Abstract
Total radiative rates, total Auger rates and lifetimes of levels of the Be-like configuration 1s2s2p 2 are presented for argon and titanium ions. Similar results are also reported for levels of the configuration 1s2s2p3p for argon. Wavelengths and line intensity factors in the transitions of initial levels of 1s2s2p 2 to final levels of 1s 22s2p are presented for argon. These calculations were performed in the intermediate coupling scheme using the Hartree-Fock atomic model.
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