Cross sections for the complete fusion of 32,36S with 58,64Ni were measured at laboratory energies ranging from 79.5 to 152 MeV, which encompass the various Coulomb barriers. The excitation functions are compared with calculations performed in the coupled-channels approach, involving the lowest 2+ and 3− levels of each collision partner, in the constant coupling approximation.
Influence of different reaction channels on the subbarrier fusion of 32,36S with 58,64Ni
MONTAGNOLI, GIOVANNA;SIGNORINI, COSIMO;LUNARDI, SANTO;SORAMEL, FRANCESCA;
1985
Abstract
Cross sections for the complete fusion of 32,36S with 58,64Ni were measured at laboratory energies ranging from 79.5 to 152 MeV, which encompass the various Coulomb barriers. The excitation functions are compared with calculations performed in the coupled-channels approach, involving the lowest 2+ and 3− levels of each collision partner, in the constant coupling approximation.
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