Tribological effects of oxygen ion implantation into stainless steel

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

Fingerprint

???publication_fingerprints_help???

Material Science

100
Ion Implantation Material Science
100
Metal Material Science
100
Stainless Steel Material Science
100
Tribological Effect Material Science
66
Friction Material Science
66
Gas Material Science
33
Diamond Material Science
33
Materials Material Science
33
Spring Steel Material Science
33
Oxide Surface Material Science
33
Stainless Steel 304... Material Science
33
Surface (Surface Sc... Material Science

Keyphrases

100
Oxygen Effect Keyphrases
100
Stainless Steel Keyphrases
100
Co-implantation Keyphrases
100
Tribological Effect Keyphrases
100
Oxygen Ion Implanta... Keyphrases
50
Experimental Protoc... Keyphrases
50
Ion Implantation Keyphrases
50
Surface Layer Keyphrases
50
Ion Energy Keyphrases
50
Tribological Proper... Keyphrases
50
Oxygen Ions Keyphrases
50
Surface Oxide Layer Keyphrases
50
AISI 304 Steel Keyphrases
50
Wear Behavior Keyphrases
50
Metal Cans Keyphrases
50
Hybrid Element Keyphrases
50
Single Species Keyphrases
50
Steel Disk Keyphrases
50
Wear Performance Keyphrases
50
Friction Behavior Keyphrases
50
Mirror Finishing Keyphrases
50
Pin-on-disc Tribome... Keyphrases
50
Friction Performanc... Keyphrases
50
Diamond Paste Keyphrases
50
Hybrid Implants Keyphrases

INIS

100
metals INIS
100
ion implantation INIS
100
stainless steels INIS
100
oxygen ions INIS
66
surfaces INIS
66
layers INIS
66
gases INIS
66
hybrids INIS
66
wear INIS
66
friction INIS
33
substrates INIS
33
performance INIS
33
energy INIS
33
oxides INIS
33
doses INIS
33
steels INIS
33
ions INIS
33
diamonds INIS
33
kev range INIS
33
mirrors INIS
33
beams INIS
33
implants INIS
33
stainless steel-304... INIS
Research OutputsResearch Output authored by Tribological effects of oxygen ion implantation into stainless steel is tagged with the concept