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Abstract
Plasma screening effects on the K-shell photorecombination of the free electron with the ion in strongly coupled plasmas are investigated. The recombination cross section is obtained by the principle of detailed balance with the photoionization cross section of the hydrogenic ion. It is found that the plasma screening effects on the recombination cross section are found to be less than 20% when the ion-sphere radius (RZ) is greater than two times of the Bohr radius (aZ) of the hydrogenic ion with nuclear charge Z.
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