Effect of calcium source on structure and properties of sol-gel derived bioactive glasses

Engineering & Materials Science

• Bioactive glass 100%
• Bone 4%
• Calcium 69%
• Calcium chloride 6%
• Calcium oxide 4%
• Calcium silicate 5%
• Dissolution 4%
• Glass 10%
• Hybrid materials 6%
• Magic angle spinning 7%
• Nitrates 26%
• Nuclear magnetic resonance spectroscopy 6%
• Polymers 3%
• Salts 3%
• Silica 8%
• Silicates 4%
• Sol-gel process 5%
• Sol-gels 83%
• Temperature 11%
• Toughness 3%
• X ray diffraction 4%

Physics & Astronomy

• activity (biology) 81%
• bones 4%
• calcium 62%
• calcium chlorides 6%
• calcium silicates 6%
• causes 2%
• diffraction 2%
• dissolving 3%
• gels 49%
• glass 36%
• homogeneity 12%
• inhomogeneity 3%
• magnetic resonance spectroscopy 5%
• metal spinning 4%
• nitrates 23%
• nuclear magnetic resonance 3%
• polymers 2%
• probes 2%
• regeneration 4%
• salts 3%
• silicates 4%
• silicon dioxide 6%
• sol-gel processes 5%
• synthesis 9%
• temperature 3%
• toughness 4%
• x rays 1%

Chemistry

• Ambient Reaction Temperature 7%
• Calcium Nitrate 35%
• Calcium Salt 8%
• Calcium(0) 49%
• Dissolution 4%
• Glass 8%
• Homogeneity 16%
• Hybrid Organic-Inorganic Material 7%
• MAS NMR Spectroscopy 7%
• Nitrate 4%
• Probe 3%
• Silicate Glass 7%
• Sol Gel Process 5%
• Toxic 4%
• X-Ray Diffraction 3%