Abstract
The /sup 13/C+/sup 16/O reaction has been studied by the kinematic coincidence technique in the E/sub c.m./ range between 19 and 30 MeV. Angular distributions and excitation functions were compared with results from /sup 12/C+/sup 17/O over the same energy range. Notable differences were found between the elastic angular distributions for the two reactions. Optical-model fits were performed to determine which parameters were sensitive to these differences. Broad structures, like shape resonances, were most apparent in the /sup 13/C+/sup 16/O reaction, particularly for the excitation of collective states. Transfer reactions involving single-particle states show a more complex energy dependence.
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