A theoretical study of the influence of configuration mixing on elastic scattering cross section is performed for the system O-16 + Al-27 at 100 MeV. A simple two-state model space, including the Al-27 5/2(+) ground and 5/2(+) excited state at 2.73 MeV, is used in the coupled channel equations. The results indicate that even a weak degree of mixing is able to sizeably affect the elastic cross section, determining mainly a damping of Fraunhofer oscillations, as observed in the experiments.

Effects of configuration mixing in heavy-ion elastic scattering

CAPPUZZELLO, FRANCESCO;FOTI, Antonino;
2014-01-01

Abstract

A theoretical study of the influence of configuration mixing on elastic scattering cross section is performed for the system O-16 + Al-27 at 100 MeV. A simple two-state model space, including the Al-27 5/2(+) ground and 5/2(+) excited state at 2.73 MeV, is used in the coupled channel equations. The results indicate that even a weak degree of mixing is able to sizeably affect the elastic cross section, determining mainly a damping of Fraunhofer oscillations, as observed in the experiments.
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Utilizza questo identificativo per citare o creare un link a questo documento: https://hdl.handle.net/20.500.11769/41892
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