Professor Steven Rose: Publications

New plasma diagnostic possibilities from radiography with x.u.v. lasers

Journal of Quantitative Spectroscopy and Radiative Transfer Elsevier 54:1-2 (1995) 221-226

Authors:

MH Key, TW Barbee, LB Da Silva, SG Glendinning, DH Kalantar, SJ Rose, SV Weber

The effect of an ambient radiation field on the state of ionization in a laser-produced plasma

Journal of Quantitative Spectroscopy and Radiative Transfer Elsevier 54:1-2 (1995) 333-337

XUV opacity measurements and comparison with models

Journal of Quantitative Spectroscopy and Radiative Transfer Elsevier 54:1-2 (1995) 437-446

Authors:

G Winhart, K Eidmann, CA Iglesias, A Bar-Shalom, E Mínguez, A Rickert, SJ Rose

A comparison of time-dependent ionization models for laser-produced plasmas

Journal of Physics B Atomic Molecular and Optical Physics IOP Publishing 28:7 (1995) 1381

Authors:

SB Healy, A Djaoui, PB Holden, GJ Pert, SJ Rose

Demonstration of high gain in a recombination XUV laser at 18.2 nm driven by a 20 J, 2 ps glass laser

Physical Review Letters 74:8 (1995) 1335-1338

Authors:

J Zhang, MH Key, PA Norreys, GJ Tallents, A Behjat, C Danson, A Demir, L Dwivedi, M Holden, PB Holden, CLS Lewis, AG MacPhee, D Neely, GJ Pert, SA Ramsden, SJ Rose, YF Shao, O Thomas, F Walsh, YL You

Abstract:

An exceptionally high gain coefficient has been obtained at 18.2 nm in a C VI recombination laser driven by a 2 ps, 20 J, Nd-glass laser operating by chirped pulse amplification. Carbon fiber targets of 7 m diameter and up to 5 mm length were irradiated at 6×1015 W cm-2. The time and space integrated gain coefficient on the 18.2 nm Balmer transition was measured to be 12.5 1.5 cm-1. Comparison with numerical modeling suggests that saturated laser action would be obtained with less than a factor of 2 increase in length. © 1995 The American Physical Society.

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