Raw data of the article 'Conversion of a CO-CO2 co-feed with a porous tubular copper catalyst at low potential’

The research behind this dataset revolves around the electrochemical conversion of CO₂ at ambient conditions, using a novel copper based tubular electrode. Main reaction of interest is the formation of CO from CO₂. <br><br>This particular dataset involves the study of the effect of co-feeding CO and CO₂ on the CO₂ conversion rate of the tubular porous electrodes. Chronoamperometry experiments are performed at -1.1 V vs Ag/AgCl while purging the gaseous reactant through the porous catalyst wall. A Zirfon anion exchange membrane is used to separate the catholyte and anolyte (both 0.3 M KHCO₃). A platinum on titanium mesh is used as counter electrode. <br><br>The dataset supplements to the next publication: ‘Conversion of a CO-CO₂ co-feed with a porous tubular copper catalyst at low potential’<br>

本数据集依托的研究围绕常温常压条件下的二氧化碳（CO₂）电化学转化展开，采用了一款新型铜基管状电极。本研究关注的核心反应为二氧化碳还原生成一氧化碳（CO）。

本数据集聚焦于探究一氧化碳（CO）与二氧化碳（CO₂）共进料对管状多孔电极二氧化碳转化率的影响。实验采用计时电流法（Chronoamperometry），设置相对于银/氯化银（Ag/AgCl）参比电极的-1.1 V工作电位，将气态反应物经多孔催化剂壁面吹扫通入反应体系。实验中使用Zirfon阴离子交换膜分隔阴极电解液与阳极电解液，二者均为0.3 M碳酸氢钾（KHCO₃）溶液；以钛网负载铂作为对电极。

本数据集为下述学术论文提供补充数据：《低电位下多孔管状铜催化剂用于CO-CO₂共进料转化》。