Self-lubrication mechanism of chlorine implanted TiN coatings

Engineering & Materials Science

• Titanium nitride 80%
• Chlorine 68%
• Lubrication 53%
• Coatings 42%
• Wear of materials 35%
• Oxides 27%
• Atoms 25%
• Surface reactions 23%
• Friction 22%
• Titanium 15%
• Titanium oxides 11%
• Ion implantation 10%
• Electron microscopy 10%
• X ray photoelectron spectroscopy 9%
• Debris 8%
• Shearing 8%
• Formability 8%
• Diamonds 8%
• Shear stress 7%
• Oxidation 7%
• Oxygen 6%
• Carbon 6%
• Temperature 3%

Physics & Astronomy

• self lubrication 100%
• titanium nitrides 68%
• chlorine 59%
• coatings 37%
• oxides 20%
• surface reactions 16%
• coefficient of friction 16%
• friction 13%
• titanium 13%
• atoms 12%
• hypoxia 10%
• debris 8%
• titanium oxides 8%
• shearing 8%
• escape 7%
• ion implantation 7%
• shear stress 7%
• electron microscopy 6%
• photoelectron spectroscopy 6%
• diamonds 6%
• oxidation 5%
• shear 5%
• carbon 5%
• high resolution 4%
• room temperature 4%
• x rays 3%

Chemical Compounds

• Nitride 54%
• Chlorine 49%
• Wear 35%
• Coating Agent 33%
• Friction Coefficient 13%
• Surface Reaction 13%
• Ion Implantation 7%
• Shear Stress 7%
• Titanium Oxide 6%
• Oxide 6%
• Photoelectron Spectroscopy 6%
• Surface 5%
• Diamond 5%
• Shear 5%
• Reduction 5%
• Electron Microscopy 5%
• Volume 3%
• Modification 3%
• Ambient Reaction Temperature 3%
• Dioxygen 3%
• Carbon Atom 2%