Study of Local Inter-Nucleus Potential on the Basis of the Resonating Group Method. II: Calculational Procedure and Study of the Systems of 0s-Shell-Nucleus + ¹⁶O

Abstract

Calculational procedure of the analytical expression of the Wigner transforms of the RGM kernels is explained for the systems of Z + ⁴He, Z + ¹⁶O and Z + ⁴⁰Ca where Z is any 0s-shell nucleus. Analysis of the equivalent local potentials of the RGM non-local potentials is given for Z + ¹⁶O systems where a nucleon is not contained as Z. Characteristic results obtained for the α + α system reported in a previous paper are shown to be of general nature valid to the present Z + ¹⁶O systems in their essential aspects. Dependence of the exchange potential on the mass number of Z is studied. Equivalent local potentials are found to show similar energy dependence as a function of the incident energy per nucleon. Effective two-nucleon force to be used in a double folding model is discussed.

Citing Article(s):

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