Transition metal phosphides are considered ideal alternatives for noble metal catalysts in hydrogen evolution reactions.In this study,amorphous NiCuFeP nanosheets were uniformly coated on self-supporting Cu_(3)P nanow...Transition metal phosphides are considered ideal alternatives for noble metal catalysts in hydrogen evolution reactions.In this study,amorphous NiCuFeP nanosheets were uniformly coated on self-supporting Cu_(3)P nanowire arrays through a facile electrodeposition method.The obtained_(3)D hierarchical NiCuFeP@Cu_(3)P/CF with good conductivity and abundant active sites was used as a hydrogen evolution reaction electrocatalyst.There are strong electronic interactions between each component of the material,as well as between the metal elements and P,which are conducive to improving the catalytic performance.展开更多
基金supported by the National Natural Science Foundation of China(no.2177060378 and 21521005)the Program for Changjiang Scholars,Innovative Research Teams in Universities(no.IRT1205)the Fundamental Research Funds for the Central Universities(no.12060093063 and XK1803-05)。
文摘Transition metal phosphides are considered ideal alternatives for noble metal catalysts in hydrogen evolution reactions.In this study,amorphous NiCuFeP nanosheets were uniformly coated on self-supporting Cu_(3)P nanowire arrays through a facile electrodeposition method.The obtained_(3)D hierarchical NiCuFeP@Cu_(3)P/CF with good conductivity and abundant active sites was used as a hydrogen evolution reaction electrocatalyst.There are strong electronic interactions between each component of the material,as well as between the metal elements and P,which are conducive to improving the catalytic performance.
