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Electron capture from multielectron atoms by fast ions in the continuum intermediate-state approximation.

A method has been derived for the evaluation of the Coulomb integral containing the product of a Coulomb wave function with a Slater-type orbital in a closed form. This method which is relevant to the charge transfer in second-order theories has been applied for the calculation of cross sections from the K shell of C, N, O, Ne, and Ar atoms by fast protons in the framework of the continuum intermediate-state approximation. The present calculated results are found to be in good agreement with the available experimental findings and the existing theoretical calculations in the high-energy region.