Abstract
The changes in the Coulomb excitation process due to nuclear interactions in the incident and exit channels are calculated. It is shown that resonances in the elastic scattering channel interfere coherently with the Coulomb excitation process and thus lead to anomalies in the cross section for Coulomb excitation. The predictions of the present work are compared with the results of Temmer and Heydenburg for the reaction Na 23(p, p′γ).
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