Adhesion evaluation of CVD diamond films and metal reinforced composite diamond films

Engineering & Materials Science

• Diamond films 100%
• Composite films 94%
• Chemical vapor deposition 77%
• Adhesion 60%
• Metals 42%
• Indentation 17%
• Substrates 15%
• Diamonds 11%
• Binders 10%
• Hardness testing 7%
• Crystal growth 7%
• Stress measurement 6%
• Electroplating 6%
• Fracture energy 6%
• Molybdenum 6%
• Cutting tools 5%
• Nucleation 5%
• Compressive stress 5%
• Thermal expansion 5%
• Crystals 5%
• Delamination 5%
• Piles 5%
• Methane 5%
• Residual stresses 4%
• Hydrogen 4%
• Coatings 4%
• Plastics 4%
• Composite materials 3%

Physics & Astronomy

• diamond films 72%
• adhesion 56%
• vapor deposition 50%
• evaluation 41%
• composite materials 40%
• metals 33%
• bend tests 22%
• indentation 15%
• voids 13%
• diamonds 12%
• torches 6%
• stress measurement 6%
• electroplating 6%
• piles 5%
• molybdenum 5%
• crystal growth 4%
• residual stress 4%
• methane 4%
• thermal expansion 4%
• hardness 3%
• direct current 3%
• plastics 3%
• reactors 3%
• nucleation 3%
• coatings 3%
• hydrogen 3%
• causes 3%
• crystals 2%
• energy 1%

Chemical Compounds

• Diamond 62%
• Composite Material 33%
• Liquid Film 32%
• Metal 29%
• Tension 8%
• Binding Agent 7%
• Cutting Tool 6%
• Torch 6%
• Residual Stress 5%
• Delamination 5%
• Thermal Expansion 4%
• Crystal Growth 4%
• Electrodeposition 3%
• Nucleation 3%
• Methane 3%
• Coating Agent 2%
• Hydrogen 2%
• Energy 2%
• Amount 1%