Abstract
Spectator, adiabatic, and DWBA wave functions have been compared for a separable potential, three-body model of deuteron stripping. The spectator and adiabatic wave functions are shown to be identical in this model; their use in the stripping amplitude is exact. Detailed calculations are presented and analyzed for an incident energy of 6.7 MeV; these are similar to results obtained at energies of 1.78, 11.2, and 15.12 MeV. Although the resulting distributions are in good agreement, the adiabatic and DWBA wave functions and partial wave amplitudes do not agree too well, as in the many-body calculations of Harvey and Johnson.
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