Abstract
Inelastic $\mathrm{pp}$ scattering processes are studied with a view to testing certain models of diffractive processes. In resonance production, exchange of a Pomeranchon is shown to lead to Treiman-Yang isotropy at $t\ensuremath{\approx}\ensuremath{-}2{(\frac{\mathrm{GeV}}{c})}^{2}$. The implications of factorization are then presented. Finally, the predictions of a form-factor model (like that of Abarbanel, Drell, and Gilman for elastic $\mathrm{pp}$ scattering) for $\mathrm{pp}$ scattering to the continuum are compared with experiment.
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