Simultaneous charge separation and defect passivation of perovskite by hydrogen-bonded organic framework for selective toluene photooxidation

Key Points

• Enhanced charge separation leads to increased efficiency in photooxidation processes.
• Defect passivation improves the stability of perovskite materials significantly during reactions.
• Utilization of a hydrogen-bonded organic framework optimizes the photoactivation process effectively.
• Photooxidation of toluene showcases potential applications in environmental remediation efforts.