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1 Introduction With the extensive use of fossil fuels in industry, excessive emissions of CO2 have caused increasingly serious environmental problems [1]. At the same time, the reduction of energy reserves has also attracted great attention from society [2]. In order to mitigate the issues caused by excessive CO2 emissions, researchers have begun to focus on the development of clean energy [3].
Electrochemical water splitting, including the hydrogen evolution reaction (HER) and oxygen evolution reaction (OER), is a promising hydrogen production technology. However, in practice, the high overpotentials and sluggish reaction kinetics associated with the anode OER process are the major obstacles to the smooth progress of electrocatalytic water splitting.
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