AbstractWe study the effect of absorptive corrections due to parton recombination on the parton distributions of the proton. A more precise version of the GLRMQ equations, which account for non-linear corrections to DGLAP evolution, is derived. An analysis of HERA F2 data shows that the small-x gluon distribution is enhanced at low scales when the absorptive effects are included, such that a negative gluon distribution at 1 GeV is no longer required
We study the evolution of parton distributions down to low scales by considering several of their Me...
We address a long standing problem concerning the scale behaviour of parton densities in the low x, ...
Important corrections to BFKL evolution are obtained from non-leading contributions and from non-lin...
We study the effect of absorptive corrections due to parton recombination on the parton distribution...
We study the effect of absorptive corrections due to parton recombination on the parton distribution...
We study the effect of absorptive corrections due to parton recombination on the parton distribution...
AbstractWe study the effect of absorptive corrections due to parton recombination on the parton dist...
Abstract We address a long standing problem concerning the scale behaviour of parton densities in th...
We address a long standing problem concerning the scale behaviour of parton densities in the low x, ...
The role of corrections due to the interactions between different branches of parton (gluon) cascade...
The role of corrections due to the interactions between different branches of parton (gluon) cascade...
The effects of the first nonlinear corrections to the DGLAP evolution equations are studied by using...
AbstractThe behavior of gluon distributions in the small-x region are semi-numerically predicted by ...
We study the evolution of parton distributions down to low scales by considering several of their Me...
AbstractPower-suppressed corrections to parton evolution may affect the theoretical accuracy of curr...
We study the evolution of parton distributions down to low scales by considering several of their Me...
We address a long standing problem concerning the scale behaviour of parton densities in the low x, ...
Important corrections to BFKL evolution are obtained from non-leading contributions and from non-lin...
We study the effect of absorptive corrections due to parton recombination on the parton distribution...
We study the effect of absorptive corrections due to parton recombination on the parton distribution...
We study the effect of absorptive corrections due to parton recombination on the parton distribution...
AbstractWe study the effect of absorptive corrections due to parton recombination on the parton dist...
Abstract We address a long standing problem concerning the scale behaviour of parton densities in th...
We address a long standing problem concerning the scale behaviour of parton densities in the low x, ...
The role of corrections due to the interactions between different branches of parton (gluon) cascade...
The role of corrections due to the interactions between different branches of parton (gluon) cascade...
The effects of the first nonlinear corrections to the DGLAP evolution equations are studied by using...
AbstractThe behavior of gluon distributions in the small-x region are semi-numerically predicted by ...
We study the evolution of parton distributions down to low scales by considering several of their Me...
AbstractPower-suppressed corrections to parton evolution may affect the theoretical accuracy of curr...
We study the evolution of parton distributions down to low scales by considering several of their Me...
We address a long standing problem concerning the scale behaviour of parton densities in the low x, ...
Important corrections to BFKL evolution are obtained from non-leading contributions and from non-lin...