Analysis of γ-irradiated synthetic bone grafts by ²⁹Si MAS-NMR spectroscopy, calorimetry and XRD

Engineering & Materials Science

• Nuclear magnetic resonance spectroscopy 100%
• Grafts 86%
• Calorimetry 86%
• Bone 63%
• Glass 52%
• Irradiation 22%
• Ionizing radiation 20%
• Differential thermal analysis 18%
• Isotopes 17%
• Nuclear magnetic resonance 17%
• Chemical shift 12%
• Fibroblasts 10%
• Diffraction patterns 10%
• Biocompatibility 8%
• Rats 8%
• Assays 8%
• Silicates 8%
• Calcium oxide 8%
• Glass transition 8%
• Superconducting transition temperature 7%
• Cells 7%
• Physical properties 6%
• Chemical analysis 4%

Physics & Astronomy

• bones 64%
• heat measurement 58%
• nuclear magnetic resonance 52%
• glass 37%
• spectroscopy 34%
• ionizing radiation 15%
• irradiation 14%
• thermal analysis 13%
• implantation 12%
• isotopes 12%
• fibroblasts 9%
• biocompatibility 8%
• human body 8%
• chemical equilibrium 7%
• mice 7%
• rats 7%
• silicates 7%
• glass transition temperature 6%
• diffraction patterns 6%
• physical properties 5%
• evaluation 4%

Chemical Compounds

• 29Si MAS NMR 81%
• MAS NMR Spectroscopy 79%
• Calorimetry 61%
• Glass 45%
• Ionizing Radiation 20%
• Isotope 14%
• Silicate Glass 10%
• Environment 9%
• Glass Transition Temperature 6%
• Chemical Shift 6%
• Amount 3%