Self-consistent thermodynamics for the Tsallis statistics in the grand canonical ensemble: Nonrelativistic hadron gas

Abstract

In the present paper, the Tsallis statistics in the grand canonical ensemble was reconsidered in a general form. The thermodynamic properties of the nonrelativistic ideal gas of hadrons in the grand canonical ensemble was studied numerically and analytically in a finite volume and the thermodynamic limit. It was proved that the Tsallis statistics in the grand canonical ensemble satisfies the requirements of the equilibrium thermodynamics in the thermodynamic limit if the thermodynamic potential is a homogeneous function of the first order with respect to the extensive variables of state of the system and the entropic variable $z=1/(q-1)$ is an extensive variable of state. The equivalence of canonical, microcanonical and grand canonical ensembles for the nonrelativistic ideal gas of hadrons was demonstrated.

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References in corpus (4)

• Zeroth Law compatibility of non-additive thermodynamics
• Statistical Power Law due to Reservoir Fluctuations and the Universal Thermostat Independence Principle
• Microcanonical Ensemble Extensive Thermodynamics of Tsallis Statistics
• Extensive statistical mechanics based on nonadditive entropy: Canonical ensemble

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