Oxford Centre for High Energy Density Science (OxCHEDS)

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ABLATIVELY DRIVEN THICK SHELL TARGET IMPLOSIONS

JOURNAL OF THE OPTICAL SOCIETY OF AMERICA B-OPTICAL PHYSICS 3:8 (1986) P112-P112

Authors:

MC RICHARDSON, P AUDEBERT, PA JAANIMAGI, RL KECK, FJ MARSHALL, RL MCCRORY, PW MCKENTY, DM ROBACK, JM SOURES, CP VERDON, JS WARK, B YAAKOBI, SM LANE, SG PRUSSIN
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Observations of the Rayleigh-Taylor instability in laser imploded microballoons

Applied Physics Letters 48 (1986) 15
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Studies of x-ray switching and shuttering techniques

Review of Scientific Instruments 57 (1986) 8
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Time-Resolved X-Ray Diagnostics for High Density Plasma Physics Studies

Chapter in Laser Interaction and Related Plasma Phenomena, Springer Nature (1986) 179-211

Authors:

MC Richardson, GG Gregory, RL Keck, SA Letzring, RS Marjoribanks, FJ Marshall, G Pien, JS Wark, B Yaakobi, PD Goldstone, A Hauer, GS Stradling, F Ameduri, BL Henke, PA Jaanimagi
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ND:GLASS LASER SYSTEM FOR GENERATING BEAT WAVES.

(1985) 256

Authors:

CN Danson, CB Edwards, IN Ross

Abstract:

Summary form only given. The Vulcan high-power Nd:glass laser facility, at the Rutherford Appleton Laboratory is scheduled to be used in conjunction with a low-density Z-pinch plasma in a series of novel experiments to determine the properties and behavior of beat waves. The reconfiguration of the laser system to provide synchronous operation at 1. 064 and 1. 053 at energies up to 2000 J is discussed with emphasis on the nonlinear response of the system in both the spatial and temporal domain.