Abstract
The non-local model of Perey and Buck is extended to the bound-state problem. For 16O and 40Ca, the single-particle states in the non-local potential are compared with those in a local Woods-Saxon potential and with experiment. Different approximations for the non-local wave functions of bound and scattering states are tested and found to be very useful. The influence of the non-locality in zero-range DWBA calculations of the 16O(d, p) 17O and 18O(p, p′) reactions is investigated. For the stripping reaction the differential cross sections are compared with those obtained using a sharp radial cut-off.
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