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Structural effects in ICF foam-buffered targets

By R.J. Mason, R.A. Kopp, S.R. Goldman, D.C. Wilson and R.G. Watt


Experiments have indicated that low-density foam buffer layers can significantly mitigate the perturbing effects of beam non-uniformities in direct drive laser-matter interactions. A smooth drive is essential to obtaining ignition in the Direct Drive approach to ICF ignition. Consequently, the authors have conducted a detailed study of the mitigating capabilities of foam-buffers, and how to optimize then. Smoothly driven implosions may prove crucial to obtaining the high energy and neutron yields needed for Science Based Stockpile Steward ship applications

Topics: Laser Targets, Direct Drive Laser Implosion, 70 Plasma Physics And Fusion, Thermonuclear Ignition, Laser-Produced Plasma, Foams, Plasma Instability, Nuclear Weapons, 45 Military Technology, Weaponry, And National Defense
Publisher: Los Alamos National Laboratory
Year: 1997
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Provided by: UNT Digital Library
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