Abstract
Triply differential cross sections and spin asymmetries for $(e,2e)$ reactions of the ${1s}_{1/2}$ state of intermediate- and high-$Z$ atoms in coplanar asymmetric geometry are analyzed within the framework of the relativistic distorted wave Born approximation. Specific signatures of the relativistic nature of the electron-electron interaction, and of the atomic-number-dependent electron-residual ion interaction, are identified.
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