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The transverse momentum (mass) spectra of the multi-strange andnon-multi-strange (i.e. other identified) particles in central gold-gold(Au-Au), lead-lead (Pb-Pb), argon-muriate (Ar-KCl) and nickel-nickel (Ni-Ni)collisions over a wide energy range have been studied in this work. Theexperimental data measured by various collaborations have been analyzed. Theblast-wave fit with Tsallis statistics is used to extract the kineticfreeze-out temperature and transverse flow velocity from the experimental dataof transverse momentum (mass) spectra. The extracted parameters increase withthe increase of collision energy and appear with the trend of saturation at theBeam Energy Scan (BES) energies at the Relativistic Heavy Ion Collider (RHIC).This saturation implies that the onset energy of phase transition of partialdeconfinement is 7.7 GeV and that of whole deconfinement is 39 GeV.Furthermore, the energy scan/dependence of kinetic freeze-out scenarios areobserved for the multi-strange and other identified particles, though themultiple freeze-out scenarios are also observed for various particles.

Energy scan/dependence of kinetic freeze-out scenarios of multi-strange and other identified particles in central nucleus-nucleus collisions