Binding Energy of Nuclear Matter by the Hole Line Expansion Method

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概要

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• The binding energy of nuclear matter is calculated by the hole line expansion method, where the one-body potential of particle states is given up and higher order terms are treated with the same number of hole lines as a whole. Using Hamada and Johnston (H-J), an one-boson-exchange type (OBEP) and a soft-core with OPEP-tail potentials, the two- and three-body contributions are calculated. The two-body contributions are about 7 MeV (H-J) to 15 MeV (OBEP) and found to be strongly dependent on the tensor-central ratio in the triplet-even state. The three-body contributions are estimated by solving off-energy-shell reference spectrum equations and Bethe-Faddeev type equations. They are repulsive for hard core potentials at the normal density and 1 to 4 MeV for H-J at the equiliblium density, γ_0=1.2 fm.

• 理論物理学刊行会の論文

著者

• AKAISHI Yoshinori

  Department of Physics, Hokkaido University

• NAGATA Sinobu

  Department of Physics, Kyoto University

• Akaishi Yoshinori

  Department Of Physics Hokkaido University

• Nagata Sinobu

  Department Of Applied Physics Faculty Of Engineering Miyazaki University

関連論文

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