Moment Description of Gas MixturesI Classic Reprint. Dieser Artikel ist nicht verfügbar.Moment Description of Gas MixturesI Classic Reprint

Moment Description of Gas Mixtures-I offers a kinetic‑theory view of gas mixtures through a microscopic lens. This nonfiction work, titled Moment Description of Gas Mixtures-I, connects Boltzmann’s equation to macroscopic laws and shows how different theories emerge as special cases. It presents a framework that blends microscopic descriptions with fluid dynamics to describe mixtures of gases.

Written for students and professionals, the text frames the problem as a Boltzmann–Maxwell system. It explains how moment equations are formed and how the 13n moment approximation closes the system, with clear paths from theory to practical formulas for real mixtures.

• Explore how Boltzmann equations and kinetic theory produce macroscopic quantities like pressure, temperature, and flow.


• See how the 13n moment method simplifies a complex set of equations into a tractable model.


• Learn about material constants and collisional terms for different molecular models, including inverse power laws, elastic spheres, and plasmas.


• Get insight into how linear collisional terms and plasma details affect multicomponent gas behavior.

Ideal for readers seeking a rigorous, application‑oriented introduction to kinetic descriptions of gas mixtures.