Abstract
The two phase model for the quark-gluon deconfinement phase transition is modified based on the tempreature and density related properties of the hadron. The revised approach is consistent with the single body description. Its consequences on the pressure and energy density of the hadron gas is investigated, and the critical value of temperature and chemical potential of the phase transition from the hadron gas to a non-interacting quark matter are calculated. Our results agree with the recent lattice gauge calculations.
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