Effect of surface mechanical attrition treatment of titanium using alumina balls : Surface roughness, contact angle and apatite forming ability

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

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Material Science

100
Surface Roughness Material Science
100
Titanium Material Science
100
Aluminum Oxide Material Science
100
Contact Angle Material Science
100
Surface (Surface Sc... Material Science
20
Surface Energy Material Science
20
Grain Size Material Science
20
Plastic Deformation Material Science
20
Surface Property Material Science

Keyphrases

100
Surface Roughness Keyphrases
100
Rutile Keyphrases
100
Contact Angle Keyphrases
100
Surface Mechanical ... Keyphrases
100
Alumina Ball Keyphrases
100
Apatite-forming Abi... Keyphrases
50
Commercially Pure T... Keyphrases
50
Apatite Growth Keyphrases
25
Grain Size Keyphrases
25
Plastic Deformation Keyphrases
25
Surface Contaminati... Keyphrases
25
Surface Characteris... Keyphrases
25
Surface Energy Keyphrases
25
Immersion Time Keyphrases
25
Higher Education Keyphrases
25
Selective-area Keyphrases

INIS

100
surfaces INIS
100
roughness INIS
100
titanium INIS
100
aluminium oxides INIS
100
apatites INIS
42
growth INIS
14
presses INIS
14
grain size INIS
14
education INIS
14
plasticity INIS
14
surface contaminati... INIS
14
surface energy INIS

Engineering

100
Surface Engineering
100
Titania Engineering
100
Aluminum Oxide Engineering
100
Forming Ability Engineering
100
Roughness and Conta... Engineering
33
Pure Titanium Engineering
16
Roughness Engineering
16
Characteristics Engineering
16
Plastic Deformation Engineering
16
Surface Contaminati... Engineering
16
Education Engineering
16
Interfacial Energy Engineering

Chemical Engineering

100
Titanium Chemical Engineering
100
Alumina Chemical Engineering
100
Apatite Chemical Engineering
Research OutputsResearch Output authored by Effect of surface mechanical attrition treatment of titanium using alumina balls is tagged with the concept