Elsevier

Nuclear Physics A

Volume 570, Issues 3–4, 4 April 1994, Pages 497-510
Nuclear Physics A

Quark antisymmetrization and deep-inelastic scattering: II. Nuclear structure functions

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Abstract

We consider the effects of quark antisymmetrization for nuclear structure functions. Antisymmetrizing the naive folding of nuclear wave functions in terms of nucleons and the nucleon wave function in terms of quarks, introduces additional contributions. Using the calculated results on quark three-momentum distributions, we calculate the effects on the deep-inelastic structure functions for s- and p-wave nuclei. The effects of quark antisymmetrization turn out to be small.

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