Asymptotic freedom into the mechanics of composite particle inelastic collisions at high energies

The application of the asymptotic freedom hypothesis to consider the mechanics of deep inelastic scattering processes (DIS), allows one to reveal the elastic form of the parton ($x_a m_a$ and $x_b m_b$) scattering also for hadron-hadron interactions of particles $a$ and $b$ having masses $m_a$ and $m_b$ with subsequent hadronization of them into the hadron showers. The elastic character of the parton scattering, in its turn, helps to define invariant variables analogoues to DIS (Bjorken $x_a$, $x_b$ and square four-momentum transfer $Q^{2}$) through the two-hadron showers in the c.m.s. of a and b particles. Some results of calculations of 2000 pp-interactions at LHC at $10$ TeV generated by PYTHIA, are presented. This approach can be of interest for QCD-treatment of hh-interactions, cumulative phenomena investigations, search quark-gluon plasma and phase transition in project NICA.