Coupled-Channel Schrödinger-Equation Model for Neutron-Alpha and Deuteron-Triton Scattering. I

Details Coupled-Channel Schrödinger-Equation Model for Neutron-Alpha and Deuteron-Triton Scattering. I Coupled-Channel Schrödinger-Equation Model for Neutron-Alpha and Deuteron-Triton Scattering. I

Nov 1966

adsabs.harvard.edu/cgi-bin/nph-data_query?bibcode=1966phrv..151..819d&link_type=abstract

Physical Review, vol. 151, Issue 3, pp. 819-826

Physics

5

Scientific paper

We have considered a two-body model for neutron-alpha and deuteron-triton scattering in which pairs of states are coupled together by a real, central, Saxon potential. All couplings obey conservation of total angular momentum and parity. The D32 excited state of He5 (or the 107-keV "resonance" in the d+T system) is thus explained by a strong coupling. This simple model adequately explains the elastic and reaction data except for the low-angle left-right asymmetry for the (mirror) reaction proton.

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