Nano-scratch and fretting wear study of DLC coatings for biomedical application

Research output: Journal Publications and Reviews › RGC 21 - Publication in refereed journal › peer-review

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Material Science

100
Coating Material Science
100
Diamond-Like Carbon... Material Science
100
Fretting Wear Material Science
60
Particle Material Science
40
Adhesion Material Science
40
Abrasion Material Science
40
Wear Debris Material Science
40
Fretting Material Science
20
Hardness Material Science
20
Characterization Material Science
20
Raman Spectroscopy Material Science
20
Surface Morphology Material Science
20
Scanning Electron M... Material Science
20
Materials Material Science
20
Paper Material Science
20
Stiffness Material Science
20
Plasma-Enhanced Che... Material Science
20
Elastic Moduli Material Science
20
Coefficient of Fric... Material Science
20
Diamond-Like Carbon Material Science
20
Infrared Spectrosco... Material Science
20
Body Fluid Material Science

Keyphrases

100
Diamond-like Keyphrases
100
Biomedical Applicat... Keyphrases
100
Carbon Coating Keyphrases
100
Nanoscratch Keyphrases
100
Fretting Wear Keyphrases
100
Wear Studies Keyphrases
100
Scratch Wear Keyphrases
100
Nano-fretting Keyphrases
40
Adhesion Keyphrases
40
Low Load Keyphrases
40
High Mass Loading Keyphrases
40
Nanoscratch Test Keyphrases
40
Wear Debris Keyphrases
40
Fretting Test Keyphrases
20
Raman Spectroscopy Keyphrases
20
Smooth Surface Keyphrases
20
Surface Morphology Keyphrases
20
RF Plasma Keyphrases
20
Tribological Proper... Keyphrases
20
IR Spectroscopy Keyphrases
20
Chemical Vapor Depo... Keyphrases
20
Implant Materials Keyphrases
20
Humidity Keyphrases
20
Analytic Technique Keyphrases
20
Delaminating Keyphrases
20
Plasma-enhanced Che... Keyphrases
20
Elastic Modulus Keyphrases
20
Wear Behavior Keyphrases
20
Friction Coefficien... Keyphrases
20
Damage Process Keyphrases
20
Wear Test Keyphrases
20
Force Measurement Keyphrases
20
Abrasion Keyphrases
20
Nanoindenter Keyphrases
20
Ti-6A1-4V Keyphrases
20
Lateral Force Keyphrases
20
Measurement Force Keyphrases
20
Long-term Service Keyphrases
20
Coating Characteriz... Keyphrases
20
Continuous Stiffnes... Keyphrases
20
Corundum Keyphrases
20
AFM Spectroscopy Keyphrases
20
Wear Particles Keyphrases
20
Aqueous Conditions Keyphrases
20
Wear-resistant Keyphrases
20
Total Joint Arthrop... Keyphrases
20
Body Fluids Keyphrases
20
Abrasion Behavior Keyphrases

INIS

100
coatings INIS
100
carbon INIS
100
applications INIS
100
diamonds INIS
100
wear INIS
33
particles INIS
22
adhesion INIS
22
abrasion INIS
11
raman spectroscopy INIS
11
substrates INIS
11
surfaces INIS
11
chemical vapor depo... INIS
11
failures INIS
11
hardness INIS
11
assessments INIS
11
simulation INIS
11
scanning electron m... INIS
11
morphology INIS
11
thickness INIS
11
plasma INIS
11
damage INIS
11
infrared spectra INIS
11
stiffness INIS
11
humidity INIS
11
friction factor INIS
11
wear resistance INIS
11
afm INIS
11
manganese 60 INIS
11
body fluids INIS
11
corundum INIS
Research OutputsResearch Output authored by Nano-scratch and fretting wear study of DLC coatings for biomedical application is tagged with the concept