The color dipole model bounds with the gluon-gluon recombination correction

Abstract

We present nonlinear (NL) and higher twist (HT) corrections to the color dipole model (CDM) bounds at low values of $x$ and $Q^2$ using the parameterization method. Consistency between the bounds at this region describe that a transition from the linear to the nonlinear behavior is dependence on the behavior of the gluon distribution function. The parameters in the color dipole model are comparable with the color dipole bounds at low values of $Q^2$. Consequently, the obtained reduced cross sections at low and moderate $Q^2$ values due to the NL+HT effects show a good agreement with the H1 data.

References in corpus (12)

• Parton distributions for the LHC
• Implications of CTEQ global analysis for collider observables
• Analysis of combined HERA data in the Impact-Parameter dependent Saturation model
• Impact parameter dependent colour glass condensate dipole model
• Connection of the virtual ${\gamma }^{\ast }p$ cross section of $ep$ deep inelastic scattering to real $\gamma p$ scattering, and the implications for $\nu N$ and $ep$ total cross sections
• Investigating saturation effects in ultraperipheral collisions at the LHC with the color dipole model
• Bounds on Ratios of DIS Structure Functions from the Color Dipole Picture
• Longitudinal structure function from logarithmic slopes of $F_2$ at low $x$
• On the Range of Validity of the Dipole Picture
• Phenomenology of diffractive DIS in the framework of fracture functions and determination of diffractive parton distribution functions
• The Color Dipole Picture and the ratio of R(W, Q) = sigma L/sigma T
• Color Dipole Picture of Deep Inelastic Scattering, Revisited

Cited by in corpus (8)

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• Heavy quark structure functions from unifying the color dipole picture and double asymptotic scaling approaches
• Collinear approach for top quark production at ep colliders
• Reduced cross section and gluon distribution in a momentum-space approach
• One-to-One correspondence of soft and hard Pomeron with the CDP of the gluon density at low $x$
• Investigation of the ratio $\frac{{\sigma }_r}{F_2}(Q^2/s,Q^2)$ in the momentum-space approach
• Nonlinear corrections to the nuclear heavy flavor structure functions