Carrier dynamics tailored by electron/hole trapping domains in asymmetric graphitic carbon nitride for superior photocatalytic hydrogen evolution

Key Points

• The aim is to enhance photocatalytic hydrogen production through controlled synthesis of materials.
• Investigated carrier dynamics in asymmetric graphitic carbon nitride
• Tailored the electron and hole trapping domains
• Evaluated photocatalytic performance under solar energy exposure
• Enhanced photocatalytic hydrogen evolution rates observed
• Improved material design leads to efficient charge separation
• Demonstrated solar energy utilization for sustainable hydrogen production