Evaluating the Mechanism of Visible Light Activity for N,F-TiO2 Using Photoelectrochemistry

Chemical Compounds

• Conduction bands 100%
• titanium dioxide 78%
• Light absorption 59%
• Absorption spectra 57%
• Photocurrents 56%
• Molecular oxygen 34%
• Photocatalytic activity 33%
• Organic pollutants 32%
• Reactive Oxygen Species 31%
• Environmental Restoration and Remediation 31%
• Electrons 31%
• Singlet Oxygen 27%
• Fluorine 27%
• Energy gap 22%
• Doping (additives) 21%
• Energy harvesting 20%
• Irradiation 20%
• Nitrogen 19%
• Solar energy 17%
• Oxygen 13%
• Degradation 13%
• Defects 13%
• Networks (circuits) 10%

Engineering & Materials Science

• Conduction bands 74%
• Oxygen 47%
• Light absorption 44%
• Absorption spectra 43%
• Photocurrents 42%
• Electrons 29%
• Titanium 28%
• Molecular oxygen 25%
• Photocatalytic activity 25%
• Organic pollutants 24%
• Environmental Restoration and Remediation 23%
• Fluorine 20%
• Titanium dioxide 19%
• Energy gap 16%
• Doping (additives) 16%
• Energy harvesting 15%
• Irradiation 15%
• Nitrogen 13%
• Solar energy 13%
• Degradation 10%
• Defects 10%
• Networks (circuits) 8%

Physics & Astronomy

• photoelectrochemistry 94%
• oxygen 35%
• conduction bands 30%
• optical spectrum 21%
• photocurrents 21%
• optical absorption 19%
• titanium 19%
• absorption spectra 17%
• solar energy 13%
• titanium oxides 12%
• contaminants 12%
• fluorine 11%
• electrons 9%
• degradation 8%
• nitrogen 8%
• irradiation 7%
• probes 7%
• characterization 6%
• defects 6%