Influence of Sn on martensitic beta Ti alloys

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

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Material Science

100
Alloy Material Science
100
Niobium Alloys Material Science
50
Wire Material Science
50
Temperature Material Science
50
Lattice Constant Material Science
50
Dislocation Material Science
50
Martensite Material Science
50
Austenite Material Science
50
Elastic Moduli Material Science
50
Synchrotron X-Ray D... Material Science
50
Phase Composition Material Science

Keyphrases

100
Martensitic Keyphrases
100
Thalassemia Interme... Keyphrases
33
Phase Stability Keyphrases
33
Large Reduction Keyphrases
33
Lattice Parameter Keyphrases
33
Elastic Modulus Keyphrases
33
Austenite Transform... Keyphrases
33
Dislocation Slip Keyphrases
33
Martensitic Transfo... Keyphrases
33
Martensitic Transfo... Keyphrases
33
Deformation Stage Keyphrases
33
Transformation Stra... Keyphrases
33
Nb Alloy Keyphrases
33
In Situ Synchrotron... Keyphrases
33
Detwinning Keyphrases
33
Ti-Nb Alloys Keyphrases
33
Ti-Nb-Zr Keyphrases
33
Ti17 Keyphrases
33
Grain Family Keyphrases
33
Ti Wire Keyphrases
33
Cyclic Tension Keyphrases

INIS

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alloys INIS
100
martensitic steels INIS
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deformation INIS
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texture INIS
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niobium alloys INIS
33
reduction INIS
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transformations INIS
33
increasing INIS
33
x-ray diffraction INIS
33
dislocations INIS
33
anisotropy INIS
33
strains INIS
33
wires INIS
33
phase transformatio... INIS
33
phase stability INIS
33
lattice parameters INIS
33
synchrotrons INIS
33
martensite INIS
33
slip INIS
33
austenite INIS
Research OutputsResearch Output authored by Influence of Sn on martensitic beta Ti alloys is tagged with the concept