Abstract:In this paper we investigate the saturation physics in diffractive deep inelastic electron-ion scattering. We estimate the energy and nuclear dependence of the ratio σ di f f /σ tot . We show that saturation physics predicts that up to 37 % of the events observed at eRHIC should be diffractive. We have also studied how our results depend on the prescription to extend the saturation scale to the nuclear case.
“…Kugeratski presented a theoretical analysis of the diffractive data within a saturation model [16] based on ideas related to the Color Glass Condensate [3]. She argued that diffractive scattering on nuclei provide sensitive tests of these ideas.…”
Section: Deep Inelastic Scattering and Diffractionmentioning
“…Kugeratski presented a theoretical analysis of the diffractive data within a saturation model [16] based on ideas related to the Color Glass Condensate [3]. She argued that diffractive scattering on nuclei provide sensitive tests of these ideas.…”
Section: Deep Inelastic Scattering and Diffractionmentioning
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