Polarization Effects on the ^3<He>^^^→ (d^^→,p) ^4He Fusion Reaction in the 3/2^+ Resonance Region : A Nuclear, Three-Charged-Particle Faddeev-Type Formalism
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概要
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A cross section enhancement of the 3<He>^^^→ (d^^→,p)4He fusion reaction in the 3/2^+ resonance region is presented. It is pointed out that a residual interaction in a nuclear three-body system is generated by an atomic target with an electron-cloud, as is the case for atomic ^3He and the deuteron. A complete nuclear three-charged-particle Faddeev-type equation is derived for the first time in momentum space. Our formulation could be useful not only to investigate three-cluster systems with such a residual potential but also to obtain the astrophysical S-factor in the ultra low-energy region. The importance of a new renormalization amplitude is emphasized, which is missing in the previous renormalization method.
- 2004-07-30
著者
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GOJUKI Shuichi
Department of Physics, Faculty of Science and Technology Science University of Tokyo
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Gojuki S
Department Of Physics Tokyo University Of Science And Frccs Of Tokyo University Of Science:(present
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Gojuki Shuichi
Department Of Physics Faculty Of Science And Technology Science University Of Tokyo
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Oryu S
Department Of Physics Tokyo University Of Science And Frccs Of Tokyo University Of Science
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Oryu Shinsho
Department Of Physics Faculty Of Science And Technology Science University Of Tokyo
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GOJUKI Shuichi
Department of Physics, Tokyo University of Science, and FRCCS of Tokyo University of Science:(Present address)SGI Japan, Ltd.
関連論文
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