Dielectronic recombination coefficient for F-like selenium

Total dielectronic recombination coefficients from F-like to Ne-like selenium have been calculated for three F-like initial states for electron temperatures in the range 0.01{≤}T{≤}6 keV/kB. The detailed Auger and radiative rates were evaluated by using the multiconfiguration Dirac-Fock model. Including additional autoionization channels to the excited states of the recombining ion in calculations of the stabilization fluorescence yields leads to a reduction of the total dielectronic coefficients by an amount less than 15%. The peak total dielectronic recombination coefficients are 3.2×{}10^-11, 4.2×{}10^-11, and 3.7×{}10^-11 cm³/sec for the initial ²S1/2, ²P1/2, and ²P3/2 states, respectively.