Elsevier

Nuclear Physics

Volume 73, Issue 1, November 1965, Pages 1-24
Nuclear Physics

Effective interactions for the 1p shell

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Abstract

Effective interactions for the 1p shell are obtained by fitting energy data about nuclear levels. Magnetic dipole moments and probabilities for M1 gamma transitions and beta decay are calculated with the resultant wave functions. Comparison of such quantities with experiment provides an important check on the validity of the picture. The properties of the interaction are compared with those found in an earlier calculation and are also compared with the interaction deduced from nucleon-nucleon scattering. For consistency with the scattering potential, one must include a term proportional to (σ1 · 1)(σ2 · 1) as was introduced by Hamada and Johnston.

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    Work performed under the auspices of the U.S. Atomic Energy Commission.

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