Cathodic corrosion-induced structural evolution of cuni electrocatalysts for enhanced co2 reduction

HIGHLIGHTS

• What: The authors synthesized a series of CuxNi1-x nanopArticles and investigated their structural evolution during CO2RR. In the following discussion, the authors focus on the evolution behavior of Cu0.71Ni0.29 NPs. The authors report the cathodic corrosion-induced structural evolution and enhanced catalytic performance of bimetallic CuxNi1-x NPs for CO2RR.
• Who: Zora Zhu from the Department of Chemistry, University of Virginia, Charlottesville, VA, USA have published the paper: Materials and Interfaces, in the Journal: (JOURNAL)

SUMMARY

Hydrogen (*H) and decreases oxophilicity, thereby improving catalytic performance. The Cu-Ni . . .

 



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