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运输过程的统一非局部理论 广义波尔兹曼物理动力学(第2版 英文版)

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图书分类 : 物理学
运输过程的统一非局部理论 广义波尔兹曼物理动力学(第2版 英文版)

图书信息

书名:运输过程的统一非局部理论 广义波尔兹曼物理动力学(第2版 英文版)
作者:阿列克谢耶夫,Alexeev.B.V.
包装:平装
开本:16
全文字数:1329000
出版社:哈尔滨工业大学出版社
出版时间:2016-01-01

图书简介

Unified Non-Local Theory in Transport Processes: Generalized Boltzmann Physical Kinetics introduces a new and unified theory that is suitable for gas, plasma, and liquid transport processes. It explains how random situations have dramatically changed the transportation theory and why the Boltzmann equation is not correct in a certain sense. Written in English, this book is targeted towards undergraduate and graduate physics students as a reference book about the non-local theory. The book is composed of 12 chapters that discuss the history and problem formulation of the theory, the mathematical introduction and many scales method, the hierarchy of Bogolubov kinetic equations, and the derivation of the Generalized Boltzmann equation. There is also a significant volume dedicated to the theory of generalized hydrodynamic equations, quantum non-local hydrodynamics, and its application to the calculation of the electron and proton inner structures, and the theory of plasmoids and atom structure. The book is concluded with discussions of generalized Boltzmann physical kinetics in the physics of plasma, turbulence theory, astrophysical applications, and the generalized relativistic kinetic hydrodynamic theory. If you are a physics student interested in new theories of transport processes, then this book is highly recommended for you!

推荐理由

Unified Non-Local Theory in Transport Processes: Generalized Boltzmann Physical Kinetics is an excellent reference book for undergraduate and graduate physics students. The book introduces a new theory that provides a more profound understanding of the behavior of gas, plasma, and liquid in transport processes. Compared to traditional theories, the non-local theory emphasizes the importance of random situations in transport processes. Through this book, readers can learn advanced concepts such as quantum non-local hydrodynamics with ease and practical application. The comprehensive discussions of the theory of generalized hydrodynamic equations and quantum solitons in the theory of the atom structure and plasmoids also make the book a fascinating read. If you are looking for a comprehensive introduction to the non-local theory of transport processes, this book is highly recommended.