Nanoindentation study of amorphous carbon coatings for magnetic discs

Engineering & Materials Science

• Amorphous carbon 100%
• Nanoindentation 78%
• Amorphous films 52%
• Carbon films 50%
• Coatings 48%
• Substrates 45%
• Magnetic thin films 27%
• Hardness 25%
• Deconvolution 18%
• Nucleation 17%
• Thin films 15%
• Nickel 15%
• Shear stress 14%
• Elastic moduli 13%
• Recovery 11%
• Mechanical properties 10%
• Experiments 5%

Physics & Astronomy

• magnetic disks 91%
• nanoindentation 66%
• coatings 43%
• carbon 43%
• hardness 17%
• integrity 11%
• thin films 11%
• shear stress 9%
• recovery 8%
• nickel 8%
• modulus of elasticity 8%
• nucleation 8%
• mechanical properties 7%

Chemical Compounds

• Amorphous Material 45%
• Coating Agent 38%
• Liquid Film 31%
• Carbon Atom 30%
• Shear Stress 15%
• Nucleation 10%