Oxford Centre for High Energy Density Science (OxCHEDS)

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Response to “Comment on ‘Collisionless shock and supernova remnant simulations on VULCAN’ ” [Phys. Plasmas 9, 727 (2002)]

Physics of Plasmas AIP Publishing 9:2 (2002) 729-730

Authors:

NC Woolsey, Y Abou Ali, RG Evans, RAD Grundy, SJ Pestehe, PG Carolan, NJ Conway, RO Dendy, P Helander, KG McClements, JG Kirk, PA Norreys, MM Notley, SJ Rose
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Measuring huge magnetic fields

Nature 415:6869 (2002) 280

Authors:

M Tatarakis, I Watts, FN Beg, EL Clark, AE Dangor, A Gopal, MG Haines, PA Norreys, U Wagner, MS Wei, M Zepf, K Krushelnick
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Fast heating of super-solid density plasmas towards laser fusion ignition

Plasma Physics and Controlled Fusion 44:12 B SPEC (2002)

Authors:

R Kodama, KA Tanaka, S Fujioka, H Fujita, H Habara, Y Izawa, T Jitsuno, Y Kitagawa, K Krushelnick, K Mima, N Miyanaga, K Nagai, P Norreys, T Norimatsu, K Shigemori, H Shiraga, Y Toyama, M Zepf, T Yamanaka

Abstract:

We have studied fast heating of highly compressed plasmas using multi 100 TW laser light. Efficient propagation of the ultra-intense laser light and heating of the imploded plasmas were realized with a cone-attached shell target. Energy deposition rate of the ultra-intense laser pulse into high-density plasmas was evaluated from neutron measurements. Generation and propagation property of energetic electrons in the ultra-intense laser interactions were also investigated with solid density targets. About 40% of the laser energy converted to mega electron volts energetic electrons in the interactions with solid targets at intensities of 1019W cm-2. These electrons propagated in the high-density plasmas with a divergence of 20-30° or jet-like collimation. Taking account of these experimental results, heating laser spot size is optimized for laser fusion ignition with a simple estimation.
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Picosecond X-Ray Diffraction Studies of Shocked Crystals

Institute of Electrical and Electronics Engineers (IEEE) (2002) 299-300

Authors:

JS Wark, A Allen, A Loveridge-Smith, J Belak, D Kalantar, RW Lee, S Pollaine, B Remmgton, S Weber, T Boehly, A Hauer, B Holian, G Kyrala, P Lomdahl, D Paisley, DC Swift, MA Meyers
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Picosecond X-Ray Diffraction Studies of Shocked Crystals

Institute of Electrical and Electronics Engineers (IEEE) (2002) 115

Authors:

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