Abstract
An attempt has been made to calculate the wave functions of the lowest J = 0 + states in both the target and the residual nucleus directly from two-particle transfer reactions. Due to serious limitations on the dimensions of the shell model subspace and partly due to the choice of test nuclei, the results are at best only in qualitative agreement with shell-model calculations. Some estimates have been made on the accuracy of nuclear spectroscopy with two-particle as compared to one-particle transfer reactions; and it is shown that the greater uncertainties in the optical-model calculations for two-particle transfer reactions are compensated for by the sensitivity of the cross sections to the shell-model amplitudes.
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