The study aims to develop a robust glycerol oxidation electrocatalyst through active site optimization.
Identification of active sites in the electrocatalyst
Application of cation substitution strategies to enhance performance
Evaluation of glycerol oxidation reaction (GOR) activity
Enhanced stability and robustness of the electrocatalyst
Improved glycerol oxidation reaction activity through optimization
Abstract
and GOR activity but also develops a superior catalyst through cation substitution strategies. It provides a pioneering and effective strategy for designing highly robust and stable spinel electrocatalysts.