Abstract
Optical model calculations with double-folded microscopic real central and spin-orbit potentials and an imaginary Woods-Saxon potential have been carried out for previously reported t→C and elastic scattering data. The t→C calculations are not able to reproduce the changes in the measured analyzing powers as a function of bombarding energy, whereas they do describe the t→Ni data. This analysis suggests that information about the cluster-core t→C spin-orbit potential, necessary for cluster structure calculations, cannot be determined without considerably more data. Three-particle-transfer reactions leading to show numerous structures that could appear in the tC entrance channel. Excitation functions are needed for both the elastic and 4.43 MeV first excited state in if this scattering is to be understood.
- Received 10 June 1985
DOI:https://doi.org/10.1103/PhysRevC.32.1169
©1985 American Physical Society