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- W2018957825 abstract "Abstract Binding corrections evaluated to all orders in a phenomenological nucleon-nucleon potential are compared with the leading term and with a double scattering correction in the Watson expansion for breakup and for coherent reactions on the deuteron at intermediate pion or photon energies. As principal result, we establish that for charged pion photoproduction, and for certain pion induced “spectator” reactions, the binding correction remains sufficiently small that truncation of the Watson expansion at terms of second order in the projectile-nucleon amplitudes is justifiable, but sufficiently large that it cannot be neglected in comparison with multiple scattering corrections. For the reactions π+d → π+p + spectator neutron and π−d → π−n + spectator proton, our theory predicts deviations from the simplest impulse approximation which become very large in well-defined kinematical regions, and should be easily accessible to experimental investigation." @default.
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- W2018957825 title "Binding corrections for reactions on the deuteron in the 3-3 resonance region" @default.
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- W2018957825 doi "https://doi.org/10.1016/0003-4916(74)90445-x" @default.
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