Abstract
The feasibility and limitations of a DWBA approach to the (3He, t) reaction formulated as a direct reaction in terms of an effective 3He-nucleon force is investigated. While the central Vτ and the tensor component VTτ can well be determined, the spin-orbit force VLSτ cannot be used without a spin dependent normalization. Analysis of the analyzing power of the "free" process 3He(n⃗, p,)t indicates the need of an imaginary LSτ-component but does not solve the normalization problem. The evidence on energy dependence of the effective force component is discussed briefly.
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