Abstract

A full finite-range second order DWBA analysis is made for 48Ca( 3He, t) 48Sc at 23 MeV leading to the lowest 0 + ∼ 7 + states of the [ f − 7 2 f 7 2 ] configuration taking into account both 3Heαt and 3He dt two-step processes. The effect of the finite-range of the form factors strongly reduces the contribution of 3Heαt process and the nonorthogonality corrections drastically change the contribution of 3Hedt process. Because of these effects the contributions of both processes have about the same magnitude.

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