Abstract
The primary purpose of the present work is to provide new refined results from nonperturbative treatment of the radiative damping effect in dielectronic recombination. The present results are used to test and confirm previously reported method [V. Stancalie, Phys. Plasmas 12, 043301 (2005)] taking full account of the electron collision and radiative processes in a consistent way, when radiation field is considered to all orders. This work refers to the 1s22s5s(S1) and 1s22p7s(P01) configurations, embedded in the electric dipole field of the 2s–2p core transition in Li-like C ion. Comparisons with previously reported results are shown. This data are believed to be the first demonstration of Δn=2 channel in dielectronic recombination of Li-like into Be-like C and are important in plasma diagnostics.
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