Nuclear Deformation and Nuclear Force. I
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概要
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The magnitude of nuclear deformation is determined by the variational method in case of the rotational light nuclei. The Hamiltonian used in this work is essentially the same as that of Brueckner's shell model space, where the reaction matrix is calculated from the Gammel-Thaler potential. The deformed potential model wave function is taken as a trial wave function, where the deformation parameter and the inter-nucleon distance are taken as variational parameters. The central force gives the equilibrium deformation of the same order as the experimental value for some configurations in case of Mg^<24>. The discussion is also given.
- 理論物理学刊行会の論文
- 1961-01-25
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