Deep-inelastic scattering, partons and strong interactin ideas (original) (raw)

Abstract

The quark-parton model as applied to deep-inelastic lepton-hadron scattering is used as a laboratory model for the study of ideas encountered in strong interaction physics. First, two-component duality constraints are imposed on single-particle inclusive deep-inelastic distributions. In the target fragmentation region this involves a modification of the def'mition of the E functions introduced by Feynman. A duality relation connecting neutrino and electroproduction singie-particle inclusive distributions is obtained. For to ~ 1 and w --* ** we predict in the target fragmentation region an excess of ~r + over ~-production for proton targets and an excess of~r-over ~r + for neutron targets. For deuteron targets we f'md an excess of lr-over Ir + for to --, 1.

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