Data accompanying the publication: 3D Nickel Electrodes for Hybrid Battery and Electrolysis Devices
doi:10.4121/a87a59f5-e43a-4527-b047-dd6fb766b31b.v1
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doi: 10.4121/a87a59f5-e43a-4527-b047-dd6fb766b31b
doi: 10.4121/a87a59f5-e43a-4527-b047-dd6fb766b31b
Datacite citation style:
Möller-Gulland, Robin; Mulder, F.M. (Fokko) (2024): Data accompanying the publication: 3D Nickel Electrodes for Hybrid Battery and Electrolysis Devices. Version 1. 4TU.ResearchData. dataset. https://doi.org/10.4121/a87a59f5-e43a-4527-b047-dd6fb766b31b.v1
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Dataset
categories
licence
EUPL-1.2
Data accompanying the paper "3D Nickel Electrodes for Hybrid Battery and Electrolysis Devices"
Objective of the paper is to demonstrate that 3D structured electrodes enable high current density (dis)charging of Ni-Fe battery-electrolyser electrodes. The data comprise:
- underlying data sets of the journal paper figures
- underlying data sets of SI figures
- code of model used in the paper (Python)
Highlights of the paper:
- 3D electrodes enable high current density (dis)charging of Ni-Fe battery-electrolyser electrodes
- Charge rates reached are as high as alkaline electrolyzer current densities
- Electrochemical modeling describes battery-electrolyzer charge utilization
- 3D structuring can be realized using scalable techniques
history
- 2024-11-08 first online, published, posted
publisher
4TU.ResearchData
format
.7z zipped file, .xls, .csv, .bin, .txt, .ipynb
associated peer-reviewed publication
3D Nickel Electrodes for Hybrid Battery and Electrolysis Devices
funding
- (grant code 15169 ) NWO TTW
- (grant code 15169 ) The Netherlands Organization for Scientific Research (NWO)
organizations
TU Delft, Faculty of Applied Sciences, Department of Chemical Engineering (ChemE), Section of Materials for Energy Conversion and Storage (MECS)
DATA
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- 128,143,951 bytesMD5:
27a7dd2eb3cb080fb38613d5007b4f87
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