Abstract
Abstract Angular distributions of the charge exchange reaction 14 C( 6 Li, 6 He) 14 N leading to the 1 + ground state and 3.95 MeV 1 + , and 5.20 MeV 2 − excited states at the 34 MeV incident beam energy were analyzed and measured. The 62 MeV data of Goodman et al . were also reanalyzed. The direct one-step charge exchange caused by the spin-isospin dependent term in the two-body interaction can account well for the observed data. The strength of spin-isospin dependent effective interaction (gaussian form with a range parameter of 1.8 fm) was extracted to be 18.5 MeV.
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