Abstract
Relativistic multireference many-body perturbation theory has been employed to calculate the energies of levels in the 2sn12pn23l (l = 0–2) and 2sn12pn24l (l = 0–3) configurations of boron-like silicon (Si X) to high accuracy. Synthetic spectra based on theoretical electric dipole transition probabilities and wavelengths are compared with laboratory spectra in order to identify EUV and soft-x-ray spectral lines.
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