  Using the generalized Lipatov-Altarelli-Parisi-Dokshitzer equations for the
two-parton distribution functions we show numerically that the dynamical
correlations contribute to these functions quite a lot in comparison with the
factorized components. At the scale of CDF hard process ($\sim 5$ GeV) this
contribution to the double gluon-gluon distribution is nearly 10% and increases
right up to 30% at the LHC scale ($\sim 100$ GeV) for the longitudinal momentum
fractions $x \leq 0.1$ accessible to these measurements. For the finite
longitudinal momentum fractions $x \sim 0.2 \div 0.4$ the correlations are
large right up to 90% in accordance with the predicted QCD asymptotic
behaviour.
