Metastability of α/β interfaces in titanium : Implications for interface migration

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

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Material Science

100
Metastability Material Science
100
Titanium Material Science
33
Density Material Science
33
Alloy Material Science
33
Alloying Material Science
33
Interface Structure Material Science
33
Vanadium Material Science

Keyphrases

100
Rutile Keyphrases
100
Metastability Keyphrases
100
Interface Migration Keyphrases
66
Interface States Keyphrases
66
Hollow Keyphrases
33
Mechanical Properti... Keyphrases
33
Density Functional ... Keyphrases
33
Vanadium Keyphrases
33
Interfacial Structu... Keyphrases
33
Energy Barrier Keyphrases
33
Interface Structure Keyphrases
33
Phase Transformatio... Keyphrases
33
Relative Stability Keyphrases
33
Coherent Interface Keyphrases
33
Highly Sensitive Keyphrases
33
Kinetic Properties Keyphrases
33
In-plane Strain Keyphrases
33
Migration Behavior Keyphrases

INIS

100
migration INIS
100
interfaces INIS
100
titanium INIS
16
strains INIS
16
bridges INIS
8
energy INIS
8
stability INIS
8
barriers INIS
8
alloys INIS
8
kinetics INIS
8
density functional ... INIS
8
vanadium INIS
8
phase transformatio... INIS

Engineering

100
Titania Engineering
100
Metastable State Engineering
66
Interface State Engineering
66
Bridges Engineering
33
Alloy Engineering
33
Alloying Engineering
33
Plane Strain Engineering
33
Relative Stability Engineering
33
Coherent Interface Engineering
33
Energy Barrier Engineering
33
Density Engineering
33
Vanadium Engineering
Research OutputsResearch Output authored by Metastability of α/β interfaces in titanium is tagged with the concept