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Partition Function Zeros of Paths and Normalization Zeros of ASEPS. [PDF]
Entropy (Basel)Burda Z, Johnston DA.
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Molecular dynamics simulation in the grand canonical ensemble
Journal of Computational Chemistry, 2007AbstractAn extended system Hamiltonian is proposed to perform molecular dynamics (MD) simulation in the grand canonical ensemble. The Hamiltonian is similar to the one proposed by Lynch and Pettitt (Lynch and Pettitt, J Chem Phys 1997, 107, 8594), which consists of the kinetic and potential energies for real and fractional particles as well as the ...
Hossein Eslami, Florian Müller-Plathe
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European Physical Journal A, 2015 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 ...
A S Parvan, Parvan A S
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Non-extended phase space thermodynamics of Lovelock AdS black holes in the grand canonical ensemble [PDF]
European Physical Journal C, 2015 Recently, extended phase space thermodynamics of Lovelock AdS black holes has been of great interest. To provide insight from a different perspective and gain a unified phase transition picture, the non-extended phase space thermodynamics of $$(n+1 ...
Jie-Xiong Mo +2 more
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2021
In this chapter, the grand canonical ensemble describing a system that exchanges energy and particles with the external world is introduced. The density fluctuations at the critical point and the ideal quantum boson and fermion gases are presented as key applications of this ensemble.
Marc Baus, Carlos F. Tejero
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In this chapter, the grand canonical ensemble describing a system that exchanges energy and particles with the external world is introduced. The density fluctuations at the critical point and the ideal quantum boson and fermion gases are presented as key applications of this ensemble.
Marc Baus, Carlos F. Tejero
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PARTITIONS AND THE GRAND CANONICAL ENSEMBLE
The Ramanujan Journal, 2012zbMATH Open Web Interface contents unavailable due to conflicting licenses.
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Classical statistical mechanics in the grand canonical ensemble
Physical Review E, 2021The methodology developed by Lustig for calculating thermodynamic properties in the microcanonical and canonical ensembles [J. Chem. Phys. 100, 3048 (1994)JCPSA60021-960610.1063/1.466446; Mol. Phys. 110, 3041 (2012)MOPHAM0026-897610.1080/00268976.2012.695032] is applied to derive rigorous expressions for thermodynamic properties of fluids in the grand ...
Philipp Ströker, Karsten Meier
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2012
A gas is in contact with a surface. On the surface we find N 0 localized and distinguishable sites adsorbing N (N≤N 0) molecules of the gas (each site can adsorb zero or one molecule of the gas). Find the grand canonical partition function of the system, and determine the chemical potential as a function of the average number of particles 〈N〉 which are
Michele Cini +2 more
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A gas is in contact with a surface. On the surface we find N 0 localized and distinguishable sites adsorbing N (N≤N 0) molecules of the gas (each site can adsorb zero or one molecule of the gas). Find the grand canonical partition function of the system, and determine the chemical potential as a function of the average number of particles 〈N〉 which are
Michele Cini +2 more
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2023
Abstract Chapter 6 comprises a detailed presentation of the classical grand canonical ensemble. The chapter begins with a discussion of the basic thermodynamics of the ensemble, including Euler’s theorem and its implications. The distribution is derived, first, by coupling a system to thermal and particle reservoirs and, second, by ...
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Abstract Chapter 6 comprises a detailed presentation of the classical grand canonical ensemble. The chapter begins with a discussion of the basic thermodynamics of the ensemble, including Euler’s theorem and its implications. The distribution is derived, first, by coupling a system to thermal and particle reservoirs and, second, by ...
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