Concentration and temperature effect on controlling pore size and surface area of mesoporous titania by using template of F-68 and F-127 Co-polymer in the sol-gel process

Engineering & Materials Science

• Sol-gel process 100%
• Pore size 85%
• Calcination 75%
• Thermal effects 75%
• Titanium 71%
• Polymers 53%
• Copolymers 35%
• Temperature 29%
• Block copolymers 20%
• Sol-gels 19%
• Silicates 17%
• Crystalline materials 15%

Physics & Astronomy

• sol-gel processes 87%
• templates 68%
• temperature effects 67%
• titanium 61%
• porosity 53%
• polymers 43%
• roasting 33%
• copolymers 21%
• temperature 8%
• silicates 7%
• critical temperature 6%
• adjusting 5%
• gels 5%
• synthesis 5%

Chemical Compounds

• Pore Size 61%
• Sol Gel Process 59%
• Meso Porosity 57%
• Copolymer 48%
• Pore 48%
• Surface Area 47%
• Calcination Temperature 41%
• Critical Temperature 12%
• Pluronic 11%
• Block Copolymer 8%