Prediction and identification of some transitions associated with 2p/k/ and 2p/k-1/3l configurations in six-, seven- and eight-electron ions

Astronomy and Astrophysics – Astronomy

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Atomic Spectra, Fine Structure, Ion Charge, Spectroscopic Analysis, Transition Probabilities, Argon, Astronomical Spectroscopy, Calcium, Computer Programs, Electron Transitions, Line Spectra, Molecular Spectra, Prediction Analysis Techniques, Silicon, Solar Spectra, Sulfur

Scientific paper

Calculations of fine structure and transition probabilities, using the superstructure program developed at University College London, have been carried out for the 2p(k) and 2p(k-1)3l configurations of ions with six, seven, or eight electrons. The predicted line patterns are compared with existing observations for silicon, sulfur, argon, and calcium to yield some new identifications in laboratory and solar spectra and to indicate some transitions, as yet unobserved, that may be of observational importance.

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