Harnessing Solar Energy Towards Synergistic Photothermal Catalytic Oxidation of Volatile Organic Compounds

Engineering & Materials Science

• Catalytic oxidation 100%
• Volatile organic compounds 78%
• Thermal energy 64%
• Solar energy 59%
• Catalysis 57%
• Thermochemistry 35%
• Surface plasmon resonance 34%
• Photocatalysis 34%
• Oxygen vacancies 33%
• Surface reactions 31%
• Nanostructures 26%
• Photons 25%
• Reaction rates 24%
• Water vapor 24%
• Coke 23%
• Irradiation 22%
• Merging 21%
• Oxidation 19%
• Oxygen 17%
• Renewable energy resources 17%
• Health 15%
• Air 11%
• Hot Temperature 10%
• Temperature 8%

Physics & Astronomy

• volatile organic compounds 82%
• solar energy 73%
• thermal energy 66%
• catalysis 50%
• oxidation 47%
• thermochemistry 31%
• coke 28%
• oxygen 26%
• sunlight 24%
• energy sources 24%
• health 22%
• surface reactions 22%
• contaminants 22%
• water vapor 21%
• surface plasmon resonance 21%
• selectivity 20%
• reaction kinetics 19%
• trends 16%
• irradiation 13%
• products 13%
• air 12%
• photons 12%
• temperature 6%
• energy 6%

Chemical Compounds

• Solar Energy 70%
• Volatile Organic Compound 67%
• Energy 30%
• Oxidation Reaction 29%
• Air Pollutant 22%
• Catalysis 21%
• Thermochemistry 19%
• Heterogeneous Catalysis 17%
• Surface Reaction 16%
• Dioxygen 15%
• Photon 15%
• Photocatalysis 15%
• Water Vapor 15%
• Resistance 10%
• Nanomaterial 10%
• Environment 9%