Preparation, characterization and wear behavior of carbon coated magnesium alloy with electroless plating nickel interlayer

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

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Material Science

100
Characterization Material Science
100
Nickel Material Science
100
Magnesium Alloy Material Science
100
Electroless Deposit... Material Science
66
Composite Coating Material Science
33
Coating Material Science
33
Wear Resistance Material Science
16
Hardness Material Science
16
Temperature Material Science
16
Particle Material Science
16
Physical Vapor Depo... Material Science
16
Bond Strength (Mate... Material Science
16
Abrasion Material Science

Keyphrases

100
Wear Behavior Keyphrases
100
Carbon Coating Keyphrases
100
Magnesium Alloy Keyphrases
100
Preparation Behavio... Keyphrases
100
Electroless Nickel ... Keyphrases
100
Nickel Interlayer Keyphrases
80
Composite Coating Keyphrases
60
Ni-C Composite Keyphrases
40
Wear Resistance Keyphrases
20
Room Temperature Keyphrases
20
Dense Microstructur... Keyphrases
20
Wear Test Keyphrases
20
Adhesion Strength Keyphrases
20
Abrasive Wear Keyphrases
20
Wear Mechanism Keyphrases
20
Abrasive Particles Keyphrases
20
Wear Track Keyphrases
20
Ni@C Keyphrases
20
Wear Life Keyphrases
20
Rare Earth Magnesiu... Keyphrases
20
Coating PVD Keyphrases
20
Ni Interlayer Keyphrases
20
Effective Support Keyphrases

INIS

100
carbon INIS
100
nickel INIS
100
wear INIS
100
plating INIS
100
magnesium alloys INIS
85
coatings INIS
28
wear resistance INIS
28
abrasives INIS
14
microstructure INIS
14
particles INIS
14
comparative evaluat... INIS
14
hardness INIS
14
applications INIS
14
temperature range 0... INIS
14
tracks INIS
14
adhesion INIS
14
rare earths INIS
14
pvd INIS
Research OutputsResearch Output authored by Preparation, characterization and wear behavior of carbon coated magnesium alloy with electroless plating nickel interlayer is tagged with the concept