Directing photocatalytic and photoelectrocatalytic performance of TiO₂ by using TEA and NH₄F as doping precursors

Engineering & Materials Science

• Specific surface area 100%
• Doping (additives) 86%
• Valence bands 69%
• Conduction bands 66%
• Scavenging 53%
• Dissolved oxygen 50%
• Charge transfer 49%
• Electron energy levels 44%
• Energy gap 43%
• Electrons 38%
• Thin films 36%
• Powders 31%
• Degradation 27%

Physics & Astronomy

• scavenging 51%
• performance 34%
• charge transfer 33%
• conduction bands 33%
• trends 29%
• degradation 29%
• valence 28%
• oxygen 23%
• cells 20%
• thin films 19%
• electrons 16%
• energy 11%

Chemistry

• Triethylamine 75%
• Specific Surface Area 40%
• Energy State 33%
• Modification 28%
• Valence Band 28%
• Conduction Band 27%
• Degradation Rate 25%
• Band Gap 19%
• Charge Transfer 17%
• Electron Particle 13%
• Dioxygen 12%