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[en] Recent progress in plasma polarization spectroscopy (PPS) research is reviewed. Besides discharge plasmas and solar plasmas, the first class of plasma which has become the subject of PPS research is laser-produced plasmas. Polarization is observed for emission lines and recombination continuum, indicating a spatially (directionally) anisotropic velocity distribution of electrons, especially in very-low-energy regions. Tokamak plasmas are the second class; impurity ion lines are found polarized. A kinetic model, the population-alignment collisional-radiative model, was constructed and the experimental line intensity and polarization are interpreted in terms of the electron velocity distribution function. Recently, atomic physics relevant for PPS has made substantial progress. Several facets, experimental and theoretical, are mentioned. (author)
Journal
Plasma Physics and Controlled Fusion (Online); ISSN 1361-6587; 
; v. 41(3A); p. A625-A633
; v. 41(3A); p. A625-A633
[en] The three specialists meetings on Shielding Aspects of Accelerators, Targets and Irradiation Facilities (SATIF-1, SATIF-2, SATIF-3) held in Arlington, Texas (1994), Geneva, Switzerland (1996) and Sendai, Japan (1997) have produced an immense interest in the collection of computer software for accelerator shielding. The Nuclear Energy Agency Data Bank (NEA DB) and the Radiation Safety Information Computational Centre (RSICC) continue to pursue the task of collecting these codes for the interest of the community. (author)
Source
308 p; ISBN 92-64-17044-8; ; 1999; p. 241-259; SATIF 4: Shielding aspects of accelerators, targets and irradiation facilities; Knoxville, TN (United States); 17-18 Sep 1998; 5 refs.
; 1999; p. 241-259; SATIF 4: Shielding aspects of accelerators, targets and irradiation facilities; Knoxville, TN (United States); 17-18 Sep 1998; 5 refs.
[en] This is a guide to the problems set out in the second edition of the student edition of the student textbook, and is available from the publisher. It contains worked solutions to coincide chapter by chapter with the problems set in the second edition of the student textbook
Source
1983; 100 p; MacMillan Press Ltd; London (UK); ISBN 0-333-344057;
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