Abstract
A microscopic formulation of the nucleon-nucleus imaginary inelastic form factor using particle-hole intermediate states gives a result which is roughly the real form factor times a function consisting of intermediate particle- and hole-scattering terms. These terms have opposite signs, allowing the possibility of a radial dependence for the form factor similar to the collective model. Numerical results for 30 MeV /sup 40/Ca(n,n')/sup 40/Ca(3/sup -/,3.73 MeV) scattering are compared with the collective model.
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