Keyphrases
Coated Surface
100%
Tribological Properties
100%
Surface Engineering
100%
Surface Coating
66%
Tribological Applications
66%
Diamond-like
33%
Oxides
33%
Lubricant
33%
Evaluation Method
33%
Thin Film Coating
33%
Diamond
33%
Nitrides
33%
Coating Techniques
33%
Tribological Contact
33%
Interface Layer
33%
Metal Coating
33%
Carbides
33%
Rolling Bearing
33%
Rolling Contact
33%
Thin Hard Coatings
33%
Wear Mechanism
33%
Solid Metals
33%
Quality Assurance Procedures
33%
Sliding Contact
33%
Mechanical Evaluation
33%
Multilayer Coatings
33%
Biomedical Implants
33%
Friction Mechanisms
33%
Tribological Evaluation
33%
Contact Mechanism
33%
Need for Standardization
33%
Borides
33%
Thin Surface
33%
Knowledge-based Expert System
33%
Soft Coatings
33%
Sliding Bearing
33%
Magnetic Recording Systems
33%
Coating Selection
33%
Chemical Evaluation
33%
Tribology Mechanism
33%
Soft Element
33%
Surface Reaction Mechanism
33%
Lamellar Solids
33%
Expert System Approach
33%
Erosion Resistant
33%
Engineering
Surface Coating
100%
Tribology
100%
Engineering
100%
Diamond
100%
Experimental Work
50%
Rolling Bearings
50%
Rolling Contact
50%
Coating Technique
50%
Sliding Contact
50%
Coating Surface
50%
Multilayer Coating
50%
Recording System
50%
Interface Layer
50%
Medical Implant
50%
Based Expert System
50%
Nitride
50%
Material Science
Surface Coating
100%
Surface Engineering
100%
Diamond
100%
Tribology
100%
Carbide
50%
Hard Coating
50%
Boride
50%
Soft Coating
50%
Nitride Compound
50%
Sliding Contact
50%
Rolling Contact
50%
Medical Implant
50%
Multilayers
50%
Metal Coating
50%
Oxide Compound
50%
INIS
surfaces
100%
engineering
100%
applications
100%
coatings
100%
tribology
100%
layers
22%
information
22%
diamonds
22%
evaluation
22%
surface coating
22%
rolling
22%
tools
11%
interfaces
11%
polymers
11%
friction
11%
wear
11%
oxides
11%
lubricants
11%
metals
11%
carbides
11%
solids
11%
erosion
11%
testing
11%
standardization
11%
nitrides
11%
cutting
11%
expert systems
11%
implants
11%
gears
11%
quality assurance
11%
borides
11%
recording systems
11%