31p-TF-3 High density Implosion of Shell Targets VII : Mass Ablation Rate

(1989) 229

Authors:

PA NORREYS, Noriaki MIYANAGA, Hiroaki NISHIMURA, Kiminori KONDO, Hiroshi AZECHI, Osamu MAEGAWA, Akio NISHIGUCHI, Masanobu YAMANAKA, MIMA Kunioki, Chiyoe YAMANAKA, Sadao NAKAI

Interpretation of EXAFS data from laser shock compressed plasmas

Plasma Physics and Controlled Fusion IOP Publishing 31:1 (1989) 111

Authors:

A Djaoui, B Shiwai, TA Hall, RW Eason, C Jackson

Production of hot near-solid-density plasma by electron energy transport in a laser-produced plasma

Physical Review A 40:5 (1989) 2857-2859

Authors:

GJ Tallents, MH Key, P Norreys, D Brown, J Dunn, H Baldis

Abstract:

Targets with a layer of aluminum buried beneath a plastic overlay have been irradiated with 0.53 1/4m wavelength, 20-ps pulse length light at (12)×1016 W cm-2. The widths of Stark broadened Al xii 1s21S01s3p P11 spectral lines and the ratios of satellite line intensities to the Al xii 1s2m S011s2p P11 spectral line emitted from the aluminum layer imply electron densities up to (68)×1022 cm-3. This result is a direct observation of significant energy transport to densities close to solid. © 1989 The American Physical Society.

EXPERIMENTAL MEASUREMENT OF DIELECTRONIC SATELLITES TO THE He-LIKE ALUMINIUM Is 2 -1s2p 1 P 1 RESONANCE LINE FROM LASER PRODUCED PLASMAS

Journal de Physique Archives EDP Sciences 50:C1 (1989) c1-551-c1-557

Authors:

J DUNN, R BARNSLEY, KD EVANS, NJ PEACOCK, GJ TALLENTS, PA NORREYS, MH KEY

MED101: a laser-plasma simulation code. Users’ guide

(1989) RAL-89-127

Authors:

PA Rodgers, AM Rogoyski, SJ Rose