: reviewer + name: Albert Engstfeld + orcid: https://orcid.org/0000-0002-9686-3948 + date: 2022-01-21 diff --git a/literature/shi_1996_chloride_225/shi_1996_chloride_225_p1_1a_dashed.svg b/literature/shi_1996_chloride_225/shi_1996_chloride_225_p1_f1a_dashed.svg similarity index 55% rename from literature/shi_1996_chloride_225/shi_1996_chloride_225_p1_1a_dashed.svg rename to literature/shi_1996_chloride_225/shi_1996_chloride_225_p1_f1a_dashed.svg index 893695973..a4f541639 100644 --- a/literature/shi_1996_chloride_225/shi_1996_chloride_225_p1_1a_dashed.svg +++ b/literature/shi_1996_chloride_225/shi_1996_chloride_225_p1_f1a_dashed.svg @@ -1,16 +1,30 @@ + sodipodi:docname="shi_1996_chloride_225_p1_f1a_dashed.svg" + inkscape:version="0.92.2 (5c3e80d, 2017-08-06)"> + + + + image/svg+xml + + + + y2: 4 uA/cm2 + y="4535.6963">y2: 4 uA / cm2 y1: -2 uA/cm2 + y="5167.2705">y1: -2 uA / cm2 scan rate: 10 mV/s + y="5120.7231">scan rate: 10 mV / s + + curve: Au(111)_0.1M_KClO4 + + curve: Au(111)_0.1M_KClO4 - + id="tspan835" + x="-129.30598" + y="352.8306">comment: Contains differential capacitance data. diff --git a/literature/shi_1996_chloride_225/shi_1996_chloride_225_p1_f1a_dashed.yaml b/literature/shi_1996_chloride_225/shi_1996_chloride_225_p1_f1a_dashed.yaml new file mode 100644 index 000000000..63474f5e1 --- /dev/null +++ b/literature/shi_1996_chloride_225/shi_1996_chloride_225_p1_f1a_dashed.yaml @@ -0,0 +1,46 @@ +# This file is part of echemdb (https://github.com/echemdb/website) +# Details on the meta data structure can be found on https://github.com/echemdb/metadata-schema +electrochemical system: + electrodes: + configuration: 3 + counter electrode: + material: Au + shape: coil + reference electrode: + type: SCE + working electrode: + crystallographic orientation: '111' + material: Au + preparation procedure: The Au electrode was prepared by flame annealing. + electrolyte: + components: + - concentration: + unit: mol / l + value: 0.1 + name: KClO4 + type: salt + - name: water + type: solvent + temperature: + unit: K + value: 298.15 + type: aq + version: 1 +source: + citation key: shi_1996_chloride_225 + curve: dashed + url: https://doi.org/10.1016/0022-0728(92)80223-Q + figure: 1a + version: 1 +version: 1 +curation: + version: 1 + process: + - role: curator + name: Markus Schilling + orcid: https://orcid.org/0000-0003-2684-3711 + date: 2021-11-04 + - role: reviewer + name: Albert Engstfeld + orcid: https://orcid.org/0000-0002-9686-3948 + date: 2022-01-21 diff --git a/literature/shi_1996_chloride_225/shi_1996_chloride_225_p1_1a_solid.svg b/literature/shi_1996_chloride_225/shi_1996_chloride_225_p1_f1a_solid.svg similarity index 54% rename from literature/shi_1996_chloride_225/shi_1996_chloride_225_p1_1a_solid.svg rename to literature/shi_1996_chloride_225/shi_1996_chloride_225_p1_f1a_solid.svg index c8a9016bc..d90ffa421 100644 --- a/literature/shi_1996_chloride_225/shi_1996_chloride_225_p1_1a_solid.svg +++ b/literature/shi_1996_chloride_225/shi_1996_chloride_225_p1_f1a_solid.svg @@ -1,16 +1,30 @@ + sodipodi:docname="shi_1996_chloride_225_p1_f1a_solid.svg" + inkscape:version="0.92.2 (5c3e80d, 2017-08-06)"> + + + + image/svg+xml + + + + y2: 4 uA/cm2 + y="4535.6963">y2: 4 uA / cm2 y1: -2 uA/cm2 + y="5167.2705">y1: -2 uA / cm2 scan rate: 10 mV/s + y="5120.7231">scan rate: 10 mV / s + + curve: Au(111)_0.1M_KClO4_1mM_KCl + + curve: Au(111)_0.1M_KClO4_1mM_KCl - + id="tspan835" + x="-58.942799" + y="562.64532">comment: Contains differential capacitance data. diff --git a/literature/shi_1996_chloride_225/shi_1996_chloride_225_p1_f1a_solid.yaml b/literature/shi_1996_chloride_225/shi_1996_chloride_225_p1_f1a_solid.yaml new file mode 100644 index 000000000..8e4fb1a04 --- /dev/null +++ b/literature/shi_1996_chloride_225/shi_1996_chloride_225_p1_f1a_solid.yaml @@ -0,0 +1,51 @@ +# This file is part of echemdb (https://github.com/echemdb/website) +# Details on the meta data structure can be found on https://github.com/echemdb/metadata-schema +electrochemical system: + electrodes: + configuration: 3 + counter electrode: + material: Au + shape: coil + reference electrode: + type: SCE + working electrode: + crystallographic orientation: '111' + material: Au + preparation procedure: The Au electrode was prepared by flame annealing. + electrolyte: + components: + - concentration: + unit: mol / l + value: 0.1 + name: KClO4 + type: salt + - name: water + type: solvent + - concentration: + unit: mmol / l + value: 1 + name: KCl + type: salt + temperature: + unit: K + value: 298.15 + type: aq + version: 1 +source: + citation key: shi_1996_chloride_225 + curve: solid + url: https://doi.org/10.1016/0022-0728(92)80223-Q + figure: 1a + version: 1 +version: 1 +curation: + version: 1 + process: + - role: curator + name: Markus Schilling + orcid: https://orcid.org/0000-0003-2684-3711 + date: 2021-11-04 + - role: reviewer + name: Albert Engstfeld + orcid: https://orcid.org/0000-0002-9686-3948 + date: 2022-01-21 diff --git a/literature/wandlowski_1996_structural_10277/wandlowski_1996_structural_10277_p1_1a_dashed.yaml b/literature/wandlowski_1996_structural_10277/wandlowski_1996_structural_10277_p1_1a_dashed.yaml deleted file mode 100644 index 04964e833..000000000 --- a/literature/wandlowski_1996_structural_10277/wandlowski_1996_structural_10277_p1_1a_dashed.yaml +++ /dev/null @@ -1,102 +0,0 @@ -# This file describes a figure from a publication containing electrochemical data. -# For the `echemdb/website` project, the source, curator and electrochemical system is mandatory. -# Figure description is optional. It is created automatically by the cv module of svgdigitizer - -source: - version: 1 - url: https://doi.org/10.1021/jp9600064 # only the number without preceeding doix or https - bib: wandlowski_1996_structural_10277 # AuthorName_YYYY_FirstWordTitle_pageNr. No prepositions. Fingers crossed that there is no duplicate. - figure: 1a # depending on the subfigure labels use 1, 1b, or 1_3 - curve: dashed # use a unique short description to identify the curve in the figure, i.e.. label, color, etc - -curator: - version: 1 - name: Markus Schilling - orcid: https://orcid.org/0000-0003-2684-3711 - digitized: 2021-11-04 # YYYY-MM-DD - -figure description: #This section will be updated by module `CV` - version: 1 - linked measurements: SXRD # FTIR, SXRD, Ring Disc - indicate if any other operando methods were shown in the same plot, which is linked to the data - comment: Focus on phase transitions of Br on Au(100) # Add whatever you think is important to understand the data - -electrochemical system: - version: 1 - instrumentation: - - type: - supplier: - - type: - model: - supplier: - - type: - model: - supplier: - electrolyte: - type: aq # aqueous = aq, non-aqueous=naq - components: # create as many components as necessary. A simple electrolyte consists of two components, i.e., H2SO4 and water - - name: NaClO4 # can be trivia name, sum formula, etc - concentration: - value: 0.05 - unit: mol #[M, mM, µM, g kg-1, ...] - type: acid # - source: - supplier: - LOT: - - name: water - type: solvent - proportion: - value: - unit: - source: - refinement: - quality: - total organic carbon: - value: - unit: - - name: - type: - proportion: - value: - unit: - - name: - type: - source: - supplier: - LOT: - concentration: - value: - unit: #[M, mM, µM, g kg-1, ...] - ph: - value: - uncertainty: - temperature: # provide the temperature as it is given in the article. Assume room temperature if nothing is provided - value: 293 - unit: K # [K, C, F] - electrodes: - configuration: 3 # number of electrodes - reference electrode: - type: SCE # the reference electrode given in the experimental section. Might differ from that in the plot, MSE-sat, MSE-3M, MSE-1M, RHE, AgCl2 - source: - supplier: - counter electrode: - material: - crystallographic orientation: - shape: - working electrode: - material: Au - crystallographic orientation: '100' # as STRING hkl, 100, 110, poly - source: - supplier: - LOT: - shape: # optional - type: # bead/sphere - height: - value: - unit: - diameter: - value: - unit: - geometric electrolyte contact area: - value: - unit: - preparation procedure: Electrodes were annealed and quenched in water. Measurements with hanging meniscus technique # Short description of sample preparation. This can be very useful. :) diff --git a/literature/wandlowski_1996_structural_10277/wandlowski_1996_structural_10277_p1_1a_solid.yaml b/literature/wandlowski_1996_structural_10277/wandlowski_1996_structural_10277_p1_1a_solid.yaml deleted file mode 100644 index 699a648a6..000000000 --- a/literature/wandlowski_1996_structural_10277/wandlowski_1996_structural_10277_p1_1a_solid.yaml +++ /dev/null @@ -1,102 +0,0 @@ -# This file describes a figure from a publication containing electrochemical data. -# For the `echemdb/website` project, the source, curator and electrochemical system is mandatory. -# Figure description is optional. It is created automatically by the cv module of svgdigitizer - -source: - version: 1 - url: https://doi.org/10.1021/jp9600064 # only the number without preceeding doix or https - bib: wandlowski_1996_structural_10277 # AuthorName_YYYY_FirstWordTitle_pageNr. No prepositions. Fingers crossed that there is no duplicate. - figure: 1a # depending on the subfigure labels use 1, 1b, or 1_3 - curve: solid # use a unique short description to identify the curve in the figure, i.e.. label, color, etc - -curator: - version: 1 - name: Markus Schilling - orcid: https://orcid.org/0000-0003-2684-3711 - digitized: 2021-11-04 # YYYY-MM-DD - -figure description: #This section will be updated by module `CV` - version: 1 - linked measurements: SXRD # FTIR, SXRD, Ring Disc - indicate if any other operando methods were shown in the same plot, which is linked to the data - comment: Focus on phase transitions of Br on Au(100) # Add whatever you think is important to understand the data - -electrochemical system: - version: 1 - instrumentation: - - type: - supplier: - - type: - model: - supplier: - - type: - model: - supplier: - electrolyte: - type: aq # aqueous = aq, non-aqueous=naq - components: # create as many components as necessary. A simple electrolyte consists of two components, i.e., H2SO4 and water - - name: NaBr # can be trivia name, sum formula, etc - concentration: - value: 0.05 - unit: mol #[M, mM, µM, g kg-1, ...] - type: salt # - source: - supplier: - LOT: - - name: water - type: solvent - proportion: - value: - unit: - source: - refinement: - quality: - total organic carbon: - value: - unit: - - name: - type: - proportion: - value: - unit: - - name: - type: - source: - supplier: - LOT: - concentration: - value: - unit: #[M, mM, µM, g kg-1, ...] - ph: - value: - uncertainty: - temperature: # provide the temperature as it is given in the article. Assume room temperature if nothing is provided - value: 293 - unit: K # [K, C, F] - electrodes: - configuration: 3 # number of electrodes - reference electrode: - type: SCE # the reference electrode given in the experimental section. Might differ from that in the plot, MSE-sat, MSE-3M, MSE-1M, RHE, AgCl2 - source: - supplier: - counter electrode: - material: - crystallographic orientation: - shape: - working electrode: - material: Au - crystallographic orientation: '100' # as STRING hkl, 100, 110, poly - source: - supplier: - LOT: - shape: # optional - type: # bead/sphere - height: - value: - unit: - diameter: - value: - unit: - geometric electrolyte contact area: - value: - unit: - preparation procedure: Electrodes were annealed and quenched in water. Measurements with hanging meniscus technique # Short description of sample preparation. This can be very useful. :) diff --git a/literature/wandlowski_1996_structural_10277/wandlowski_1996_structural_10277_p1_1a_dashed.svg b/literature/wandlowski_1996_structural_10277/wandlowski_1996_structural_10277_p1_f1a_dashed.svg similarity index 81% rename from literature/wandlowski_1996_structural_10277/wandlowski_1996_structural_10277_p1_1a_dashed.svg rename to literature/wandlowski_1996_structural_10277/wandlowski_1996_structural_10277_p1_f1a_dashed.svg index 5c67d2a94..0d3e72156 100644 --- a/literature/wandlowski_1996_structural_10277/wandlowski_1996_structural_10277_p1_1a_dashed.svg +++ b/literature/wandlowski_1996_structural_10277/wandlowski_1996_structural_10277_p1_f1a_dashed.svg @@ -1,16 +1,30 @@ + sodipodi:docname="wandlowski_1996_structural_10277_p1_f1a_dashed.svg" + inkscape:version="0.92.2 (5c3e80d, 2017-08-06)"> + + + + image/svg+xml + + + + + x="0" + width="5100px" + sodipodi:insensitive="true" + height="6601px" /> @@ -120,7 +135,7 @@ sodipodi:role="line" id="tspan1572" x="4435.3682" - y="638.09778">scan rate: 10 mV/s + y="638.09778">scan rate: 10 mV / s + comment: Focus on phase transitions of Br on Au(100). diff --git a/literature/wandlowski_1996_structural_10277/wandlowski_1996_structural_10277_p1_f1a_dashed.yaml b/literature/wandlowski_1996_structural_10277/wandlowski_1996_structural_10277_p1_f1a_dashed.yaml new file mode 100644 index 000000000..9e128957d --- /dev/null +++ b/literature/wandlowski_1996_structural_10277/wandlowski_1996_structural_10277_p1_f1a_dashed.yaml @@ -0,0 +1,45 @@ +# This file is part of echemdb (https://github.com/echemdb/website) +# Details on the meta data structure can be found on https://github.com/echemdb/metadata-schema +electrochemical system: + electrodes: + configuration: 3 + reference electrode: + type: SCE + working electrode: + crystallographic orientation: '100' + material: Au + preparation procedure: Electrodes were annealed and quenched in water. Measurements + with hanging meniscus technique. + electrolyte: + components: + - concentration: + unit: mol + value: 0.05 + name: NaClO4 + type: acid + - name: water + type: solvent + temperature: + unit: K + value: 293 + type: aq + version: 1 +source: + citation key: wandlowski_1996_structural_10277 + curve: dashed + url: https://doi.org/10.1021/jp9600064 + figure: 1a + techniques: SXRD + version: 1 +version: 1 +curation: + version: 1 + process: + - role: curator + name: Markus Schilling + orcid: https://orcid.org/0000-0003-2684-3711 + date: 2021-11-04 + - role: reviewer + name: Albert Engstfeld + orcid: https://orcid.org/0000-0002-9686-3948 + date: 2022-01-21 diff --git a/literature/wandlowski_1996_structural_10277/wandlowski_1996_structural_10277_p1_1a_solid.svg b/literature/wandlowski_1996_structural_10277/wandlowski_1996_structural_10277_p1_f1a_solid.svg similarity index 87% rename from literature/wandlowski_1996_structural_10277/wandlowski_1996_structural_10277_p1_1a_solid.svg rename to literature/wandlowski_1996_structural_10277/wandlowski_1996_structural_10277_p1_f1a_solid.svg index 02d87fab4..1b92acee1 100644 --- a/literature/wandlowski_1996_structural_10277/wandlowski_1996_structural_10277_p1_1a_solid.svg +++ b/literature/wandlowski_1996_structural_10277/wandlowski_1996_structural_10277_p1_f1a_solid.svg @@ -1,16 +1,30 @@ + sodipodi:docname="wandlowski_1996_structural_10277_p1_f1a_solid.svg" + inkscape:version="0.92.2 (5c3e80d, 2017-08-06)"> + + + + image/svg+xml + + + + + x="0" + width="5100px" + sodipodi:insensitive="true" + height="6601px" /> @@ -138,5 +153,15 @@ sodipodi:role="line" id="tspan1572" x="4435.3682" - y="638.09778">scan rate: 10 mV/s + y="638.09778">scan rate: 10 mV / s + comment: Focus on phase transitions of Br on Au(100). diff --git a/literature/wandlowski_1996_structural_10277/wandlowski_1996_structural_10277_p1_f1a_solid.yaml b/literature/wandlowski_1996_structural_10277/wandlowski_1996_structural_10277_p1_f1a_solid.yaml new file mode 100644 index 000000000..46649810c --- /dev/null +++ b/literature/wandlowski_1996_structural_10277/wandlowski_1996_structural_10277_p1_f1a_solid.yaml @@ -0,0 +1,45 @@ +# This file is part of echemdb (https://github.com/echemdb/website) +# Details on the meta data structure can be found on https://github.com/echemdb/metadata-schema +electrochemical system: + electrodes: + configuration: 3 + reference electrode: + type: SCE + working electrode: + crystallographic orientation: '100' + material: Au + preparation procedure: Electrodes were annealed and quenched in water. Measurements + with hanging meniscus technique. + electrolyte: + components: + - concentration: + unit: mol + value: 0.05 + name: NaBr + type: salt + - name: water + type: solvent + temperature: + unit: K + value: 293 + type: aq + version: 1 +source: + citation key: wandlowski_1996_structural_10277 + curve: solid + url: https://doi.org/10.1021/jp9600064 + figure: 1a + techniques: SXRD + version: 1 +version: 1 +curation: + version: 1 + process: + - role: curator + name: Markus Schilling + orcid: https://orcid.org/0000-0003-2684-3711 + date: 2021-11-04 + - role: reviewer + name: Albert Engstfeld + orcid: https://orcid.org/0000-0002-9686-3948 + date: 2022-01-21 diff --git a/literature/wang_1996_ordered_6672/wang_1996_ordered_6672_p1_1.yaml b/literature/wang_1996_ordered_6672/wang_1996_ordered_6672_p1_1.yaml deleted file mode 100644 index aad9e29f0..000000000 --- a/literature/wang_1996_ordered_6672/wang_1996_ordered_6672_p1_1.yaml +++ /dev/null @@ -1,102 +0,0 @@ -# This file describes a figure from a publication containing electrochemical data. -# For the `echemdb/website` project, the source, curator and electrochemical system is mandatory. -# Figure description is optional. It is created automatically by the cv module of svgdigitizer - -source: - version: 1 - url: https://doi.org/10.1021/jp952938y # only the number without preceeding doix or https - bib: wang_1996_ordered_6672 # AuthorName_YYYY_FirstWordTitle_pageNr. No prepositions. Fingers crossed that there is no duplicate. - figure: 1 # depending on the subfigure labels use 1, 1b, or 1_3 - curve: solid # use a unique short description to identify the curve in the figure, i.e.. label, color, etc - -curator: - version: 1 - name: Markus Schilling - orcid: https://orcid.org/0000-0003-2684-3711 - digitized: 2021-11-04 # YYYY-MM-DD - -figure description: #This section will be updated by module `CV` - version: 1 - linked measurements: XRD # FTIR, SXRD, Ring Disc - indicate if any other operando methods were shown in the same plot, which is linked to the data - comment: Focus on variation of counterion Cs+, K+, Na+, Li+ # Add whatever you think is important to understand the data - -electrochemical system: - version: 1 - instrumentation: - - type: - supplier: - - type: - model: - supplier: - - type: - model: - supplier: - electrolyte: - type: aq # aqueous = aq, non-aqueous=naq - components: # create as many components as necessary. A simple electrolyte consists of two components, i.e., H2SO4 and water - - name: KI # can be trivia name, sum formula, etc - concentration: - value: 0.01 - unit: mol / l #[M, mM, µM, g kg-1, ...] - type: salt # - source: - supplier: - LOT: - - name: water - type: solvent - proportion: - value: - unit: - source: - refinement: - quality: - total organic carbon: - value: - unit: - - name: - type: - proportion: - value: - unit: - - name: - type: - source: - supplier: - LOT: - concentration: - value: - unit: #[M, mM, µM, g kg-1, ...] - ph: - value: - uncertainty: - temperature: # provide the temperature as it is given in the article. Assume room temperature if nothing is provided - value: 298.15 - unit: K # [K, C, F] - electrodes: - configuration: 3 # number of electrodes - reference electrode: - type: Ag/AgCl_3M # the reference electrode given in the experimental section. Might differ from that in the plot, MSE-sat, MSE-3M, MSE-1M, RHE, AgCl2 - source: - supplier: - counter electrode: - material: - crystallographic orientation: - shape: - working electrode: - material: Au - crystallographic orientation: '110' # as STRING hkl, 100, 110, poly - source: - supplier: - LOT: - shape: # optional - type: # bead/sphere - height: - value: - unit: - diameter: - value: - unit: - geometric electrolyte contact area: - value: - unit: - preparation procedure: # Short description of sample preparation. This can be very useful. :) diff --git a/literature/wang_1996_ordered_6672/wang_1996_ordered_6672_p1_2a.yaml b/literature/wang_1996_ordered_6672/wang_1996_ordered_6672_p1_2a.yaml deleted file mode 100644 index 1091969ed..000000000 --- a/literature/wang_1996_ordered_6672/wang_1996_ordered_6672_p1_2a.yaml +++ /dev/null @@ -1,102 +0,0 @@ -# This file describes a figure from a publication containing electrochemical data. -# For the `echemdb/website` project, the source, curator and electrochemical system is mandatory. -# Figure description is optional. It is created automatically by the cv module of svgdigitizer - -source: - version: 1 - url: https://doi.org/10.1021/jp952938y # only the number without preceeding doix or https - bib: wang_1996_ordered_6672 # AuthorName_YYYY_FirstWordTitle_pageNr. No prepositions. Fingers crossed that there is no duplicate. - figure: 2a # depending on the subfigure labels use 1, 1b, or 1_3 - curve: # use a unique short description to identify the curve in the figure, i.e.. label, color, etc - -curator: - version: 1 - name: Markus Schilling - orcid: https://orcid.org/0000-0003-2684-3711 - digitized: 2021-11-04 # YYYY-MM-DD - -figure description: #This section will be updated by module `CV` - version: 1 - linked measurements: XRD # FTIR, SXRD, Ring Disc - indicate if any other operando methods were shown in the same plot, which is linked to the data - comment: Focus on variation of counterion Cs+, K+, Na+, Li+ # Add whatever you think is important to understand the data - -electrochemical system: - version: 1 - instrumentation: - - type: - supplier: - - type: - model: - supplier: - - type: - model: - supplier: - electrolyte: - type: aq # aqueous = aq, non-aqueous=naq - components: # create as many components as necessary. A simple electrolyte consists of two components, i.e., H2SO4 and water - - name: KI # can be trivia name, sum formula, etc - concentration: - value: 0.01 - unit: mol #[M, mM, µM, g kg-1, ...] - type: salt # - source: - supplier: - LOT: - - name: water - type: solvent - proportion: - value: - unit: - source: - refinement: - quality: - total organic carbon: - value: - unit: - - name: - type: - proportion: - value: - unit: - - name: - type: - source: - supplier: - LOT: - concentration: - value: - unit: #[M, mM, µM, g kg-1, ...] - ph: - value: - uncertainty: - temperature: # provide the temperature as it is given in the article. Assume room temperature if nothing is provided - value: 298.15 - unit: K # [K, C, F] - electrodes: - configuration: 3 # number of electrodes - reference electrode: - type: Ag/AgCl_3M # the reference electrode given in the experimental section. Might differ from that in the plot, MSE-sat, MSE-3M, MSE-1M, RHE, AgCl2 - source: - supplier: - counter electrode: - material: - crystallographic orientation: - shape: - working electrode: - material: Au - crystallographic orientation: '110' # as STRING hkl, 100, 110, poly - source: - supplier: - LOT: - shape: # optional - type: # bead/sphere - height: - value: - unit: - diameter: - value: - unit: - geometric electrolyte contact area: - value: - unit: - preparation procedure: # Short description of sample preparation. This can be very useful. :) diff --git a/literature/wang_1996_ordered_6672/wang_1996_ordered_6672_p1_2b.yaml b/literature/wang_1996_ordered_6672/wang_1996_ordered_6672_p1_2b.yaml deleted file mode 100644 index 537e1d4d7..000000000 --- a/literature/wang_1996_ordered_6672/wang_1996_ordered_6672_p1_2b.yaml +++ /dev/null @@ -1,102 +0,0 @@ -# This file describes a figure from a publication containing electrochemical data. -# For the `echemdb/website` project, the source, curator and electrochemical system is mandatory. -# Figure description is optional. It is created automatically by the cv module of svgdigitizer - -source: - version: 1 - url: https://doi.org/10.1021/jp952938y # only the number without preceeding doix or https - bib: wang_1996_ordered_6672 # AuthorName_YYYY_FirstWordTitle_pageNr. No prepositions. Fingers crossed that there is no duplicate. - figure: 2b # depending on the subfigure labels use 1, 1b, or 1_3 - curve: # use a unique short description to identify the curve in the figure, i.e.. label, color, etc - -curator: - version: 1 - name: Markus Schilling - orcid: https://orcid.org/0000-0003-2684-3711 - digitized: 2021-11-04 # YYYY-MM-DD - -figure description: #This section will be updated by module `CV` - version: 1 - linked measurements: XRD # FTIR, SXRD, Ring Disc - indicate if any other operando methods were shown in the same plot, which is linked to the data - comment: Focus on variation of counterion Cs+, K+, Na+, Li+ # Add whatever you think is important to understand the data - -electrochemical system: - version: 1 - instrumentation: - - type: - supplier: - - type: - model: - supplier: - - type: - model: - supplier: - electrolyte: - type: aq # aqueous = aq, non-aqueous=naq - components: # create as many components as necessary. A simple electrolyte consists of two components, i.e., H2SO4 and water - - name: CsI # can be trivia name, sum formula, etc - concentration: - value: 0.01 - unit: mol #[M, mM, µM, g kg-1, ...] - type: salt # - source: - supplier: - LOT: - - name: water - type: solvent - proportion: - value: - unit: - source: - refinement: - quality: - total organic carbon: - value: - unit: - - name: - type: - proportion: - value: - unit: - - name: - type: - source: - supplier: - LOT: - concentration: - value: - unit: #[M, mM, µM, g kg-1, ...] - ph: - value: - uncertainty: - temperature: # provide the temperature as it is given in the article. Assume room temperature if nothing is provided - value: 298.15 - unit: K # [K, C, F] - electrodes: - configuration: 3 # number of electrodes - reference electrode: - type: Ag/AgCl_3M # the reference electrode given in the experimental section. Might differ from that in the plot, MSE-sat, MSE-3M, MSE-1M, RHE, AgCl2 - source: - supplier: - counter electrode: - material: - crystallographic orientation: - shape: - working electrode: - material: Au - crystallographic orientation: '110' # as STRING hkl, 100, 110, poly - source: - supplier: - LOT: - shape: # optional - type: # bead/sphere - height: - value: - unit: - diameter: - value: - unit: - geometric electrolyte contact area: - value: - unit: - preparation procedure: # Short description of sample preparation. This can be very useful. :) diff --git a/literature/wang_1996_ordered_6672/wang_1996_ordered_6672_p1_1.svg b/literature/wang_1996_ordered_6672/wang_1996_ordered_6672_p1_f1.svg similarity index 88% rename from literature/wang_1996_ordered_6672/wang_1996_ordered_6672_p1_1.svg rename to literature/wang_1996_ordered_6672/wang_1996_ordered_6672_p1_f1.svg index 72d49ce01..adb7d4a23 100644 --- a/literature/wang_1996_ordered_6672/wang_1996_ordered_6672_p1_1.svg +++ b/literature/wang_1996_ordered_6672/wang_1996_ordered_6672_p1_f1.svg @@ -1,16 +1,30 @@ + sodipodi:docname="wang_1996_ordered_6672_p1_f1.svg" + inkscape:version="0.92.2 (5c3e80d, 2017-08-06)"> + + + + image/svg+xml + + + + + x="0" + width="5100px" + sodipodi:insensitive="true" + height="6601px" /> scan rate: 5 mV/s + y="733.62622">scan rate: 5 mV / s @@ -139,4 +154,14 @@ id="path20059" sodipodi:nodetypes="cssssssssssssssssssssssssssssssssssscsssssssssssssssscssssssssssssssscssssssssssssssssssssssscssssssssssssssssscsssssssssssssssssssssssscssssssssssssc" /> + Focus on variation of counterion Cs+, K+, Na+, Li+. diff --git a/literature/wang_1996_ordered_6672/wang_1996_ordered_6672_p1_f1.yaml b/literature/wang_1996_ordered_6672/wang_1996_ordered_6672_p1_f1.yaml new file mode 100644 index 000000000..411ecc303 --- /dev/null +++ b/literature/wang_1996_ordered_6672/wang_1996_ordered_6672_p1_f1.yaml @@ -0,0 +1,43 @@ +# This file is part of echemdb (https://github.com/echemdb/website) +# Details on the meta data structure can be found on https://github.com/echemdb/metadata-schema +electrochemical system: + electrodes: + configuration: 3 + reference electrode: + type: Ag/AgCl_3M + working electrode: + crystallographic orientation: '110' + material: Au + electrolyte: + components: + - concentration: + unit: mol / l + value: 0.01 + name: KI + type: salt + - name: water + type: solvent + temperature: + unit: K + value: 298.15 + type: aq + version: 1 +source: + citation key: wang_1996_ordered_6672 + curve: solid + url: https://doi.org/10.1021/jp952938y + figure: 1 + techniques: SXRD + version: 1 +version: 1 +curation: + version: 1 + process: + - role: curator + name: Markus Schilling + orcid: https://orcid.org/0000-0003-2684-3711 + date: 2021-11-04 + - role: reviewer + name: Albert Engstfeld + orcid: https://orcid.org/0000-0002-9686-3948 + date: 2022-01-21 diff --git a/literature/wang_1996_ordered_6672/wang_1996_ordered_6672_p1_2a.svg b/literature/wang_1996_ordered_6672/wang_1996_ordered_6672_p1_f2a.svg similarity index 86% rename from literature/wang_1996_ordered_6672/wang_1996_ordered_6672_p1_2a.svg rename to literature/wang_1996_ordered_6672/wang_1996_ordered_6672_p1_f2a.svg index b51d95b48..a6b3cc017 100644 --- a/literature/wang_1996_ordered_6672/wang_1996_ordered_6672_p1_2a.svg +++ b/literature/wang_1996_ordered_6672/wang_1996_ordered_6672_p1_f2a.svg @@ -1,16 +1,30 @@ + sodipodi:docname="wang_1996_ordered_6672_p1_f2a.svg" + inkscape:version="0.92.2 (5c3e80d, 2017-08-06)"> + + + + image/svg+xml + + + + + x="0" + width="5100px" + sodipodi:insensitive="true" + height="6601px" /> scan rate: 20 mV/s + y="828.37524">scan rate: 20 mV / s @@ -132,11 +147,21 @@ sodipodi:role="line" id="tspan10843" x="3159.9238" - y="314.81326">curve: Au(110)_0.01M_KI + y="314.81326">curve: solid + Focus on variation of counterion Cs+, K+, Na+, Li+. diff --git a/literature/wang_1996_ordered_6672/wang_1996_ordered_6672_p1_f2a.yaml b/literature/wang_1996_ordered_6672/wang_1996_ordered_6672_p1_f2a.yaml new file mode 100644 index 000000000..4a825965c --- /dev/null +++ b/literature/wang_1996_ordered_6672/wang_1996_ordered_6672_p1_f2a.yaml @@ -0,0 +1,43 @@ +# This file is part of echemdb (https://github.com/echemdb/website) +# Details on the meta data structure can be found on https://github.com/echemdb/metadata-schema +electrochemical system: + electrodes: + configuration: 3 + reference electrode: + type: Ag/AgCl_3M + working electrode: + crystallographic orientation: '110' + material: Au + electrolyte: + components: + - concentration: + unit: mol + value: 0.01 + name: KI + type: salt + - name: water + type: solvent + temperature: + unit: K + value: 298.15 + type: aq + version: 1 +source: + citation key: wang_1996_ordered_6672 + curve: solid + url: https://doi.org/10.1021/jp952938y + figure: 2a + techniques: SXRD + version: 1 +version: 1 +curation: + version: 1 + process: + - role: curator + name: Markus Schilling + orcid: https://orcid.org/0000-0003-2684-3711 + date: 2021-11-04 + - role: reviewer + name: Albert Engstfeld + orcid: https://orcid.org/0000-0002-9686-3948 + date: 2022-01-21 diff --git a/literature/wang_1996_ordered_6672/wang_1996_ordered_6672_p1_2b.svg b/literature/wang_1996_ordered_6672/wang_1996_ordered_6672_p1_f2b.svg similarity index 87% rename from literature/wang_1996_ordered_6672/wang_1996_ordered_6672_p1_2b.svg rename to literature/wang_1996_ordered_6672/wang_1996_ordered_6672_p1_f2b.svg index ab927c61c..ef777e6b5 100644 --- a/literature/wang_1996_ordered_6672/wang_1996_ordered_6672_p1_2b.svg +++ b/literature/wang_1996_ordered_6672/wang_1996_ordered_6672_p1_f2b.svg @@ -1,16 +1,30 @@ + sodipodi:docname="wang_1996_ordered_6672_p1_f2b.svg" + inkscape:version="0.92.2 (5c3e80d, 2017-08-06)"> + + + + image/svg+xml + + + + + x="0" + width="5100px" + sodipodi:insensitive="true" + height="6601px" /> scan rate: 20 mV/s + y="1716.2104">scan rate: 20 mV / s @@ -132,11 +147,21 @@ sodipodi:role="line" id="tspan10843" x="4339.605" - y="1482.5005">curve: Au(110)_0.01M_CsI + y="1482.5005">curve: solid + Focus on variation of counterion Cs+, K+, Na+, Li+. diff --git a/literature/wang_1996_ordered_6672/wang_1996_ordered_6672_p1_f2b.yaml b/literature/wang_1996_ordered_6672/wang_1996_ordered_6672_p1_f2b.yaml new file mode 100644 index 000000000..7921fcf67 --- /dev/null +++ b/literature/wang_1996_ordered_6672/wang_1996_ordered_6672_p1_f2b.yaml @@ -0,0 +1,43 @@ +# This file is part of echemdb (https://github.com/echemdb/website) +# Details on the meta data structure can be found on https://github.com/echemdb/metadata-schema +electrochemical system: + electrodes: + configuration: 3 + reference electrode: + type: Ag/AgCl_3M + working electrode: + crystallographic orientation: '110' + material: Au + electrolyte: + components: + - concentration: + unit: mol + value: 0.01 + name: CsI + type: salt + - name: water + type: solvent + temperature: + unit: K + value: 298.15 + type: aq + version: 1 +source: + citation key: wang_1996_ordered_6672 + curve: solid + url: https://doi.org/10.1021/jp952938y + figure: 2b + techniques: SXRD + version: 1 +version: 1 +curation: + version: 1 + process: + - role: curator + name: Markus Schilling + orcid: https://orcid.org/0000-0003-2684-3711 + date: 2021-11-04 + - role: reviewer + name: Albert Engstfeld + orcid: https://orcid.org/0000-0002-9686-3948 + date: 2022-01-21 diff --git a/literature/wang_1997_lateral_1/wang_1997_lateral_1.bib b/literature/wang_1997_lateral_1/wang_1997_lateral_1.bib index 205db2f26..17c37a8dc 100644 --- a/literature/wang_1997_lateral_1/wang_1997_lateral_1.bib +++ b/literature/wang_1997_lateral_1/wang_1997_lateral_1.bib @@ -2,5 +2,6 @@ @techreport{wang_1997_lateral_1 title={Lateral interaction energy derived from Frumkin isotherm for c(2x2) Br/Ag(100)}, author={Wang, JX and Ocko, BM and Wandlowski, T}, year={1997}, - institution={Brookhaven National Lab., Upton, NY (United States)} + institution={Brookhaven National Lab., Upton, NY (United States)}, + publisher = {No publisher} } diff --git a/literature/wang_1997_lateral_1/wang_1997_lateral_1_p1_1a.yaml b/literature/wang_1997_lateral_1/wang_1997_lateral_1_p1_1a.yaml deleted file mode 100644 index eafd84938..000000000 --- a/literature/wang_1997_lateral_1/wang_1997_lateral_1_p1_1a.yaml +++ /dev/null @@ -1,105 +0,0 @@ -# This file describes a figure from a publication containing electrochemical data. -# For the `echemdb/website` project, the source, curator and electrochemical system is mandatory. -# Figure description is optional. It is created automatically by the cv module of svgdigitizer - -source: - version: 1 - url: https://www.osti.gov/biblio/537264 #only the number without preceeding doix or https: - - bib: wang_1997_lateral_1 # AuthorName_YYYY_FirstWordTitle_pageNr. No prepositions. Fingers crossed that there is no duplicate. - figure: 1a # depending on the subfigure labels use 1, 1b, or 1_3 - curve: top # use a unique short description to identify the curve in the figure, i.e.. label, color, etc - -curator: - version: 1 - name: Markus Schilling - orcid: https://orcid.org/0000-0003-2684-3711 - digitized: 2021-10-18 # YYYY-MM-DD - -figure description: #This section will be updated by module `CV` - version: 1 - linked measurements: X-ray scattering # FTIR, SXRD, Ring Disc - indicate if any other operando methods were shown in the same plot, which is linked to the data - comment: missing information about electrochemical setup. # Add whatever you think is important to understand the data - -electrochemical system: - version: 1 - instrumentation: - - type: - supplier: - - type: - model: - supplier: - - type: - model: - supplier: - electrolyte: - type: aq # aqueous = aq, non-aqueous=naq - components: # create as many components as necessary. A simple electrolyte consists of two components, i.e., H2SO4 and water - - name: KBr # can be trivia name, sum formula, etc - concentration: - value: 10 - unit: mmol / l #[M, mM, µM, g kg-1, ...] - - type: # - source: - supplier: - LOT: - - name: water - type: solvent - proportion: - value: - unit: - source: - refinement: - quality: - total organic carbon: - value: - unit: - - name: - type: - proportion: - value: - unit: - - name: KClO4 - type: salt - source: - supplier: - LOT: - concentration: - value: 40 - unit: mmol / l #[M, mM, µM, g kg-1, ...] - - ph: - value: - uncertainty: - temperature: # provide the temperature as it is given in the article. Assume room temperature if nothing is provided - value: 298.15 - unit: K # [K, C, F] - electrodes: - configuration: # number of electrodes - reference electrode: - type: SCE # the reference electrode given in the experimental section. Might differ from that in the plot, MSE-sat, MSE-3M, MSE-1M, RHE, AgCl2 - source: - supplier: - counter electrode: - material: - crystallographic orientation: - shape: - working electrode: - material: Ag - crystallographic orientation: '100' # hkl, 100, 110, poly - source: - supplier: - LOT: - shape: # optional - type: # bead/sphere - height: - value: - unit: - diameter: - value: - unit: - geometric electrolyte contact area: - value: - unit: - preparation procedure: # Short description of sample preparation. This can be very useful. :) diff --git a/literature/wang_1997_lateral_1/wang_1997_lateral_1_p1_1a.svg b/literature/wang_1997_lateral_1/wang_1997_lateral_1_p1_f1a.svg similarity index 83% rename from literature/wang_1997_lateral_1/wang_1997_lateral_1_p1_1a.svg rename to literature/wang_1997_lateral_1/wang_1997_lateral_1_p1_f1a.svg index 9172a9164..8d2f02ad6 100644 --- a/literature/wang_1997_lateral_1/wang_1997_lateral_1_p1_1a.svg +++ b/literature/wang_1997_lateral_1/wang_1997_lateral_1_p1_f1a.svg @@ -1,16 +1,30 @@ + sodipodi:docname="wang_1997_lateral_1_p1_f1a.svg" + inkscape:version="0.92.2 (5c3e80d, 2017-08-06)"> + + + + image/svg+xml + + + + + x="0" + width="5100px" + sodipodi:insensitive="true" + height="6602px" /> scan rate: 10 mV/s + y="1791.7866">scan rate: 10 mV / s + comment: Missing information about electrochemical setup. diff --git a/literature/wang_1997_lateral_1/wang_1997_lateral_1_p1_f1a.yaml b/literature/wang_1997_lateral_1/wang_1997_lateral_1_p1_f1a.yaml new file mode 100644 index 000000000..f7dc47ff7 --- /dev/null +++ b/literature/wang_1997_lateral_1/wang_1997_lateral_1_p1_f1a.yaml @@ -0,0 +1,47 @@ +# This file is part of echemdb (https://github.com/echemdb/website) +# Details on the meta data structure can be found on https://github.com/echemdb/metadata-schema +electrochemical system: + electrodes: + reference electrode: + type: SCE + working electrode: + crystallographic orientation: '100' + material: Ag + electrolyte: + components: + - concentration: + unit: mmol / l + value: 10 + name: KBr + type: salt + - name: water + type: solvent + - concentration: + unit: mmol / l + value: 40 + name: KClO4 + type: salt + temperature: + unit: K + value: 298.15 + type: aq + version: 1 +source: + citation key: wang_1997_lateral_1 + curve: top + figure: 1a + url: https://www.osti.gov/biblio/537264 + techniques: SXRD + version: 1 +version: 1 +curation: + version: 1 + process: + - role: curator + name: Markus Schilling + orcid: https://orcid.org/0000-0003-2684-3711 + date: 2021-10-18 + - role: reviewer + name: Albert Engstfeld + orcid: https://orcid.org/0000-0002-9686-3948 + date: 2022-01-21 diff --git a/literature/zei_1991_the_295/zei_1991_the_295_p3_3a.yaml b/literature/zei_1991_the_295/zei_1991_the_295_p3_3a.yaml deleted file mode 100644 index 30f70f1b8..000000000 --- a/literature/zei_1991_the_295/zei_1991_the_295_p3_3a.yaml +++ /dev/null @@ -1,102 +0,0 @@ -# This file describes a figure from a publication containing electrochemical data. -# For the `echemdb/website` project, the source, curator and electrochemical system is mandatory. -# Figure description is optional. It is created automatically by the cv module of svgdigitizer - -source: - version: 1 - url: https://doi.org/10.1016/0022-0728(91)85074-Y #only the number without preceeding doix or https - bib: zei_1991_the_295 # AuthorName_YYYY_FirstWordTitle_pageNr. No prepositions. Fingers crossed that there is no duplicate. - figure: 3a # depending on the subfigure labels use 1, 1b, or 1_3 - curve: NaCl # use a unique short description to identify the curve in the figure, i.e.. label, color, etc - -curator: - version: 1 - name: Markus Schilling - orcid: https://orcid.org/0000-0003-2684-3711 - digitized: 2021-10-15 - -figure description: #This section will be updated by module `CV` - version: 1 - linked measurements: LEED, RHEED, Auger_spectroscopy # FTIR, SXRD, Ring Disc - indicate if any other operando methods were shown in the same plot, which is linked to the data - comment: # Add whatever you think is important to understand the data - -electrochemical system: - version: 1 - instrumentation: - - type: - supplier: - - type: - model: - supplier: - - type: - model: - supplier: - electrolyte: - type: aq # aqueous = aq, non-aqueous=naq - components: # create as many components as necessary. A simple electrolyte consists of two components, i.e., H2SO4 and water - - name: NaCl # can be trivia name, sum formula, etc - concentration: - value: 0.01 - unit: mol / l - type: salt # - source: - supplier: - LOT: - - name: water - type: solvent - proportion: - value: 100 - unit: volume percent - source: - refinement: - quality: - total organic carbon: - value: - unit: - - name: - type: - proportion: - value: - unit: - - name: - type: - source: - supplier: - LOT: - concentration: - value: - unit: #[M, mM, µM, g kg-1, ...] - ph: - value: - uncertainty: - temperature: # provide the temperature as it is given in the article. Assume room temperature if nothing is provided - value: 298.15 - unit: K # [K, C, F] - electrodes: - configuration: 3 # number of electrodes - reference electrode: - type: Ag/AgCl # the reference electrode given in the experimental section. Might differ from that in the plot, MSE-sat, MSE-3M, MSE-1M, RHE, AgCl2 - source: - supplier: - counter electrode: - material: - crystallographic orientation: - shape: - working electrode: - material: Ag - crystallographic orientation: '111' # hkl, 100, 110, poly - source: - supplier: - LOT: - shape: # optional - type: # bead/sphere - height: - value: - unit: - diameter: - value: - unit: - geometric electrolyte contact area: - value: - unit: - preparation procedure: # Short description of sample preparation. This can be very useful. :) diff --git a/literature/zei_1991_the_295/zei_1991_the_295_p3_3b.yaml b/literature/zei_1991_the_295/zei_1991_the_295_p3_3b.yaml deleted file mode 100644 index 39cdbfb5a..000000000 --- a/literature/zei_1991_the_295/zei_1991_the_295_p3_3b.yaml +++ /dev/null @@ -1,103 +0,0 @@ -# This file describes a figure from a publication containing electrochemical data. -# For the `echemdb/website` project, the source, curator and electrochemical system is mandatory. -# Figure description is optional. It is created automatically by the cv module of svgdigitizer - -source: - version: 1 - url: https://doi.org/10.1016/0022-0728(91)85074-Y #only the number without preceeding doix or https - bib: zei_1991_the_295 # AuthorName_YYYY_FirstWordTitle_pageNr. No prepositions. Fingers crossed that there is no duplicate. - figure: 3b # depending on the subfigure labels use 1, 1b, or 1_3 - curve: NaBr # use a unique short description to identify the curve in the figure, i.e.. label, color, etc - -curator: - version: 1 - name: Markus Schilling - orcid: https://orcid.org/0000-0003-2684-3711 - digitized: 2021-10-15 - -figure description: #This section will be updated by module `CV` - version: 1 - linked measurements: LEED, RHEED, AES # FTIR, SXRD, Ring Disc - indicate if any other operando methods were shown in the same plot, which is linked to the data - - comment: # Add whatever you think is important to understand the data - -electrochemical system: - version: 1 - instrumentation: - - type: - supplier: - - type: - model: - supplier: - - type: - model: - supplier: - electrolyte: - type: aq # aqueous = aq, non-aqueous=naq - components: # create as many components as necessary. A simple electrolyte consists of two components, i.e., H2SO4 and water - - name: NaBr # can be trivia name, sum formula, etc - concentration: - value: 0.01 - unit: mol / l - type: salt # - source: - supplier: - LOT: - - name: water - type: solvent - proportion: - value: 100 - unit: volume percent - source: - refinement: - quality: - total organic carbon: - value: - unit: - - name: - type: - proportion: - value: - unit: - - name: - type: - source: - supplier: - LOT: - concentration: - value: - unit: #[M, mM, µM, g kg-1, ...] - ph: - value: - uncertainty: - temperature: # provide the temperature as it is given in the article. Assume room temperature if nothing is provided - value: 298.15 - unit: K # [K, C, F] - electrodes: - configuration: 3 # number of electrodes - reference electrode: - type: Ag/AgCl # the reference electrode given in the experimental section. Might differ from that in the plot, MSE-sat, MSE-3M, MSE-1M, RHE, AgCl2 - source: - supplier: - counter electrode: - material: - crystallographic orientation: - shape: - working electrode: - material: Ag - crystallographic orientation: '111' # hkl, 100, 110, poly - source: - supplier: - LOT: - shape: # optional - type: # bead/sphere - height: - value: - unit: - diameter: - value: - unit: - geometric electrolyte contact area: - value: - unit: - preparation procedure: # Short description of sample preparation. This can be very useful. :) diff --git a/literature/zei_1991_the_295/zei_1991_the_295_p3_3a.svg b/literature/zei_1991_the_295/zei_1991_the_295_p3_f3a.svg similarity index 98% rename from literature/zei_1991_the_295/zei_1991_the_295_p3_3a.svg rename to literature/zei_1991_the_295/zei_1991_the_295_p3_f3a.svg index eb415ccd8..0ff1ac8c3 100644 --- a/literature/zei_1991_the_295/zei_1991_the_295_p3_3a.svg +++ b/literature/zei_1991_the_295/zei_1991_the_295_p3_f3a.svg @@ -4,7 +4,7 @@ version="1.1" width="3901px" id="svg53" - sodipodi:docname="Zei_1991_The_295_p3_3a.svg" + sodipodi:docname="Zei_1991_The_295_p3_f3a.svg" inkscape:version="1.1 (ce6663b3b7, 2021-05-25)" xmlns:inkscape="http://www.inkscape.org/namespaces/inkscape" xmlns:sodipodi="http://sodipodi.sourceforge.net/DTD/sodipodi-0.dtd" @@ -49,7 +49,7 @@ sodipodi:role="line" id="tspan41283-1" x="971.1897" - y="3539.437">scan rate: 100 mV/s + y="3539.437">scan rate: 100 mV / s scan rate: 100 mV/s + y="4454.6045">scan rate: 100 mV / s -Details about the curators of this entry: + +Details about the curation process of this entry:
Click to expand (yaml). ```yaml -{{ entry.curator.yaml }} +{{ entry.curation.yaml }} ```