Development of charge transfer mechanisms in high-low heterojunction

Key Points

• The research aims to explore charge transfer mechanisms in high-low heterojunctions and their photocatalytic applications.
• Review of heterojunction concepts and mechanisms
• Analysis of preparation strategies and techniques
• Classification of advanced characterization methods
• Multi-scale analysis of interface charge dynamics
• High-low heterojunctions enable efficient separation and migration of photogenerated carriers.
• Enhanced redox activity improves photocatalytic performance.
• Systematic classification of characterization techniques provides insights into material design.

Abstract