Nuclear Shadowing in a Parton Recombination Model

Abstract

Deep inelastic structure functions $F_2^A(x)$ are investigated in a $Q^2$ rescaling model with parton recombination effects. We find that the model can explain experimentally measured $F_2^A(x)$ structure functions reasonably well in the wide Bjorken$-x$ range ($0.005<x<0.8$). In the very small $x$ region ($x<0.02$), recombination results are very sensitive to input sea-quark and gluon distributions.

preprint MKPH-T-93-04, IU/NTC 92-20, 25 pages, TEX file (without Figs. 1-14)., (address after April 1: Saga U., Japan)

References in corpus (2)

• Shadowing in Deuterium
• Nuclear Gluon Distributions in a Parton Model

Cited by in corpus (15)

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• Nuclear Shadowing in the Structure Function $F_3(x)$
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• Gluon- vs. Sea quark-Shadowing
• Nuclear Shadowing and Antishadowing in a Unitarized BFKL Equation
• Studies of Nucleon-Gold Collisions at 200 GeV per Nucleon Pair Using Tagged d+Au Interactions