Residual interaction in the shell-model wave function of 6Li

M. A.K. Lodhi

doi:10.1016/0375-9474(68)90108-5

Residual interaction in the shell-model wave function of ⁶Li

M. A.K. Lodhi

Physics

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6 Scopus citations

Abstract

It is assumed that the basic idea of shell model where the two-body, nucleon-nucleon forces, completely represented by an averaged central potential, is, in particular, unlikely to be valid for ⁶Li. Instead a substantial residual two-body interaction is expected which leads to admixture of configurations above (1s)⁴(1p)² state in the harmonic oscillator well in order to give a correct wave function of ⁶Li. This wave function is capable to predict the type of residual interaction yielding the potential depth and range with the oscillator parameter.

Original language	English
Pages (from-to)	549-560
Number of pages	12
Journal	Nuclear Physics, Section A
Volume	121
Issue number	3
DOIs	https://doi.org/10.1016/0375-9474(68)90108-5
State	Published - Dec 16 1968

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abstract = "It is assumed that the basic idea of shell model where the two-body, nucleon-nucleon forces, completely represented by an averaged central potential, is, in particular, unlikely to be valid for 6Li. Instead a substantial residual two-body interaction is expected which leads to admixture of configurations above (1s)4(1p)2 state in the harmonic oscillator well in order to give a correct wave function of 6Li. This wave function is capable to predict the type of residual interaction yielding the potential depth and range with the oscillator parameter.",

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AB - It is assumed that the basic idea of shell model where the two-body, nucleon-nucleon forces, completely represented by an averaged central potential, is, in particular, unlikely to be valid for 6Li. Instead a substantial residual two-body interaction is expected which leads to admixture of configurations above (1s)4(1p)2 state in the harmonic oscillator well in order to give a correct wave function of 6Li. This wave function is capable to predict the type of residual interaction yielding the potential depth and range with the oscillator parameter.

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Residual interaction in the shell-model wave function of ⁶Li

Abstract

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