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• catalog alternative "Phase transitions in "small" systems".
• catalog contributor b12211687.
• catalog created "c2001.".
• catalog date "2001".
• catalog date "c2001.".
• catalog dateCopyrighted "c2001.".
• catalog description "Ch. 1. Introduction -- Phase transitions and thermodynamics in "Small" Systems -- Boltzmann gives the key -- Micro-canonical Thermodynamics describes non-extensive systems -- Some realistic systems: Nuclei and atomic clusters -- Plan of this book -- Ch. 2. The Mechanical Basis of Thermodynamics -- Basic definitions -- The thermodynamic limit, the global concavity of s(e,n) -- Phase transitions micro-canonically -- Second Law of Thermodynamics and Boltzmann's entropy -- Ch. 3. Micro-canonical thermodynamics of Phase Transitions studied in the Potts model -- The surface tension in the Potts model. [GEZ50] -- The topology of the entropy surface S(E, N) for Potts lattice gases [GV99] -- On the origin of isolated critical points and critical lines -- Ch. 4. Liquid -- gas transition and surface tension under constant pressure -- Andersen's constant pressure ensemble -- Micro-canonical ensemble with given pressure; the enthalpy -- Liquid-gas transition in realistic metal systems -- The relation to the method of the Gibbs-ensemble -- Alternative microscopic methods to calculate the surface tension -- Criticism and necessary improvements of the computational method -- Ch. 5. Statistical Fragmentation under Repulsive Forces of Long Range -- Three dimensional stress of long range: The Coulomb force -- Fragmentation of multiply charged atomic clusters -- Two dimensional stress of long range: Rapidly rotating hot nuclei [BG95b] -- Ch. 6. The collapse transition in self-gravitating systems First model-studies -- 1 -- and 2 -- dim. Hamiltonian Mean Field Model, a caricature of phase transitions under self-gravitation -- Collapse of non-extensive (gravitating) systems under conserved angular momentum -- App. A. On the historical development of statistical nuclear multifragmentation models -- App. B. The micro-canonical ensemble of Na-clusters -- App. C. Some General Technical Aspects of Micro-canonical Monte Carlo Simulation on a Lattice.".
• catalog description "Includes bibliographical references (p. 249-263) and index.".
• catalog extent "xv, 269 p. :".
• catalog identifier "9810242158".
• catalog isPartOf "World Scientific lecture notes in physics ; v. 66".
• catalog issued "2001".
• catalog issued "c2001.".
• catalog language "eng".
• catalog publisher "Singapore ; River Edge, NJ : World Scientific,".
• catalog subject "Phase transformations (Statistical physics)".
• catalog subject "QC311.5 .G73 2001".
• catalog subject "Statistical thermodynamics.".
• catalog tableOfContents "Ch. 1. Introduction -- Phase transitions and thermodynamics in "Small" Systems -- Boltzmann gives the key -- Micro-canonical Thermodynamics describes non-extensive systems -- Some realistic systems: Nuclei and atomic clusters -- Plan of this book -- Ch. 2. The Mechanical Basis of Thermodynamics -- Basic definitions -- The thermodynamic limit, the global concavity of s(e,n) -- Phase transitions micro-canonically -- Second Law of Thermodynamics and Boltzmann's entropy -- Ch. 3. Micro-canonical thermodynamics of Phase Transitions studied in the Potts model -- The surface tension in the Potts model. [GEZ50] -- The topology of the entropy surface S(E, N) for Potts lattice gases [GV99] -- On the origin of isolated critical points and critical lines -- Ch. 4. Liquid -- gas transition and surface tension under constant pressure -- Andersen's constant pressure ensemble -- Micro-canonical ensemble with given pressure; the enthalpy -- Liquid-gas transition in realistic metal systems -- The relation to the method of the Gibbs-ensemble -- Alternative microscopic methods to calculate the surface tension -- Criticism and necessary improvements of the computational method -- Ch. 5. Statistical Fragmentation under Repulsive Forces of Long Range -- Three dimensional stress of long range: The Coulomb force -- Fragmentation of multiply charged atomic clusters -- Two dimensional stress of long range: Rapidly rotating hot nuclei [BG95b] -- Ch. 6. The collapse transition in self-gravitating systems First model-studies -- 1 -- and 2 -- dim. Hamiltonian Mean Field Model, a caricature of phase transitions under self-gravitation -- Collapse of non-extensive (gravitating) systems under conserved angular momentum -- App. A. On the historical development of statistical nuclear multifragmentation models -- App. B. The micro-canonical ensemble of Na-clusters -- App. C. Some General Technical Aspects of Micro-canonical Monte Carlo Simulation on a Lattice.".
• catalog title "Microcanonical thermodynamics : phase transitions in "small" systems / Dieter H.E. Gross.".
• catalog title "Phase transitions in "small" systems".
• catalog type "text".