Sol-gel synthesis of a nanostructured hybrid material from an organosiloxane oligomer with a terminal phenyl group

Engineering & Materials Science

• Calcination 41%
• Chemical modification 47%
• Evaporation 31%
• Functional materials 45%
• Hybrid materials 90%
• Hydrolysis 77%
• Nanostructured materials 79%
• Nuclear magnetic resonance 76%
• Oligomers 92%
• Polycondensation 100%
• Self assembly 41%
• Silica 32%
• Sol-gels 83%
• Transmission electron microscopy 32%
• X ray diffraction 31%

Chemical Compounds

• 29Si MAS NMR 39%
• Calcination 26%
• Cross-Polarization Magic-Angle-Spinning NMR 39%
• Hexagonal Space Group 25%
• Hydrolysis 39%
• Micro Porosity 29%
• Modification 17%
• Oligomer 51%
• Organic Group 80%
• Organosiloxane 95%
• Phenyl Group 64%
• Polycondensation 59%
• Pore 20%
• Siloxane 33%
• Surface Area 20%
• Tetrasiloxane 58%
• Transmission Electron Microscopy 20%
• X-Ray Diffraction 15%

Physics & Astronomy

• diffraction 6%
• evaporation 9%
• gels 49%
• hydrolysis 29%
• nuclear magnetic resonance 20%
• oligomers 74%
• phenyls 69%
• porosity 9%
• products 8%
• roasting 14%
• self assembly 13%
• silicon dioxide 9%
• siloxanes 33%
• solid state 9%
• synthesis 46%
• transmission electron microscopy 8%
• x rays 5%