Analysis of D(p, 2p)n Reaction by the Faddeev Equation with the Off-Shell Two-Body Amplitudes. I
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概要
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The Kuckes-Wilson-Cooper theory, which is the semi-experimental impulse approximation, is generalized by the use of the three-body Faddeev equation. The low energy deuteron break-up reaction by proton is calculated by this formalism. The off-shell amplitudes of the nucleon-nucleon separable potential are used for the calculation of Faddeev amplitudes. The results are compared with the experimental results for the incident energies 38MeV~50MeV. In the reaction D(p, 2p)n, it is found that the final state interactions are significant as well as the quasi-free scattering in low energy regions and that the offshell amplitudes play an important role in the high-momentum component of nucleon-nucleon interactions.
- 理論物理学刊行会の論文
- 1971-02-25
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