Intermolecular Interactions Regulating Exciton Behavior in Hydrogen‐Bonded Organic Framework for Photocatalytic Aerobic Oxidation

Puntos clave

• This research aims to understand how intermolecular interactions affect exciton behavior in organic frameworks for photocatalytic applications.
• Investigated oxidative coupling of benzylamines over PFC-70.
• Employed molecular engineering techniques to modulate intermolecular interactions.
• Analyzed reactive oxygen species (ROS) behavior in noncovalently assembled systems.
• Demonstrated effective regulation of intermolecular interactions enhances exciton behavior.
• Found optimized ROS control leads to improved photocatalytic activity.
• Identified key parameters affecting exciton dynamics in the framework.