2015
DOI: 10.1139/cjp-2015-0127
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A quantitative study of the forbidden and intercombination transitions arising from the Li-like Al autoionizing levels

Abstract: This work presents results from detailed quantitative description of the level population kinetics responsible for the relatively high line-intensity of the forbidden and intercombination transitions arising from autoionization states. The goal is to investigate the influence of different atomic processes on the emission spectrum of the laser-produced aluminum plasma obtained at the nhelix-laser test bed facility at GSI (PRA 63, 032716). In the experiment a Nd-glass YAG laser beam having 50 J pulse energy, 15 … Show more

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