Elsevier

Nuclear Physics A

Volume 334, Issue 1, 28 January 1980, Pages 177-188
Nuclear Physics A

Intermediate resonance of inelastic 12C + 12C scattering

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Abstract

The intermediate resonances observed in the inelastic 12C + 12C cross sections to the single and mutual 21+(4.43 MeV) excitations and the single 31 (9.64 MeV) excitation are studied by the coupled-channel method with the use of the coupling interaction derived by the folding procedure between 12C and 12C. It is shown that the model is successful in reproducing the gross structures of the inelastic cross sections and especially the correlated resonance energies of the inelastic channels. The inelastic resonances are shown to be due to the molecular resonances in an adiabatic potential between two 12C, which reproduces correctly the coupled channel resonances.

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