Abstract
Simple closed‐form computational formulas involving only elementary functions are obtained for the hydrogenic, discrete‐continuum matrix elements <k, l′ |rm| n, l>. The results allow for different effective charge parameters Z and Z′ for the discrete and continuum functions. The central radial integral computed is sufficiently general to allow the evaluation of matrix elements of rm exp(− r/ε) between the Coulomb continuum functions and any discrete function formed from rk exp(− r/A). Results are also given for the free‐particle limit as Z′ → 0.

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