摘要
The development of high-performance metallic cobalt pyrite OER catalysts with suitable electronic structures remains a challenge.In this paper,a low-electronegative Fe-substituted cobalt pyrite(Fe_(x)Co_(1-x))S_(2)OER catalyst with controllable morphology and electronic structure was designed and prepared,and it exhibited excellent catalytic activity owing to the conversion of(Fe_(x)Co_(1-x))S_(2)to Fe-CoOOH during the OER process.
基金
support from the National Natural Science Foundation of China(Grant no.21875039)
the Project on the Integration of Industry-Education-Research of Fujian Province(2021H6020).
