Professor Justin Wark: Publications

Further simulations of the gain in a K XIX/Cl XVII resonantly photopumped X-ray laser

JOURNAL OF QUANTITATIVE SPECTROSCOPY & RADIATIVE TRANSFER 70:1 (2001) 11-24

Authors:

IR Al'Miev, SJ Rose, JS Wark

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Laser-based high pressure, high strain-rate solid-state experiments.

ABSTRACTS OF PAPERS OF THE AMERICAN CHEMICAL SOCIETY 222 (2001) U10-U10

Authors:

DH Kalantar, J Belak, JD Colvin, M Kumar, KT Lorenz, KO Mikaelian, S Pollaine, BA Remington, SV Weber, LG Wiley, AM Allen, A Loveridge-Smith, JS Wark, MA Meyers

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Picosecond X-ray diffraction studies of shocked crystals

Optica Publishing Group (2001) wc1

Authors:

Justin Wark, A Allen, J Belak, T Boehly, A Hauer, B Holian, D Kalantar, G Kyrala, RW Lee, P Lomdahl, A Loveridge-Smith

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Plasma-based studies on 4th generation light sources

Optica Publishing Group (2001) wb5

Authors:

Richard Lee, RC Cauble, OL Landen, HA Baldis, JS Wark

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Simulation of the time-dependent dynamical diffraction of FEL X-ray pulses

P SOC PHOTO-OPT INS 4500 (2001) 101-112

Authors:

JMH Sheppard, RW Lee, JS Wark

Abstract:

The temporal coherence properties of the X-ray pulse from a Free Electron Laser (FEL) will be altered during the process of dynamical diffraction from a perfect crystal. We present simulations of this process based on time-dependent dynamical diffraction theory. In addition, we present simulations of the diffraction of chirped X-ray pulses, demonstrating methods of pulse recompression by use of strained crystals.

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Professor Justin Wark

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Further simulations of the gain in a K XIX/Cl XVII resonantly photopumped X-ray laser

Authors:

Laser-based high pressure, high strain-rate solid-state experiments.

Authors:

Picosecond X-ray diffraction studies of shocked crystals

Authors:

Plasma-based studies on 4th generation light sources

Authors:

Simulation of the time-dependent dynamical diffraction of FEL X-ray pulses

Authors:

Abstract:

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Further simulations of the gain in a K XIX/Cl XVII resonantly photopumped X-ray laser

Authors:

Laser-based high pressure, high strain-rate solid-state experiments.

Authors:

Picosecond X-ray diffraction studies of shocked crystals

Authors:

Plasma-based studies on 4th generation light sources

Authors:

Simulation of the time-dependent dynamical diffraction of FEL X-ray pulses

Authors:

Abstract: