Enhancing Solar Light-Driven Photocatalytic Activity of Mesoporous Carbon-TiO₂ Hybrid Films via Upconversion Coupling

Engineering & Materials Science

• Photocatalytic activity 100%
• Nanorods 87%
• Nitrobenzene 67%
• Nanostructures 48%
• Carbon 44%
• Solar energy 35%
• Organic pollutants 32%
• Environmental Restoration and Remediation 31%
• Photocatalysts 29%
• Light absorption 29%
• Absorption spectra 28%
• Degradation 27%
• Block copolymers 27%
• Charge transfer 25%
• Photons 23%
• Energy transfer 22%
• Energy gap 22%
• Doping (additives) 21%
• Irradiation 20%
• Energy conversion 20%
• Oxides 16%
• Decomposition 14%
• Energy utilization 13%
• Water 10%

Chemical Compounds

• Photocatalytic Activity 46%
• Meso Porosity 46%
• Nitrobenzene 30%
• Liquid Film 28%
• Nanorod 25%
• Nanomaterial 18%
• Solar Energy 16%
• Remediation 15%
• Photon 14%
• Light Irradiation 13%
• Energy Transfer 12%
• Environmental Pollutant 12%
• Fuel 12%
• Block Copolymer 12%
• Band Gap 11%
• Charge Transfer 10%
• Decomposition 9%
• Oxide 7%
• Energy 6%
• Carbon Atom 6%
• Application 4%

Earth & Environmental Sciences

• solar energy 42%
• carbon 33%
• degradation 25%
• energy utilization 25%
• energy conversion 23%
• organic waste 21%
• recombination 21%
• organic pollutant 20%
• energy 19%
• trapping 18%
• irradiation 17%
• incorporation 16%
• remediation 16%
• oxide 14%
• decomposition 14%
• material 8%
• water 6%
• effect 4%