Comparing hardness and wear data for tetrahedral amorphous carbon and hydrogenated amorphous carbon thin films

Chemical Compounds

• Carbon films 100%
• Amorphous carbon 98%
• Thin films 60%
• Amorphous films 57%
• Hardness 50%
• Wear of materials 46%
• Substrates 25%
• benzmetanide 13%
• Adhesion 13%
• Residual stresses 12%
• Luminescence 10%
• Fused silica 9%
• Raman spectroscopy 9%
• Diamond 9%
• Silicon 8%
• Geometry 8%
• Nanoindentation 8%
• Indentation 7%
• Compressive stress 7%
• Carbon 7%
• Delamination 7%
• Aluminum oxide 7%
• Wear resistance 6%
• X rays 6%
• Electrons 5%
• Calibration 5%

Engineering & Materials Science

• Carbon films 100%
• Amorphous carbon 98%
• Thin films 60%
• Amorphous films 57%
• Hardness 50%
• Wear of materials 46%
• Substrates 25%
• Residual stresses 12%
• Luminescence 10%
• Fused silica 9%
• Raman spectroscopy 9%
• Geometry 8%
• Nanoindentation 8%
• Indentation 7%
• Compressive stress 7%
• Electrons 7%
• Diamonds 7%
• Delamination 7%
• Aluminum oxide 7%
• Wear resistance 6%
• X rays 6%
• Silicon 5%
• Calibration 5%
• Carbon 5%

Physics & Astronomy

• hardness 50%
• carbon 42%
• thin films 33%
• adhesion 10%
• ceramics 8%
• geometry 7%
• wear resistance 6%
• nanoindentation 6%
• indentation 6%
• floating 6%
• residual stress 5%
• energy 5%
• Raman spectroscopy 5%
• arcs 5%
• diamonds 5%