Localization of photoexcited electrons and holes on low coordinated Ti and O sites in free and supported TiO₂ nanoclusters

INIS

• nanostructures 50%
• titanium oxides 50%
• electrons 44%
• oxygen 44%
• holes 44%
• metals 22%
• trapping 22%
• oxides 16%
• photocatalysis 16%
• molecules 11%
• surfaces 11%
• water 11%
• carbon dioxide 11%
• absorption 11%
• traps 11%
• rutile 11%
• design 5%
• interfaces 5%
• efficiency 5%
• environment 5%
• modifications 5%
• reduction 5%
• semiconductor materials 5%
• density functional method 5%
• chemical reactions 5%
• titanium 5%
• corrections 5%
• charge carriers 5%
• red shift 5%
• nanotubes 5%
• lanthanum oxides 5%

Chemistry

• Nanoclusters 100%
• Titanium Dioxide 50%
• Dioxygen 44%
• Electron Particle 38%
• Metal 16%
• Density Functional Theory 11%
• Oxide 11%
• Rutile 11%
• Nanotube 11%
• Photocatalysis 11%
• Surface 11%
• Structure 11%
• Molecule 11%
• Chemical Reaction 11%
• Carbon Dioxide 11%
• Band Gap 5%
• Semiconductor 5%
• Charge Carrier 5%
• Carbon Dioxide Reduction 5%
• Hole Trap 5%
• Photocatalytic Activity 5%
• Electron Trap 5%
• Analytical Method 5%
• Modification 5%
• Water Type 5%
• Environment 5%
• Metal Oxide 5%

Physics

• Sites 55%
• Oxygen 44%
• Metal 16%
• Oxide 11%
• Rutile 11%
• Molecules 11%
• Position (Location) 11%
• Density Functional Theory 5%
• Red Shift 5%
• Electromagnetic Absorption 5%
• Semiconductor 5%
• Photocatalytic Activity 5%
• Water Splitting 5%
• Revisions 5%
• Water 5%
• Targets 5%
• Light 5%
• Environment 5%
• Act 5%
• Chemical Reaction 5%
• Correction 5%
• Titanium 5%