Abstract
AbstractThe line strengths of 2–2 and 3–3 transitions (2s22p53s–2s22p53p–2s22p53d, 2s2s2p63s–2s2p63p‐2s2p63d, 2s22p53l‐2s2p63l) have been calculated for the Ne isoelectronic sequence (Z = 14 ÷ 100). The calculation has been carried out in intermediate coupling. Relativistic corrections have been included through the Breit operator. Perturbation theory in 1/Z has been used to account for electronic interactions.
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