Tribological and Corrosion Properties of Nickel/TiC Bilayered Coatings Produced by Electroless Deposition and PACVD

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

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Material Science

100
Nickel Material Science
100
Coating Material Science
100
Corrosion Material Science
100
Electroless Deposit... Material Science
20
Spring Steel Material Science
10
Hardness Material Science
10
Chemical Vapor Depo... Material Science
10
Friction Material Science
10
Corrosion Resistanc... Material Science
10
Tribology Material Science
10
Adhesion Material Science
10
Plastic Deformation Material Science
10
Toughness Material Science
10
Hard Coating Material Science
10
Wear Resistance Material Science
10
Coefficient of Fric... Material Science
10
Hot Working Material Science
10
Gas Mixture Material Science

Keyphrases

100
Tribological Proper... Keyphrases
100
Corrosion Propertie... Keyphrases
100
Electroless Deposit... Keyphrases
100
Bilayered Coating Keyphrases
100
Plasma-assisted Che... Keyphrases
80
Nano-TiC Keyphrases
60
TiC Coating Keyphrases
60
Ni Intermediate Lay... Keyphrases
40
Nanostructures Keyphrases
40
Friction Coefficien... Keyphrases
40
Ni3P Keyphrases
40
Electroless Nickel Keyphrases
40
Bi-layered Keyphrases
20
Gas Mixture Keyphrases
20
Chemical Vapor Depo... Keyphrases
20
Layer Thickness Keyphrases
20
Sulfuric Acid Keyphrases
20
Corrosion Resistanc... Keyphrases
20
Sodium Chloride Keyphrases
20
Plastic Deformation Keyphrases
20
Corrosion Behavior Keyphrases
20
Toughness Keyphrases
20
Adhesion Keyphrases
20
Hard Coating Keyphrases
20
Wear Resistance Keyphrases
20
Microstructure Beha... Keyphrases
20
Hard Steel Keyphrases
20
Sliding Process Keyphrases
20
Steel Substrate Keyphrases
20
Wear Mechanism Keyphrases
20
Abrasive Keyphrases
20
Ni Layer Keyphrases
20
Carbon Phase Keyphrases
20
Electroless Method Keyphrases
20
Titanium Tetrachlor... Keyphrases
20
Polarization Resist... Keyphrases
20
E-ratio Keyphrases
20
Hot Working Steel Keyphrases
20
Chlorine Concentrat... Keyphrases
20
Ni Thickness Keyphrases
20
Plastic Fatigue Keyphrases
20
Hardness Values Keyphrases
20
Coating Substrate Keyphrases
20
Groove Width Keyphrases
20
Tribology Behavior Keyphrases

INIS

100
deposition INIS
100
coatings INIS
100
nickel INIS
100
corrosion INIS
100
titanium carbides INIS
45
layers INIS
18
steels INIS
18
thickness INIS
18
nanostructures INIS
18
friction factor INIS
9
microstructure INIS
9
values INIS
9
mixtures INIS
9
concentration INIS
9
polarization INIS
9
substrates INIS
9
width INIS
9
chemical vapor depo... INIS
9
gases INIS
9
hardness INIS
9
carbon INIS
9
plasma INIS
9
methane INIS
9
chlorine INIS
9
tribology INIS
9
corrosion resistanc... INIS
9
wear INIS
9
sodium chlorides INIS
9
adhesion INIS
9
fatigue INIS
9
plasticity INIS
9
hot working INIS
9
wear resistance INIS
9
abrasives INIS

Engineering

100
Corrosion Property Engineering
100
Intermediate Layer Engineering
100
Electroless Plating Engineering
66
Steel Engineering
66
Electroless Nickel Engineering
66
Friction Coefficien... Engineering
66
Coefficient of Fric... Engineering
33
Methane Engineering
33
Hardness Value Engineering
33
Thickness Engineering
33
Mechanisms Engineering
33
Layer Thickness Engineering
33
Tribology Engineering
33
Corrosion Behavior Engineering
33
Assisted Chemical V... Engineering
33
Plastic Deformation Engineering
33
Hot Working Engineering
33
Wear Resistance Engineering
33
Substrates Engineering
33
Cycle Engineering
33
Corrosion Resistanc... Engineering
33
Gas Mixture Engineering
Research OutputsResearch Output authored by Tribological and Corrosion Properties of Nickel/TiC Bilayered Coatings Produced by Electroless Deposition and PACVD is tagged with the concept