Professor Justin Wark: Publications

Investigation of disordering and reordering of laser-irradiated InSb by Time-resolved X-ray diffraction

Institute of Electrical and Electronics Engineers (IEEE) (2002) 168-168

Authors:

J Larsson, A Lindenberg, PA Heimann, PH Bucksbaum, RW Lee, JS Wark, RW Falcone

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Laser Driven High Pressure, High Strain‐Rate Materials Experiments

AIP Conference Proceedings AIP Publishing 620:1 (2002) 615-618

Authors:

DH Kalantar, AM Allen, F Gregori, B Kad, M Kumar, KT Lorenz, A Loveridge, MA Meyers, S Pollaine, BA Remington, JS Wark

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Plastic Deformation in Laser‐Induced Shock Compression of Monocrystalline Copper

AIP Conference Proceedings AIP Publishing 620:1 (2002) 619-622

Authors:

MA Meyers, F Gregori, BK Kad, MS Schneider, DH Kalantar, BA Remington, JS Wark, T Boehly, G Ravichandran

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Picosecond x-ray diffraction studies of shocked crystals

Pacific Rim Conference on Lasers and Electro Optics CLEO Technical Digest (2002) 299-300

Authors:

JS Wark, A Allen, A Loveridge-Smith, J Belak, D Kalantar, RW Lee, S Pollaine, B Remington, S Weber, T Boehly, A Hauer, B Holian, G Kyrala, P Lomdahl, D Paisley, DC Swift, MA Meyers

Abstract:

Shocked crystals were investigated by picosecond X-ray diffraction. The response of single crystal silicon to nanosecond timescale uniaxial shock compression was purely elastic. Single crystal Cu shocked along the (200) axis exhibited compression of the unit cells along both (200) and (020), indicating a transition to plastic flow.

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Picosecond x-ray diffraction studies of shocked crystals

Conference on Quantum Electronics and Laser Science QELS Technical Digest Series 74 (2002) 115

Authors:

JS Wark, A Allen, A Loveridge-Smith, J Belak, D Kalantar, RW Lee, S Pollaine, B Remington, S Weber, T Boehly, A Hauer, B Holian, G Kyrala, P Lomdahl, D Paisley, DC Swift, MA Meyers

Abstract:

Experimental time-resolved X-ray diffraction data that provide firm evidence that the response of single crystal silicon to nanosecond timescale uniaxial shock compression along the (400) axis is anomalous in that it is purely elastic is presented. In addition, the results of a molecular-dynamics simulations of the diffraction of X-rays from shocked samples, which indicate that it may be possible to directly measure dislocation densities by observing the angular shifts associated with sticking faults within face-centred-cubic metals are presented as well.

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Professor Justin Wark

Sub department

Investigation of disordering and reordering of laser-irradiated InSb by Time-resolved X-ray diffraction

Authors:

Laser Driven High Pressure, High Strain‐Rate Materials Experiments

Authors:

Plastic Deformation in Laser‐Induced Shock Compression of Monocrystalline Copper

Authors:

Picosecond x-ray diffraction studies of shocked crystals

Authors:

Abstract:

Picosecond x-ray diffraction studies of shocked crystals

Authors:

Abstract:

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Professor Justin Wark

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Investigation of disordering and reordering of laser-irradiated InSb by Time-resolved X-ray diffraction

Authors:

Laser Driven High Pressure, High Strain‐Rate Materials Experiments

Authors:

Plastic Deformation in Laser‐Induced Shock Compression of Monocrystalline Copper

Authors:

Picosecond x-ray diffraction studies of shocked crystals

Authors:

Abstract:

Picosecond x-ray diffraction studies of shocked crystals

Authors:

Abstract: