Developing selective and cost-effective CO_(2)reduction electrocatalysts is critical for electrochemical production of carbon-containing fuels.In this communication,we report on the in situ fabrication of a bromide-de...Developing selective and cost-effective CO_(2)reduction electrocatalysts is critical for electrochemical production of carbon-containing fuels.In this communication,we report on the in situ fabrication of a bromide-derived porous Ag nanowire film(BD-Ag)with adsorbed Br^(−)anions via anodic oxidation of commerical Ag foil and subsequent electrochemical reduction.展开更多
基金supported by the National Natural Science Foundation of China(No.21675078,21475056,21775065 and 21575137).We also thank Hui Wang from the Analytical&Testing Center of Sichuan University for her help with SEM characterization.
文摘Developing selective and cost-effective CO_(2)reduction electrocatalysts is critical for electrochemical production of carbon-containing fuels.In this communication,we report on the in situ fabrication of a bromide-derived porous Ag nanowire film(BD-Ag)with adsorbed Br^(−)anions via anodic oxidation of commerical Ag foil and subsequent electrochemical reduction.
