Effect of heat-treatment on phase transition temperatures of a superelastic NiTi alloy for medical use

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

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Material Science

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Heat Treatment Material Science
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Nickel Titanium All... Material Science
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Stainless Steel Material Science
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Alloy Steel Material Science
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Titanium Alloy Material Science

Keyphrases

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Phase Transition Te... Keyphrases
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Superelastic Keyphrases
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Medical Use Keyphrases
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Nickel-titanium All... Keyphrases
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Heat Treatment Effe... Keyphrases
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Heat Treatment Keyphrases
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Heat Treatment Temp... Keyphrases
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Austenitic Keyphrases
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Transition Temperat... Keyphrases
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Ni Alloy Keyphrases
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Titanium Alloy Keyphrases
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Scoliosis Keyphrases
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Gradual Correction Keyphrases
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Spinal Instrumentat... Keyphrases
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Correction Force Keyphrases
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Stainless Steel All... Keyphrases
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Titanium Rods Keyphrases
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Heat Treatment Time Keyphrases
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Heat Treatment Para... Keyphrases
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Surgical Correction Keyphrases
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Spine Keyphrases
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Scoliotic Spine Keyphrases

INIS

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transition temperat... INIS
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heat treatments INIS
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phase transformatio... INIS
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nickel INIS
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titanium alloys INIS
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corrections INIS
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alloys INIS
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surgery INIS
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spine INIS
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stainless steels INIS
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rods INIS
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austenitic steels INIS

Engineering

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Heat Treatment Engineering
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Phase Transition Te... Engineering
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Experimental Result Engineering
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Rod Engineering
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Stainless Steel Engineering
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Ni Alloy Engineering
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Heat Treatment Para... Engineering
Research OutputsResearch Output authored by Effect of heat-treatment on phase transition temperatures of a superelastic NiTi alloy for medical use is tagged with the concept