Abstract
Intermediate resonance states in the +C system are explained in the framework of a phenomenological model assuming the oblately deformed in the equator-equator orientation. The corresponding internuclear potential is determined by means of a double-folding model with parameters obtained by an optical model calculation reproducing the experimental excitation function. With this potential energy expanded around the stable equator-equator orientation, the Schrödinger equation is approximately solved. The obtained energies of the eigenstates are compared with experimental data and their decay widths are calculated. © 1996 The American Physical Society.
- Received 18 May 1995
DOI:https://doi.org/10.1103/PhysRevC.53.322
©1996 American Physical Society