Abstract
The recoil momentum distribution for the ( π −, nn) reaction on 6Li is calculated using the one- and two-nucleon absorption interactions and the α-d cluster model for 6Li. It is found that the shapes of the distribution calculated with the two interactions do not differ much. Its magnitude, however, can differ substantially, depending upon the parameter of the correlation function in the one-nucleon model. From this and the comparison with the available experimental data it is argued that the two-nucleon model can be used to make a relative study of the correlations in nuclei, in addition to its utility for studying two-hole states in nuclei and the advantage of an easier formalism.
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