Deuteron Breakup Reaction Induced by Low Energy Neutron : Nuclear Physics
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概要
- 論文の詳細を見る
The T matrix of a general deuteron breakup reaction induced by a low energy neutron is derived from the solution of the Faddeev equation with a realistic two-body local potential. The T matrix is represented as the sum of a final state interaction and a quasi-free scattering terms. The energy spectra of proton in the reaction D(n, p)2n at the incident neutron energy 14.1 MeV are investigated by the use of the Argonne v_<14> and the Paris potentials. It is verified that the theoretical final state interaction peak at the forward laboratory angle 4.0゜ depends on the scattering length a_<nn> of two-body interaction. In general, the energy spectrum of proton in the reaction D(n, p)2n is represented as the sum of the final spin singlet state and the final spin triplet states of interacting neutron pair.
- 理論物理学刊行会の論文
- 1993-04-25
著者
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Takemiya Toshinori
Department Of Nuclear Science Kyoto University
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TAKAMIYA Toshinori
Department of Physics, Kumamoto University
関連論文
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- Two-Body Off-Shell T and S Matrices
- A Comment on the Collective Excitation in C^(p, p´)C^ Reaction
- Quasi-Free Proton-Proton Scattering from Ca^ at 180 Mev
- High Energy Elastic Scattering of Nucleon from Nuclei : Analyses of Experimental Data
- Deuteron Breakup Reaction by 130 MeV Neutron
- Off-the-Energy-Shell T Matrix. I : Singlet State
- Binding Energy for Three-Nucleon System
- Off the Energy Shell T Matrix. II : Triplet State
- On the Deuteron Elastically Scattered by Nuclei
- Nucleon Distribution in the Triton
- On the Low Energy n-d Scattering : Nuclear Physics
- On High Energy Charge Exchange Collision
- Analyzing Powers in the n-d Scattering and 2-N Interaction
- Deuteron Breakup Reaction Induced by Low Energy Neutron : Nuclear Physics
- A Note on the Differential Cross Section and the Polarization of Nucleon Elastically Scattered by Deuteron
- Analyzing Powers in Elastic Nucleon-Deuteron Scattering : Progress Letters