Diffractive color-dipole nucleon scattering

Abstract

We determine the diffractive scattering amplitude of a color-dipole on a nucleon using a non-perturbative model of QCD which contains only parameters taken from low-energy physics. This allows to relate specific features of the confinement mechanisms with diffractive electro-production processes and structure functions. The agreement with phenomenological data is satisfactory.

7 pages, 5 eps-figures, uses epsf

References in corpus (1)

• Nonperturbative γ^* p Interaction in the Diffractive Regime

Cited by in corpus (10)

• Field correlators in QCD. Theory and applications
• Extracting the dipole cross-section from photo- and electro-production total cross-section data
• Impact parameter dependent S-matrix for dipole-proton scattering from diffractive meson electroproduction
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• Confining QCD Strings, Casimir Scaling, and a Euclidean Approach to High-Energy Scattering
• The Odderon in Quantum Chromodynamics
• Two Photon Reactions at High Energies
• Decomposition of the QCD String into Dipoles and Unintegrated Gluon Distributions
• Odd C-P contributions to diffractive processes
• From Static Potentials to High-Energy Scattering