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Analytic approach to the approximate solution of the independent DGLAP evolution equations with respect to the hard-Pomeron behavior

机译:关于硬Pomeron行为的独立DGLAP发展方程的近似解的解析方法

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摘要

We show that it is possible to use hard-Pomeron behavior to the gluon distribution and singlet structure function at low x. We derive a second-order independent differential equation for the gluon distribution and the singlet structure function. In this approach, both singlet quarks and gluons have the same high-energy behavior at small x. These equations are derived from the next-to-leading order DGLAP evolution equations. All results can be consistently described in the framework of perturbative QCD, which shows an increase of gluon distribution and singlet structure functions as x decreases.
机译:我们表明,有可能在低x下对胶子分布和单线态结构函数使用硬Pomeron行为。我们导出了胶子分布和单线态结构函数的二阶独立微分方程。在这种方法中,单重态夸克和胶子在小x处具有相同的高能行为。这些方程式是从次要的DGLAP演化方程式导出的。所有结果都可以在扰动QCD框架中得到一致描述,该框架显示随着x的减小,胶子分布增加,单线态结构的功能增强。

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