Incorporating Unique B-N Motifs into Graphene for Efficient Photocatalytic CO₂ Reduction

Key Points

• The study aims to evaluate the effectiveness of boron-nitrogen motifs in enhancing graphene's photocatalytic properties for CO₂ reduction.
• Utilized boron-nitrogen doping techniques in graphene structure.
• Assessed photocatalytic performance under visible light.
• Analyzed charge separation and bandgap characteristics.
• Achieved significant improvement in photocatalytic efficiency compared to undoped graphene.
• Demonstrated optimized bandgap and effective charge separation.
• Visible-light absorption enhanced, leading to higher CO₂ conversion rates.