Effect of mesoporous g-C₃N₄ substrate on catalytic oxidation of CO over Co₃O₄

Engineering & Materials Science

• Graphitic Carbon Nitride 100%
• Catalytic oxidation 74%
• Substrates 34%
• Catalyst supports 18%
• Surface active agents 15%
• Oxidation 12%
• Polyethylene oxides 10%
• Calcination 8%
• Catalyst activity 8%
• Polymerization 7%
• Catalysts 5%
• Oxygen 5%
• Microstructure 4%
• Composite materials 4%
• Temperature 2%

Physics & Astronomy

• carbon nitrides 63%
• oxidation 35%
• surfactants 13%
• templates 12%
• catalysts 12%
• catalytic activity 8%
• roasting 7%
• phenyls 7%
• polymerization 6%
• polyethylenes 6%
• bubbles 5%
• synthesis 5%
• oxides 4%
• composite materials 4%
• oxygen 4%
• microstructure 4%
• performance 3%
• temperature 2%

Chemical Compounds

• Oxalonitrile 45%
• Meso Porosity 38%
• Triton X-100 25%
• Oxidation Reaction 21%
• Surfactant 8%
• Bubble 6%
• Calcination Temperature 5%
• Catalyst 5%
• Microstructure 4%
• Surface Area 3%
• Polymerization Reaction 3%
• Porosity 3%
• Oxide 3%
• Weight 3%
• Composite Material 3%
• Dioxygen 2%
• Amount 2%
• Application 1%