Elsevier

Nuclear Physics A

Volume 108, Issue 1, 29 January 1968, Pages 27-48
Nuclear Physics A

A shell-model calculation of 18F and 18O using the Tabakin interaction

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Abstract

A shell-model calculation of 18F and 18O is performed in which the Tabakin interaction is used as the residual shell-model interaction. Two kinds of second-order corrections are included by perturbation theory. In one (the second Born corrections), plane wave intermediate states are used; in the other, particle-hole core-excited states are included. The results agree quite well with experiment. A detailed comparison is made between the results of this calculation and that made by Kuo and Brown with the Hamada-Johnston hard-core potential. The matrix elements of the two potentials agree surprisingly well. The second Born corrections are important in improving the agreement between the two sets of T = 0 matrix elements.

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    Research supported by the National Science Foundation.

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