Abstract

Presents exact finite-range DWBA calculations using a realistic triton wavefunction for a series of (p,t) reactions on nuclei for which reliable spectroscopic factors are available. The theory predicts both the absolute magnitude and the shape of angular distributions and thus, for the cases studied, provides a test of the DWBA. The results obtained indicate that finite-range DWBA analysis of (p,t) reactions can probably provide additional information on the structure of nuclear wavefunctions.

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