Adjusting the local coordination microenvironment of single atoms to optimize catalytic efficiency in renewable energy devices

Key Points

• To optimize the local coordination microenvironment of single atoms for improved catalytic performance in renewable energy applications.
• Examined the structural characteristics of single-atom catalysts.
• Assessed how changes in the local microenvironment affect catalytic efficiency.
• Analyzed the performance of atomically dispersed catalysts in renewable energy devices.
• Identified key factors in the local coordination microenvironment influencing catalytic behavior.
• Demonstrated improved performance metrics for optimized single-atom catalysts in renewable energy systems.