Evaluations of mechanical properties of DLC film by indentation method and the effect of substrate

Engineering & Materials Science

• Diamond like carbon films 100%
• Indentation 68%
• Substrates 45%
• Mechanical properties 41%
• Raman scattering 15%
• Fatigue of materials 14%
• Ion implantation 14%
• Acoustic emissions 11%
• Plasmas 9%
• Stress concentration 9%
• Tensile strength 8%
• Corrosion 8%
• Finite element method 6%
• Monitoring 5%
• Testing 5%

Physics & Astronomy

• indentation 63%
• diamonds 50%
• mechanical properties 42%
• carbon 42%
• evaluation 40%
• acoustic emission 7%
• tensile strength 6%
• stress distribution 6%
• ion implantation 6%
• corrosion 6%
• radio frequencies 6%
• Raman spectra 5%

Chemical Compounds

• Diamond 60%
• Liquid Film 30%
• Carbon Atom 30%
• Fatigue Strength 11%
• Acoustic Emission 10%
• Strength 9%
• Ion Implantation 8%
• Corrosion Potential 8%
• Tensile Strength 6%
• Raman Spectrum 5%