Pseudoscalar Meson Theory and Ground State of Deuteron

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概要

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• It is examined whether the two-nucleon adiabatic potential predicted by the pseudoscalar meson theory correctly describes the ground state of the deuteron or not, assuming an effective form of the potential. The energy eigenvalue and the corresponding eigenfunction are calculated according to the variational method. By comparing the theoretical binding energy of the deuteron with the observed value, the value of the coupling constant of mesons with nucleons is estimated to be g^2=0.2. The theoretical values of the electric quadrupole moment and the dipole magnetic moment of the deuteron are compared with experiment in Table II. The theory is in agreement with experiment in a very rough approximation.

• 理論物理学刊行会の論文

著者

• Mori Yukio

  Department Of Physics Gifu University

• Mori Yukio

  Department Of Industrial Chemistry Kyoto University

• ARAKI Gentaro

  Department of Industrial Chemistry, Kyoto University

関連論文

• Pseudoscalar Meson Theory and Ground State of Deuteron
• Comments on the Symmetric and Traceless Tensor Fields in the Singh-Hagen Lagrangian
• An Analytic Continuation of Propagators in a Particle-Exchange Model
• Divergence Difficulty and Mixed Meson Theory, I

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