Parton densities and saturation scale from nonlinear evolution in DIS on nuclei

E. Levin*, M. Lublinsky

*Corresponding author for this work

Research output: Contribution to journalArticlepeer-review

50 Scopus citations


We present the numerical solution of the nonlinear evolution equation for DIS on nuclei for x=10-2-10-7. We demonstrate that the solution to the nonlinear evolution equation is quite different from the Glauber-Mueller formula which was used as the initial condition for the equation. We illustrate the energy profit for performing DIS experiments on nuclei. However, it turns out that the gain is quite modest: xAu≃5xproton for the same parton density. We find that the saturation scale Q2s∝A1/3. For gold the saturation scale Qs,Au≃1.5 GeV at x=10-3. Such a large value leads to considerable contribution of the high-density QCD phase to RHIC data and reveals itself in essential damping for both xGA and F2A.

Original languageEnglish
Pages (from-to)833-850
Number of pages18
JournalNuclear Physics A
Issue number3-4
StatePublished - 31 Dec 2001


FundersFunder number
Israeli Academy of Science and Humanities
Israeli Science Foundation
German-Israeli Foundation for Scientific Research and DevelopmentI-620-22.14/1999
United States-Israel Binational Science Foundation9800276


    • 12.38.Bx
    • 13.60.-r
    • 24.8.5.+p
    • Deep inelastic structure functions
    • Nonlinear evolution equation
    • Perturbative QCD
    • Saturation
    • Saturation scale


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