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THIS final volume of the Course of Theoretical Physics deals with physical kinetics, in the wide sense of the microscopic theory of processes in systems not in statistical equilibrium. .
In contrast to the properties of systems that are in statistical equilibrium, the kinetic properties are much more closely related to the nature of the microscopic interactions in a particular physical object. This is the reason for the enormous variety in such properties and the considerably greater complexity of the relevant theory. The choice of topics to be included in a general course of theoretical physics thereby becomes less clear. ...
In contrast to the properties of systems that are in statistical equilibrium, the kinetic properties are much more closely related to the nature of the microscopic interactions in a particular physical object. This is the reason for the enormous variety in such properties and the considerably greater complexity of the relevant theory. The choice of topics to be included in a general course of theoretical physics thereby becomes less clear. ...
目次
Preface .
Notation
I. KINETIC THEORY OF GASES
1. The distribution function
2. The principle of detailed balancing
3. Thc Boltzmann transport equation
4. The H theorem
5. The change to macroscopic equations
6. The transport equation for a slightly inhomogeneous gas
7. Thermal conduction in the gas
8. Viscosity in the gas
9. Symmetry of the kinetic coefficients
10. Approximate solution of the transport equation
11. Diffusion of a light gas in a heavy gas
12. Diffusion of a heavy gas in a light gas
13. Transport phenomena in a gas in an external field
14. Phenomena in slightly rarefied gases
15. Phenomena in highly rarefied gases
16. Dynamical derivation of the transport equation
17. The transport equation including three-particle collisions
18. The virial expansion of the kinetic coefficients
19. Fluctuations of the disturbution function in an equilibrium gas
20. Fluctuations of the distribution function in a non-equilibruim gas
Ⅱ THE DIFFUSION APPROXIMATION
21.The Fokker-Planck equation
22.A weakly ionized gas in an electric field
23.Fluctuations in a weakly ionized non-equilbuim gas
24.Recombination and ionization
25.Ambipolar diffusion
26.Ion mobiity in solution of strong electrolytes
Ⅲ COLLISIONLESS PLASMAS
27.The self-consistent field
28.Spatial dispersion in plasmas
29.The permitvity of a colllisionnless plasma
30.Landau damping
31.Permitivity of a maxwellian Palma
Ⅳ COLLISIONS IN PLASMAS
Ⅴ PLASMAS IN MAGNETIC FIELDS
Ⅵ INSTABILITY THEORY
Ⅶ INSULATORS
Ⅷ QUANTUM LIQUIDS
Ⅸ METALS
Ⅹ THE DIAGRAM TECHNIQUE FOR NON-EQUILBRIUM
Ⅺ SUPERCONDUCTORS
Ⅻ KINETICS OF PHASE TRANSITIONS
Notation
I. KINETIC THEORY OF GASES
1. The distribution function
2. The principle of detailed balancing
3. Thc Boltzmann transport equation
4. The H theorem
5. The change to macroscopic equations
6. The transport equation for a slightly inhomogeneous gas
7. Thermal conduction in the gas
8. Viscosity in the gas
9. Symmetry of the kinetic coefficients
10. Approximate solution of the transport equation
11. Diffusion of a light gas in a heavy gas
12. Diffusion of a heavy gas in a light gas
13. Transport phenomena in a gas in an external field
14. Phenomena in slightly rarefied gases
15. Phenomena in highly rarefied gases
16. Dynamical derivation of the transport equation
17. The transport equation including three-particle collisions
18. The virial expansion of the kinetic coefficients
19. Fluctuations of the disturbution function in an equilibrium gas
20. Fluctuations of the distribution function in a non-equilibruim gas
Ⅱ THE DIFFUSION APPROXIMATION
21.The Fokker-Planck equation
22.A weakly ionized gas in an electric field
23.Fluctuations in a weakly ionized non-equilbuim gas
24.Recombination and ionization
25.Ambipolar diffusion
26.Ion mobiity in solution of strong electrolytes
Ⅲ COLLISIONLESS PLASMAS
27.The self-consistent field
28.Spatial dispersion in plasmas
29.The permitvity of a colllisionnless plasma
30.Landau damping
31.Permitivity of a maxwellian Palma
Ⅳ COLLISIONS IN PLASMAS
Ⅴ PLASMAS IN MAGNETIC FIELDS
Ⅵ INSTABILITY THEORY
Ⅶ INSULATORS
Ⅷ QUANTUM LIQUIDS
Ⅸ METALS
Ⅹ THE DIAGRAM TECHNIQUE FOR NON-EQUILBRIUM
Ⅺ SUPERCONDUCTORS
Ⅻ KINETICS OF PHASE TRANSITIONS
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