Particular and unique solutions of DGLAP evolution equations and light sea and valence quark structure functions at low-x

TL;DR

This paper derives specific solutions to the DGLAP equations for light sea and valence quark structure functions at low-x, providing evolution predictions that are compared with recent global data.

Contribution

It introduces particular and unique solutions to the DGLAP equations for light quark structure functions at leading order.

Findings

Derived t and x evolutions of quark structure functions.

Compared results with recent global parameterizations.

Validated the solutions against existing data.

Abstract

We present particular and unique solutions of Dokshitzer-Gribov-Lipatov- Altarelli-Parisi (DGLAP) evolution equations for light sea and valence quark structure functions in leading order (LO). We obtain t evolutions of sea and valence quark structure functions and x- evolutions of light sea quark structure functions from DGLAP evolution equations. The results are compared with a recent global parameterization.