Understanding run-in behavior of diamond-like carbon friction and preventing diamond-like carbon wear in humid air

Keyphrases

• Air Condition 10%
• Alcohol Vapor 10%
• Argon 10%
• Argon Atmosphere 10%
• Carbon Surface 30%
• Chemical Composition 10%
• Chemical Information 10%
• Diamond-like 100%
• Environmental Dependence 10%
• Ex-situ Analysis 10%
• Friction 100%
• Friction Behavior 10%
• Friction Coefficient 30%
• Humid Air 100%
• Hydrogen Content 10%
• Hydrogen-rich 10%
• Induction Period 10%
• Oxyhydrogen 10%
• Pentanol 10%
• Rubbing 10%
• Scar 10%
• Spectroscopic Analysis 10%
• Surface Oxide Layer 10%
• Surface Species 10%
• X-ray Absorption Near Edge Structure (XANES) 10%
• X-ray Photoelectron 10%

Engineering

• Air Condition 10%
• Chemical Information 10%
• Coefficient of Friction 40%
• Diamond-Like Carbon 100%
• Humid Air 100%
• Induction Period 10%
• Oxide Layer 10%
• Photoelectron 10%
• Ray Absorption 10%
• Surface Oxide 10%
• Test Environment 20%

Material Science

• Carbon Surface 30%
• Coefficient of Friction 10%
• Diamond-Like Carbon 100%
• Oxidation Reaction 10%
• Oxide Surface 10%