Improving carbon nitride photocatalysis by supramolecular preorganization of monomers

Keyphrases

• Bulk Material 20%
• C3N4 20%
• Carbon Nitride 100%
• Charge Transfer 20%
• Charge Transfer Process 20%
• Condensation 20%
• Condensation Time 20%
• Cyanuric Acid 80%
• Deactivation 20%
• Ethanol 20%
• Fluorescence Intensity 20%
• Fluorescence Lifetime 20%
• Hollow Carbon 40%
• Hydrogen-bonded Complexes 20%
• Melamine 80%
• Nitride Structure 40%
• Nonradiative Deactivation 20%
• Optical Properties 40%
• Ordered Carbon 20%
• Photoactive Materials 20%
• Photocatalysis 100%
• Photocatalytic Activity 40%
• Photocatalytic Properties 20%
• Photoinduced Hole Transfer 20%
• Rhodamine B Degradation 20%
• Rhodamine B Dye 20%
• Structure-property Relationships 20%
• Supramolecular Preorganization 100%
• Synthetic Pathway 20%

Chemistry

• Condensation 40%
• Cyanuric Acid 80%
• Fluorescence Intensity 20%
• Fluorescence Lifetime 20%
• Hydrogen 20%
• Melamine 80%
• Monomer 100%
• Optical Property 20%
• Oxalonitrile 100%
• Photocatalysis 100%
• Photocatalytic 20%
• Photocatalytic Activity 40%
• Rhodamine B 20%
• Transfer Process 20%

Material Science

• Carbon Nitride 100%
• Catalysis 20%
• Optical Property 20%
• Photocatalysis 100%
• Transfer Process 20%