Add to ORKGThe effect of formally next-to-leading contributions to the CCFM evolution equation are discussed
Abstract We investigate the cyclic evolutionary behavior of CME accelerations for accel-erating and ...
The three main topics we proposed to do are linear calculations (continuing development of CMBFAST),...
Cascade is a full hadron level Monte Carlo event generator for ep, #gamma#p and pp processes, which ...
Recent developments of the small x CCFM evolution are described, including improvements of the split...
We discuss a practical formulation of backward evolution for the CCFM small-x evolution equation and...
In order to study such effects like parton saturation in final states at the LHC one of the approach...
We solve CCFM evolution equation numerically using the CohRad program based on Monte Carlo methods. ...
We discuss three implementations of the CCFM evolution equations in event generator programs. We fin...
We perform a detailed study of the CCFM evolution, complemented with an absorptive boundary which mi...
uPDFevolvis an evolution code for TMD parton densities using the CCFM evolution equation. A descript...
We consider the associated production of electroweak gauge bosons and charm or beauty quark jets at ...
International audienceWithin the Color Glass Condensate effective theory, we reconsider the next-to-...
uPDFevolvis an evolution code for TMD parton densities using the CCFM evolution equation. A descript...
The Colour Glass Condensate effective field theory is a useful framework for studying heavy ion coll...
This article demonstrates the equivalence between the BFKL and CCFM equations for any final-state ob...
Abstract We investigate the cyclic evolutionary behavior of CME accelerations for accel-erating and ...
The three main topics we proposed to do are linear calculations (continuing development of CMBFAST),...
Cascade is a full hadron level Monte Carlo event generator for ep, #gamma#p and pp processes, which ...
Recent developments of the small x CCFM evolution are described, including improvements of the split...
We discuss a practical formulation of backward evolution for the CCFM small-x evolution equation and...
In order to study such effects like parton saturation in final states at the LHC one of the approach...
We solve CCFM evolution equation numerically using the CohRad program based on Monte Carlo methods. ...
We discuss three implementations of the CCFM evolution equations in event generator programs. We fin...
We perform a detailed study of the CCFM evolution, complemented with an absorptive boundary which mi...
uPDFevolvis an evolution code for TMD parton densities using the CCFM evolution equation. A descript...
We consider the associated production of electroweak gauge bosons and charm or beauty quark jets at ...
International audienceWithin the Color Glass Condensate effective theory, we reconsider the next-to-...
uPDFevolvis an evolution code for TMD parton densities using the CCFM evolution equation. A descript...
The Colour Glass Condensate effective field theory is a useful framework for studying heavy ion coll...
This article demonstrates the equivalence between the BFKL and CCFM equations for any final-state ob...
Abstract We investigate the cyclic evolutionary behavior of CME accelerations for accel-erating and ...
The three main topics we proposed to do are linear calculations (continuing development of CMBFAST),...
Cascade is a full hadron level Monte Carlo event generator for ep, #gamma#p and pp processes, which ...