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This book completes a major two-volume work on Non-equilibrium Phenomena in Polyatomic Gases and stands as a definitive treatise in this area of chemical physics. It is the only book to provide a cohesive description of polyatomic gases in terms of kinetic theory. The text discusses properties of the effective cross-sections which have been utilized in the expressions for nonequilibrium phenomena in dilute polyatomic gases and the evaluation of such effective cross-sections from molecular scattering theory is outlined. Transport phenomena in rarefied gases, the modeling of the surface scattering operator, and the derivation of boundary-layer effects are also covered. This volume also presents aspects of the collisionless gas regime. Relevant mathematical material, tables of experimental data and effective cross-sections deduced from these data are provided.
This volume investigates the complex kinetic theory of polyatomic gases, specifically focusing on the mathematical and physical frameworks required to describe nonequilibrium phenomena. The authors, a team of distinguished experts in chemical physics, synthesize decades of research to provide a rigorous treatment of molecular scattering and transport properties. By bridging the gap between microscopic collision theory and macroscopic gas behavior, the text establishes a comprehensive methodology for analyzing dilute and rarefied gas systems.
What You Will Find
Experts in the field of chemical physics recognize this work as a foundational and definitive treatise on the kinetic theory of polyatomic gases. Readers frequently note the high level of mathematical density and technical rigor, making it a primary reference for researchers and graduate-level students in the discipline.
Page Count:
350
Publication Date:
1991-05-23
Publisher:
Clarendon Press
ISBN-10:
0198556489
ISBN-13:
9780198556480
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