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Nonlocal couplings, off-shell effects, and the nuclear response.

We study momentum-dependent or nonlocal couplings and off-shell effects in the internucleon force arising from antisymmetrization for inclusive nucleon scattering over a wide range of momentum transfer and energy loss to the target. Our results illustrate that spin observables are more sensitive to these couplings than are unpolarized cross sections. The experimental results can be understood in terms of the nuclear response function with an uncertainty of {approximately}10% for incident nucleons above 300 MeV. At incident energies near {approximately}100 MeV and below, the nonlocal couplings are much more important and cannot reliably be neglected. The sensitivity of inclusive nucleon scattering to the choice of effective nucleon-nucleon interaction is also found to be generally non-negligible.