A method for doing distorted-wave Born-approximation calculations for nucleon transfer reactions is presented. This method is designed to be used when the zero-range approximation cannot be made. The method has the advantage that only simple quadratures need be performed. When recoil effects are negligible, our method leads to a particularly simple form. The technique developed here can be applied to the evaluation of the six-dimensional integrals that result when the general two-body interaction is considered. Thus it may be usefully applied to nuclear-structure calculations when it is desired to use wavefunctions which are not harmonic-oscillator eigenfunctions.
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Sawaguri et al. (1967) studied this question.
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