Abstract
Two geometries are chosen to make predictions and to test the Coulomb-Born approximation against the distorted-wave Born approximation and experiment, the symmetric coplanar constant ${\ensuremath{\Theta}}_{12}$ geometry for K-shell ionization of Ag and the asymmetric coplanar geometry for L-subshell ionization of U. Even for the heaviest target, good agreement is found as long as the two electrons emerge on opposite sides of the beam axis.
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