Abstract
The scattering of different 1p shell heavy ions on nuclei of the same species has been measured in the whole angular range up to 174°. Various pairs of interacting nuclei have been selected according to the different complexities of their properties which can influence the scattering through higher-order processes to different degrees. In general, the observed rise of the cross section in the backward region is satisfactorily described as a single-step transfer reaction. Second-order processes and compound-nucleus contributions are of no practical importance for the explanation of the elastic scattering data. The performed analysis, however, leaves some features in the experimental angular distributions not fully and satisfactorily understood.
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