Phase Transitions and Critical Phenomena, Volumes 1-3; Volume 5, Parts 1-2; Volumes 6-20
Cyril Domb, Melville S. Green
Academic Press, 1972 - Critical phenomena (Physics) - 575 pages
The field of phase transitions and critical phenomena continues to be active in research, producing a steady stream of interesting and fruitful results. As the ideas and techniques of critical phenomena have found new areas of application, the field has moved on from being of specialist interest, to occupy a central place in condensed matter studies. This text is part of a series which provides review articles that can serve as standard references for research workers in the field and for graduate students and others wishing to obtain reliable information in important recent developments.
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Equilibrium Scaling in Fluids and Magnets
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analytic approximation array assumed asymptotic becomes behaviour bond boundary calculated close clusters coefficients condition configuration consider constant correct correlation corresponding critical critical point curve defined density depends derived described detailed determined direction discussed distribution edges entropy equal equation equilibrium exact example exist expansion exponents expression fact field finite Fisher fluid free energy function given gives graph hence independent infinite integral interactions interesting Ising model lattice limit liquid magnetic matrix mean method neighbour obtained pair parameter particular phase Phys physical positive possible probability problem properties providing random range region relation respect scaling shown shows simple singularity specific heat spherical model spin spontaneous magnetization square studied surface temperature theory thermodynamic transition variables vertices zero