Dependence of anisotropic flow of net-protons on particalization model for various nuclear equation of state

Relativistic heavy-ion collision experiments are conducted to explore the phase diagram in different regions of strongly interacting matter, expressed in terms of temperature (T) and baryon chemical potential (μB). By varying the beam energy, hot and dense QCD matter can be produced over a wide range of temperatures and densities. In this section, the results of our study are discussed and interpreted. To test the sensitivity of different EoS and freeze-out modes which imply different possible evolution scenarios of the produced reball, we choose direct flow (ν₁) of net-proton as our observable. Clearly, it is evident that the slope of directed flow (dν₁/dy) of net-proton at midrapidity show sensitivity to different freeze-out scenarios