期刊论文

Tan, YL;Yu, F

英文

International Journal of Hydrogen Energy

0360-3199

2023

48

80

31101-31109

10.1016/j.ijhydene.2023.04.240

This project was financially supported by the funds from National Science Foundation of China , China ( No. 12074116 , No. 52172197 and No. U1865207 ), PhD Start-up Foundation of Hengyang Normal University, China ( 2020QD23 ), and Scientific Research Fund of Hunan Provincial Education Department , China ( No. 20A062 and No. 21C0550 ). This work was also supported by the key laboratory of optoelectronic control and detection technology of university of Hunan Province , China and the science and technology innovation Program of Hunan Province , China (No. 2016TP1020 ).

本校为第一且通讯机构

The catalytic hydrogen-evolving activities of noble-metal-free catalysts can be greatly enhanced by the crystal structure and components through appropriate interface engineering with anion and cation doped into the catalytic materials. However, the developments of inexpensive electrocatalysts suffer from activity incompatibility with different water sources over a wide pH range. Here we report a promising HER electrocatalyst by hybridizing iron phosphide (FeP4) nanoparticles with highly conductive CoP nanowire arrays (abbreviated as FeP4/CoP) ...