Data accompanying the publication: 3D Nickel Electrodes for Hybrid Battery and Electrolysis Devices

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 figuresunderlying data sets of SI figurescode of model used in the paper (Python)Highlights of the paper:3D electrodes enable high current density (dis)charging of Ni-Fe battery-electrolyser electrodesCharge rates reached are as high as alkaline electrolyzer current densitiesElectrochemical modeling describes battery-electrolyzer charge utilization3D structuring can be realized using scalable techniques<br>

本数据集配套于论文《用于混合电池与电解装置的3D镍电极》（3D Nickel Electrodes for Hybrid Battery and Electrolysis Devices）。本论文的研究目标为证明：三维结构化电极可实现镍铁（Ni-Fe）电池-电解器电极的高电流密度充放电。本数据集包含以下内容：期刊论文配图的原始数据集、补充材料（Supplemental Information，简称SI）配图的原始数据集，以及论文中使用的模型代码（Python语言编写）。
论文核心亮点如下：
1. 三维结构化电极可实现镍铁电池-电解器电极的高电流密度充放电；
2. 所达到的充电速率可媲美碱性电解器的电流密度水平；
3. 电化学建模可阐释电池-电解器的充电利用率；
4. 三维结构化工艺可通过规模化技术手段实现。