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We use the relativistic perfect-fluid hydrodynamics to describe thespace-time evolution of dense baryonic matter produced in the centralnucleus-nucleus collisions at HIRFL-CSR, HIAF, FAIR-CBM, NICA-MPD, andRHIC-BES. The transverse flow of the fireball with cylindrical symmetry andboost invariant along the longitudinal direction is also analyzed. Based on therelativistic kinetic theory, we also present the first preliminary calculationon the production of low-mass dileptons and low-pT photons can be considered asthe signals of the dense baryonic matter produced in the central Au-Au and U-Ucollisions. We find that the rapid cooling of the expanding dense baryonicmatter with transverse flow effect can lead to the suppression of the low-massdileptons and low-pT photons production at HIRFL-CSR, HIAF, FAIR-CBM, NICA-MPD,and RHIC-BES energies.

Studies of the hydrodynamic evolution of the dense baryonic matter produced in relativistic heavy ion collisions