TRANSITION ENERGIES, OSCILLATOR STRENGTHS, AND TRANSITION PROBABILITIES OF HIGH-LYING ~1P~o AND ~1D~e STATES OF NEON-LIKE IONS

摘要

Transition energies, oscillator strengths, and transition probabilities for the high-lying dipolar and quadrupolar excitations up to principal quantum number n = 4 have been calculated for the first few members of the Ne isoelectronic sequence using the time-dependent coupled Hartree-Fock (TDCHF) theory. These data are very useful for the spectral diagnostics of solar, stellar, and laboratory plasma. Most of the data for high-lying transitions are new. For low-lying transitions, results agree well with the existing theoretical and experimental data.