Abstract
Two features of the (d, p) stripping reaction to the continuum, the parallelism between the excitation functions of energy-differential stripping cross section d/sup 2/sigma/d..cap omega..dE and the total neutron-target elastic scattering cross section delta/sub tot/(n n), and the dependence of the ratio (d/sup 2/sigma/d..cap omega..dE) sigma/sub tot/(n, n) on transferred angular momentum (1), are explained satisfactorily by a plane wave Butler approximation for a /sup 32/S target nucleus. It appears that the l dependence of the above ratio is so dominant that even the crude Bulter approximation suffices for identification of l values. The (d, p) and (d, n) angular distributions are also calculated with experiment and with these obtained by distorted wave Born approximation method employing an extrapolation technique to treat the neutron wave in the continuum. (AIP)
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