Naboka V. Thermalization and evolution of the strong-interacting matter in the integrated hydrokinetic model of nucleus-nucleus collisions

Basing on the relaxation model of prethermal stage of nucleus-nucleus collisions, the integrated hydrokinetic model of ultrarelativistic heavy ion collisions was developed. This model describes the matter evolution in such a collision from the initial stage of matter formation till the final stage of hadron freezeout. Using such a modelling, the observables for the ALICE experiment at LHC with energy 2.76 TeV, were obtained and compared with experimental data. The transverse momentum scaling for pion and kaon interfermotry radii was predicted. The predictions for proton-lambda and antiproton-lambda correlation functions for ALICE experiment at LHC were made.