Surface modification of TiO₂ nanoparticles with bidentate ligands studied by EPR spectroscopy

Engineering & Materials Science

• TiO2 nanoparticles 100%
• Paramagnetic resonance 94%
• Ligands 92%
• Spectroscopy 77%
• Surface treatment 72%
• Electrons 58%
• Colloids 49%
• Atoms 35%
• Infrared spectroscopy 31%
• Light absorption 17%
• Oxidation-Reduction 15%
• Charge transfer 14%
• Positive ions 14%
• Acids 10%
• Semiconductor materials 10%
• Lighting 9%
• Temperature 4%

Physics & Astronomy

• ligands 70%
• electron paramagnetic resonance 63%
• carboxyl group 52%
• nanoparticles 46%
• spectroscopy 36%
• colloids 34%
• electrons 19%
• atoms 17%
• alanine 14%
• electron transfer 11%
• infrared spectroscopy 10%
• acids 10%
• charge transfer 9%
• optical absorption 9%
• cations 9%
• illumination 8%
• rings 7%
• thresholds 7%
• kinetics 6%
• temperature 3%

Chemical Compounds

• EPR Spectroscopy 60%
• Surface Modification 59%
• Nanoparticle 34%
• Colloid 32%
• Ligand 30%
• Electron Particle 25%
• Thiol Group 24%
• Surface 22%
• IR Spectroscopy 15%
• Ring Formation 12%
• Alanine 11%
• Absorptivity 11%
• Radical Cation 10%
• Illumination 10%
• Semiconductor 8%
• Electron Transfer 8%
• pH Value 4%
• Acid 4%