Spin Effect Regulation as A Design Principle for M-N-C Catalysts for Oxygen Electrocatalysis

Key Points

• The aim is to explore how regulating the spin state of metal centers can enhance the efficiency of oxygen electrocatalysts.
• Analyzed the effects of spin states on catalytic performance.
• Utilized various metal centers in catalyst design.
• Examined the role of spin effects in oxygen electrocatalysis.
• Regulating spin states led to marked improvement in catalytic efficiency.
• Specific metal center configurations showed enhanced performance results.
• Spin effect regulation is a viable design principle for effective catalysts.