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Experimental data for study of kinetics of plastic strain induced phase transition in ultra pure Zirconium

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posted on 09.07.2020 by Valery Levitas, Krishan K. Pandey
To study the kinetics of plastic strain induced phase transition, three experimental runs were performed on ultra pure plastically pre-deformed zirconium sample employing rotational diamond anvil cell (RDAC). Sample was prescribed to different complex compression/torsion paths as described in the associated publication. The x-ray diffraction (XRD) measurements were carried out in axial geometry. In order to get the radial profiles of pressure and phase fraction, the sample was scanned across culet diameter in steps of 10 microns in each compression/torsion condition and XRD image was recorded at each scanning position.

Funding

Deformation of Metals under High Pressure: Multiscale Stress Fields, Plasticity, and Phase Transformations

Directorate for Mathematical & Physical Sciences

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Phase transformation-related phenomena under compression and shear of ceramics

United States Army

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Vance Coffman Faculty Chair Professorship

Prestressing Metal Fuel Particles for Enhanced Reactivity

United States Department of the Navy

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Plasticity, Phase Transformations, and their Interaction under High Pressure in Silicon

Directorate for Engineering

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