Photomodification of heteroleptic titanium-based, complex metal alkoxides

Engineering & Materials Science

• Metal complexes 100%
• Titanium 59%
• Wavelength 54%
• Hydrolysis 37%
• Reaction kinetics 34%
• Condensation 30%
• Excitation energy 25%
• Absorption spectroscopy 23%
• Electronic structure 22%
• Titanium oxides 22%
• Ligands 20%
• Sol-gels 20%
• Ultraviolet radiation 20%
• Charge transfer 19%
• Chemical reactions 15%
• Molecules 15%
• Lighting 12%
• Metals 9%

Physics & Astronomy

• alkoxides 83%
• titanium 51%
• reaction kinetics 41%
• hydrolysis 35%
• metals 31%
• wavelengths 29%
• condensation 27%
• fluence 25%
• titanium oxides 15%
• ligands 15%
• ultraviolet radiation 15%
• absorption spectroscopy 14%
• chemical reactions 13%
• charge transfer 13%
• flux density 12%
• gels 12%
• illumination 11%
• electronic structure 11%
• absorption spectra 11%
• synthesis 11%
• saturation 10%
• sensitivity 9%
• molecules 8%
• excitation 7%
• energy 4%

Chemical Compounds

• Wavelength 43%
• Metal 27%
• Condensation 22%
• Hydrolysis 19%
• Charge Transfer Transition 18%
• Modification 17%
• Titanium Oxide 16%
• Absorption Spectroscopy 14%
• Energy 14%
• Electronic State 11%
• Molecule 5%