Transparency window effect in the Inglis-Teller region of the B V Lyman series.

Physics

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Boron: Atomic Processes, Boron: Laboratory Spectra, Boron: X-Ray Spectra

Scientific paper

The spectral signature in the transition region between the bound-bound and bound-free regions at the end of a line series is considered. The authors report time integrated measurements of the spectrum of hydrogen-like boron, in a laser produced plasma, with Nc ≍ 4×1020cm-3 and Tc ≍ 40 eV. The spectrum was modeled using a 1D code that solves the transfer equation along the line of sight, assuming that the source function is derived from LTE kinetics. Line emission and continuum broadening effects are treated in detail. Within a spectral resolution of ≍0.5 Å, from instrumental and Stark broadening effects, the authors do not find any significant evidence for the previously predicted abnormal distribution of intensities in the Inglis-Teller region.

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