The Potential of a Nanostructured Titanium Oxide Layer with Self-Assembled Monolayers for Biomedical Applications: Surface Properties and Biomechanical Behaviors

Engineering & Materials Science

• Self assembled monolayers 100%
• Titanium oxides 94%
• Surface properties 63%
• Wetting 18%
• X ray spectroscopy 15%
• Photoelectron spectroscopy 15%
• Binding energy 14%
• Stiffness 12%
• Monolayers 12%
• Biocompatibility 11%
• Nanoindentation 11%
• Contact angle 10%
• Surface treatment 9%
• Shielding 9%
• Diamonds 9%
• Bone 8%
• Microscopes 8%
• Plasmas 8%
• Acids 8%
• Oxidation 8%
• Scanning electron microscopy 7%
• Substrates 6%

Physics & Astronomy

• titanium oxides 66%
• surface properties 65%
• wettability 17%
• stiffness 14%
• biocompatibility 9%
• healing 9%
• chutes 8%
• nanoindentation 8%
• bones 7%
• shielding 7%
• acids 7%
• photoelectric emission 6%
• binding energy 6%
• diamonds 6%
• microscopes 6%
• oxidation 5%
• scanning electron microscopy 5%
• spectroscopy 4%
• x rays 3%
• performance 3%

Chemical Compounds

• Titanium Oxide 70%
• Self Assembled Monolayer 62%
• Surface 20%
• Application 20%
• Monolayer 16%
• X-Ray Photoemission 9%
• Phosphonate 7%
• Photoelectron Spectroscopy 7%
• Implant 7%
• Diamond 6%
• Binding Energy 6%
• Surface Modification 6%
• Plasma 4%
• Scanning Electron Microscopy 4%
• Acid 2%