Keyphrases
Surface Modification
100%
Ti-6Al-4V (Ti64)
100%
Ultra-high Molecular Weight Polyethylene (UHMWPE)
100%
Tribological Properties
100%
Thermal Oxidation
44%
Surface Engineering
33%
Oxidation Treatment
22%
Ion Implantation
22%
Ti-6A1-4V
22%
Tribosystem
22%
Biomaterials
11%
Beans
11%
Titanium Alloy
11%
Surface Engineered
11%
Pin-on-disc Tribometer
11%
Wear Resistance
11%
Engineering Technique
11%
Counterface
11%
Lubrication Condition
11%
Water Lubrication
11%
Promising Technology
11%
Wear Mechanism
11%
Bombardment
11%
Surface Oxide Layer
11%
Full Potential
11%
Medical Implants
11%
Orthopedic Implants
11%
Tribological Performance
11%
Tribological Response
11%
Implant-supported
11%
Tribological Compatibility
11%
Molecular Structure Modification
11%
Material Science
Polyethylene
100%
Surface Modification
100%
Surface (Surface Science)
33%
Surface Engineering
33%
Titanium Alloy
11%
Wear Resistance
11%
Ion Implantation
11%
Oxide Surface
11%
Molecular Structure
11%
Biomaterial
11%
Medical Implant
11%
Tribological Performance
11%
Engineering
High Molecular Weight Polyethylene
100%
Thermal Oxidation
44%
Engineering
33%
Experimental Result
11%
Oxide Layer
11%
Implant
11%
Ion Implantation
11%
Pin-on-Disc
11%
Counterface
11%
Wear Resistance
11%
Surface Oxide
11%
Medical Implant
11%
Tribological Performance
11%
Bombardment
11%