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Abstract
A relativistic version of electron-scattering close-coupling theory (in the static approximation) is developed for the 1${s}_{1/2}$, 2${s}_{1/2}$, 2${p}_{1/2}$, and 2${p}_{3/2}$ states of hydrogenlike (or frozen-core, alkali-metal-like) target ions. Comparisons are made among close-coupling, distorted-wave, and semiclassical distorted-wave results as a function of scattering-electron energy and the charge of the target.
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