Distributed built-in electric field-accelerating charge dynamics via reconfiguring multi-interfacial carbon nitride homojunction for efficient photocatalytic hydrogen production

Puntos clave

• Hydrogen production efficiency significantly increases due to optimized charge dynamics.
• The study reveals a transformative role of electric fields in enhancing charge separation during photocatalysis.
• Analysis utilizes techniques to configure multi-interfacial carbon nitride homojunctions, focusing on maximizing photocatalytic activity.
• Findings highlight the potential for more effective energy solutions through advanced material engineering.