Flow Equations for Composite Gases

Content: 
Front Matter
Page iii

Applied Mathematics and Mechanics: An International Series of Monographs
Page iv

Preface
Page v
J.M.B.

Copyright page
Page vi

Acknowledgments
Pages vii-viii

Observations on notation
Pages xiii-xiv

Introduction
Pages 1-7

1 - Terms derived from the left-hand side of the Boltzmann equation
Pages 9-11,14-15,20-38

2 - Collision effects for particles with spherically symmetric force systems
Pages 39-75

3 - Applications of the equations obtained in Chapter 2
Pages 76-107

4 - Gases with electrically charged particles Calculation of formal cross sections for resistance coefficients
Pages 108-149

5 - Application of the flow equations to problems of diffusion, electric conductivity, heat flow, and viscosity in gases with charged particles
Pages 150-225

6 - Application of the Bhatnagar–Gross–Krook approximation for the randomizing effect of collisions
Pages 226-259

7 - Reactive collisions
Pages 260-294

8 - Interaction of a gas with a radiation field
Pages 295-322

Annotated references to other publications
Pages 323-326

Subject Index
Pages 327-332