An analysis of the features of charged hadron production in collisions of bismuth nuclei at an energy of 9.2 GeV using the Blast-Wave model

The paper presents charged hadron invariant spectra obtained in Bi+Bi collisions at an energy of 9.2 GeV on the basis of simulation performed using the UrQMD hybrid generator and the MPDroot package. The spectra were analyzed in the framework of statistical and Blast-Wave models, resulting in the values of temperatures and baryonic chemical potentials corresponding to the stages of kinetic and chemical freeze-out in Bi+Bi collisions. The results were discussed in the context of the phase diagram of nuclear matter.