Effective Proton-Neutron Interaction and Spectroscopy of the Nuclei with N=29
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概要
- 論文の詳細を見る
The nuclei with N=29 and Z=20〜28 are described by a shell model, assuming (1f_<7/2>)^<z-20> configuration for protons and (2p_<3/2>,2p_<1/2>,1f<5/2>)^1 for one neutron outside the ^<48>Ca core. Effective two-body matrix elements between the 1f_<7/2>-proton and (2p_<3/2>, 2p<2/1>, 1f_<5/2>)-neutron are determined by a least-square fitting to the observed level energies of the N=29 isotones. These best-fit matrix elements reproduce the observed properties of the low-lying levels of these nuclei and also the experimental spectroscopic factors for the single-neutron transfer reactions. The observed M1-moments are adequately reproduced by using the resulting wave function and an effective g-factor for the neutron.
- 理論物理学刊行会の論文
- 1971-08-25
著者
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Ogawa Kengo
Department Of Physics Tokyo Institute Of Technology : Department Of Physics University Of Tokyo
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Ogawa Kengo
Department Of Physics The University Of Tokyo
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Horie Hisashi
Department Of Physics Tokyo Institute Of Technology
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HORIE Hisashi
Departmant of Physics, Tokyo Institute of Technology
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OGAWA Kengo
Department of Physics, Tokyo Institute of Technology : Department of Physics, University of Tokyo
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- Role of the Z=64 Core Excitation in High-Spin Isomers in Proton-Rich N-82 Nuclei
- Effect of Core-Excitation in ^Ni and ^Co
- A Study of Five-Nucleon Transfer Mechanisms in the (p, ^6Li) Reactions
- Multi-Nucleon Transfer Reaction and Nuclear Spectroscopy : ^C(p,^6Li)^7Be Reaction
- Shell Model for Rotation-like Spectra
- A Shell-Model Study of f_-shell Nuclei in the Pure f^n_ Configuration
- Effect of Configuration Mixing on M4 Transitions
- Fractional Parentage Coefficients for the Nuclear jj-Coupling States
- Shell-Model Study of the N〜28 Nuclei with Emphasis on High-Spin States
- Effective Proton-Neutron Interaction and Spectroscopy of the Nuclei with N=29
- The l-Forbidden Magnetic Dipole Transitions
- Excitation of Atoms by Electron Collision I.
- Line Strengths for Transitions d^n→d^p and d^n→d^f, and Probabilities of Photo-Ionization and Recombination d^n〓d^
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- Excitation of Atoms by Electron Collision II.
- On Energy Matrices for the Independent Particle Model
- Representations of the Symmetric Group and the Fractional Parentage Coefficients