Radiative Properties Of Hot Dense Matter - Proceedings Of The International Workshop

Calculation of emission and absorption spectra of LTE plasma by the STA method, A. Bar-Shalom, et al; line broadening code for multielectron ions, A. Calisti, et al; plasma spectroscopy simulations with the Altair Code, J.I. Castor, et al; OPAL opacities for astrophysical application, C.A. Iglesia; X-ray emission from high-temperature solid density plasmas produced by intense subpicosecond ultraviolet radiation, A. Zigler, et al; semiclassical calculation of two-photon rates, R. More & Rose; recent progress in nickel-like and neon-like x-rays lasers, L.B. DaSilva, et al; analysis of electron heat transport in femtosecond laser-plasma interactions with layered solid targets and with thin foils, M.D. Rosen; pressure dissociation of hydrogen and the formation of solid phases, S.M. Younger; measurement and analysis of radiation transport in radiatively heated foils, J. Edwards, et al; the effect of nearest neighbour ions on excited ionic states and line profiles in the emission spectra of li-like Krypton in hot and dense plasmas, J. Stein, et al; opacity calculations in complex atoms using the statistical properties of transition arrays, J. Bauche, et al; absorption measurements of radiatively heated low-Z materials, B.A.Hammel, et al.