Abstract

A method is developed for calculating finite-range corrections in two-nucleon transfer reactions which is readily adapted to current distorted-wave Born approximation calculations. Finite well wave functions are used and terms up to second order in the range are carried. The method is tested for the 48Ti(p, t) 46Ti reaction at 27 MeV where the DWBA calculations are known to be very sensitive to parameter variations. Although the second-order terms are appreciable the method does appear to be converging.

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