Abstract
The two-body spin-orbit term in the nucleon-nucleon transition operator responsible for intermediate-energy nucleon-nucleus inelastic scattering is studied. It is shown that the simple characteristic energy dependence of the spin-orbit contribution at fixed momentum transfer q is largely maintained in the presence of antisymmetrization, distortion, and other energy-dependent effects. Fixed-q variable-energy plots of cross sections may therefore be useful as a diagnostic tool for important spin-orbit contributions for isoscalar transitions in the range 100< or =E/sub p/< or =400 MeV.
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