Light and heavy fragments in heavy ion collisions within the framework of the hydrodynamic approach

Comparison of binary differential cross sections of fragments formation in nuclei collisions with experimental data is carried out within the framework of a hydrodynamic model with application of the equation of state, changing in dependence on the time and energy value. Correspondence between calculational and experimental spectra of fragments was achieved through the choice of the b0 and b3 parameters for the Scrim forces and choice of the compression modulus K = 398 MeV. As it was revealed during this work the effective temperature for the fragments increases with increase in their mass. This increase may be accounted for in the calculations on the account of the contribution of the surface energy by fragments formation