Wear resistance enhancement by Cu nano-platelet in CrCoNiCu medium-entropy alloy films

Keyphrases

• Tribological Performance 100%
• Nanoplatelets 100%
• Medium Entropy Alloy Films 100%
• Wear Resistance Enhancement 100%
• Diffusivity 50%
• Low Temperature 50%
• Synergistic Effect 50%
• Tribological Behavior 50%
• Wear Rate 50%
• Wear Resistance 50%
• Friction Wear 50%
• Sliding Surface 50%
• Mechanical Behavior 50%
• Nanoindentation 50%
• Plate-like 50%
• Alloy Films 50%
• Tribological Properties 50%
• Friction Coefficient 50%
• Precipitation Hardening 50%
• Stacking Faults 50%
• Face-centered Cubic Phase 50%
• Fabrication Yield 50%
• Sliding Wear Test 50%
• Engineering Materials 50%
• Abrasive Wear 50%
• Cu-rich Phase 50%
• Diffusion Pathway 50%
• Twin Boundary 50%
• Soft Element 50%
• Aging Treatment 50%
• Wear Volume 50%
• Medium-entropy 50%
• Nucleus Formation 50%
• Reciprocal Sliding 50%
• Material Hardness 50%
• Advanced Engineering 50%
• Traditional Trade 50%
• Engineered Coatings 50%
• Lubricating Layer 50%

Material Science

• Film 100%
• Wear Resistance 100%
• Medium-Entropy Alloy 100%
• Platelet 100%
• Tribological Performance 50%
• Diffusivity 25%
• Nanoindentation 25%
• Age Hardening 25%
• Sliding Wear 25%
• Engineering Material 25%
• Abrasion 25%
• Surface (Surface Science) 25%
• Crystal Defect 25%