Nonequilibrium Statistical Thermodynamics
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Nonequilibrium Statistical Thermodynamics
Book Details
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Author: Bernard H. Lavenda
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Binding: Paperback
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Edition: Reprint
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Number of Pages: 224
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Release Date: 17-04-2019
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ISBN: 0800759833122
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Languages: English
About The Book
In this insightful work, Statistical Foundations of Nonequilibrium Thermodynamics, Bernard H. Lavenda explores the statistical underpinnings of nonequilibrium thermodynamics through the lens of Brownian motion. The author builds upon the mathematical theory of Brownian motion, demonstrating how thermodynamic criteria naturally emerge under conditions of small thermal fluctuations and in the Gaussian limit, where means and modes of a distribution coincide.
Lavenda presents Brownian motion as a versatile and practical model to analyze irreversible processes that are influenced by random thermal fluctuations. This unified approach helps in deriving widely applicable principles from specific models, providing deeper insights into nonequilibrium thermodynamics.
Key features of the book include:
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Focus on Random Thermal Fluctuations: Emphasizing the crucial role that random thermal fluctuations play in the evolution of nonequilibrium thermodynamic processes.
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Practical Application of Brownian Motion: Using Brownian motion as a model to understand irreversible processes influenced by thermal fluctuations.
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Accessible to Nonmathematicians: The text is arranged by argument rather than theory, making it accessible to nonmathematicians working in nonequilibrium thermodynamics and statistical mechanics.
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Wide Applicability: Aimed at researchers in chemical physics, condensed matter physics, and those interested in nonlinear optics.
Lavenda's approach to nonequilibrium thermodynamics provides a foundation for understanding how complex systems evolve, making this book a valuable resource for researchers and students alike. It is particularly useful for those looking for a deep understanding of the principles governing nonequilibrium systems without requiring a heavy mathematical background.
