Effect of aluminum concentration on friction and wear properties of titanium aluminum nitride films

Engineering & Materials Science

• Aluminum nitride 100%
• Titanium 67%
• Aluminum 54%
• Wear of materials 51%
• Friction 48%
• Crystal structure 13%
• Nanohardness 8%
• Cathode materials 7%
• Chemical analysis 7%
• X-Ray Emission Spectrometry 6%
• Oxidation resistance 6%
• Nanoindentation 6%
• Temperature 6%
• Plating 6%
• Cutting tools 5%
• Molding 5%
• X ray diffraction 5%
• Carbides 5%
• Wear resistance 5%
• Ions 4%
• Industrial applications 4%
• Hardness 4%
• Substrates 3%

Physics & Astronomy

• titanium nitrides 84%
• aluminum nitrides 79%
• friction 59%
• aluminum 48%
• crystal structure 8%
• hardness 8%
• tribometers 7%
• wear tests 7%
• ion plating 7%
• oxidation resistance 6%
• wear resistance 5%
• test equipment 5%
• nanoindentation 5%
• coefficient of friction 5%
• carbides 5%
• sliding 5%
• x rays 4%
• temperature 4%
• arcs 4%
• cathodes 4%
• ceramics 3%
• diffraction 2%
• spectroscopy 2%
• energy 1%

Chemical Compounds

• Aluminium Nitride 94%
• Wear 65%
• Liquid Film 33%
• Cutting Tool 7%
• Resistance 6%
• Friction Coefficient 5%
• Crystal Structure 5%
• Energy Dispersive X-Ray Spectroscopy 5%
• Ceramic 4%
• Cathode 3%
• Alloy 3%
• X-Ray Diffraction 2%
• Oxidation Reaction 2%
• Ion 2%
• Application 1%