Data underlying the PhD thesis: Liquid flow characteristics and mass transport in porous carbon electrodes for hydrogen-bromine flow batteries

This dataset contains data collected during experiments aimed at understanding the liquid flow dynamics and mass transport characteristics of porous cabon electrodes under compression. All data was exported directly from the software asociated with the measuring equipment. The dataset contains 6 types of data, pressure drop of water flowing through porous carbon electrodes with controlled thickness, pressure drop of water flowing through porous carbon electrodes under controlled compression, velocity fields of water flowing through porous carbon electrodes, through-plane electrical resistance, electrochemical measurements of electrical double layer capacitance of porous carbon electrodes, and discharge characteristics of H2-Br2 redox flow batteries with porous carbon electrodes at various H2 pressures. The data in this data set was collected at the University of Twente, as part of David Ochoa's Thesis project (DOI: 10.3990/1.9789036564946) in the laboratories of the PhotoCatalytic Synthesis Group &amp;amp;amp; Soft matter, Fluidics and Interfaces Group.<br>

本数据集包含为探明受压条件下多孔碳电极（porous carbon electrodes）的液体流动动力学与传质特性而实施的实验所采集的全部数据。所有数据均直接从测量设备配套软件导出。
本数据集涵盖6类数据：分别为厚度受控的多孔碳电极的过水压降、受压工况下多孔碳电极的过水压降、流经多孔碳电极的水流速度场、垂直平面电阻（through-plane electrical resistance）、多孔碳电极的双电层电容电化学测试数据，以及不同氢气压力下搭载多孔碳电极的氢溴氧化还原液流电池的放电特性。
本数据集的数据由特温特大学（University of Twente）光催化合成课题组与软物质、流体与界面课题组的实验室中，作为David Ochoa学位论文项目（DOI: 10.3990/1.9789036564946）的一部分采集获得。