Ralph H. Fowler, R. H. Fowler
Statistical Mechanics
The Theory of the Properties of Matter in Equilibrium
Ralph H. Fowler, R. H. Fowler
Statistical Mechanics
The Theory of the Properties of Matter in Equilibrium
- Broschiertes Buch
- Merkliste
- Auf die Merkliste
- Bewerten Bewerten
- Teilen
- Produkt teilen
- Produkterinnerung
- Produkterinnerung
This 1966 edition of the late Sir Ralph Fowler's exposition of statistical mechanics was one of the first to adopt a quantum mechanical viewpoint.
Andere Kunden interessierten sich auch für
- Horace LambHigher Mechanics30,99 €
- George BirtwistleThe New Quantum Mechanics37,99 €
- Edoardo MilottiThe Statistical Eyeglasses45,99 €
- Denis J. EvansStatistical Mechanics of Nonequilibrium Liquids29,99 €
- Horace LambAn Elementary Course of Infinitesimal Calculus57,99 €
- R. J. RiversPath Integral Methods in Quantum Field Theory81,99 €
- Bryce S. DeWittSupermanifolds81,99 €
-
-
-
This 1966 edition of the late Sir Ralph Fowler's exposition of statistical mechanics was one of the first to adopt a quantum mechanical viewpoint.
Produktdetails
- Produktdetails
- Verlag: Cambridge University Press
- Revised
- Seitenzahl: 876
- Erscheinungstermin: 31. Januar 2011
- Englisch
- Abmessung: 229mm x 152mm x 51mm
- Gewicht: 1394g
- ISBN-13: 9780521093774
- ISBN-10: 0521093775
- Artikelnr.: 26941210
- Verlag: Cambridge University Press
- Revised
- Seitenzahl: 876
- Erscheinungstermin: 31. Januar 2011
- Englisch
- Abmessung: 229mm x 152mm x 51mm
- Gewicht: 1394g
- ISBN-13: 9780521093774
- ISBN-10: 0521093775
- Artikelnr.: 26941210
Table of common physical constants
1. Introduction
2. The general theorems of statistical mechanics for assemblies of permanent systems
3. Assemblies of permanent systems (cont.). The specific heats of simple gases
4. Partition functions for temperature radiation and crystals. Simple properties of crystals
5. The general assembly. Dissociation and evaporation
6. The relationship of the equilibrium theory to classical thermodynamics
7. Nernst's heat theorem and the chemical constants
8. The theory of imperfect gases
9. The theory of imperfect gases (cont.)
10. Interatomic forces
11. The electron theory of metals, thermionics and metallic conduction. Semi-conductors
12. Electric and magnetic susceptibilities. Ferromagnetism
13. Application to liquids and solutions
14. Assemblies of atoms, atomic ions and electron
15. Atmospheric problems
16. Applications to stellar interiors
17. Mechanisms of interaction. Collision processes
18. Chemical kinetics in gaseous systems
19. Mechanisms of interaction. Radiative processes
20. Fluctuations
21. Recent applications to cooperative and other phenomena
Index of authors quoted
Index of subjects.
1. Introduction
2. The general theorems of statistical mechanics for assemblies of permanent systems
3. Assemblies of permanent systems (cont.). The specific heats of simple gases
4. Partition functions for temperature radiation and crystals. Simple properties of crystals
5. The general assembly. Dissociation and evaporation
6. The relationship of the equilibrium theory to classical thermodynamics
7. Nernst's heat theorem and the chemical constants
8. The theory of imperfect gases
9. The theory of imperfect gases (cont.)
10. Interatomic forces
11. The electron theory of metals, thermionics and metallic conduction. Semi-conductors
12. Electric and magnetic susceptibilities. Ferromagnetism
13. Application to liquids and solutions
14. Assemblies of atoms, atomic ions and electron
15. Atmospheric problems
16. Applications to stellar interiors
17. Mechanisms of interaction. Collision processes
18. Chemical kinetics in gaseous systems
19. Mechanisms of interaction. Radiative processes
20. Fluctuations
21. Recent applications to cooperative and other phenomena
Index of authors quoted
Index of subjects.
Table of common physical constants
1. Introduction
2. The general theorems of statistical mechanics for assemblies of permanent systems
3. Assemblies of permanent systems (cont.). The specific heats of simple gases
4. Partition functions for temperature radiation and crystals. Simple properties of crystals
5. The general assembly. Dissociation and evaporation
6. The relationship of the equilibrium theory to classical thermodynamics
7. Nernst's heat theorem and the chemical constants
8. The theory of imperfect gases
9. The theory of imperfect gases (cont.)
10. Interatomic forces
11. The electron theory of metals, thermionics and metallic conduction. Semi-conductors
12. Electric and magnetic susceptibilities. Ferromagnetism
13. Application to liquids and solutions
14. Assemblies of atoms, atomic ions and electron
15. Atmospheric problems
16. Applications to stellar interiors
17. Mechanisms of interaction. Collision processes
18. Chemical kinetics in gaseous systems
19. Mechanisms of interaction. Radiative processes
20. Fluctuations
21. Recent applications to cooperative and other phenomena
Index of authors quoted
Index of subjects.
1. Introduction
2. The general theorems of statistical mechanics for assemblies of permanent systems
3. Assemblies of permanent systems (cont.). The specific heats of simple gases
4. Partition functions for temperature radiation and crystals. Simple properties of crystals
5. The general assembly. Dissociation and evaporation
6. The relationship of the equilibrium theory to classical thermodynamics
7. Nernst's heat theorem and the chemical constants
8. The theory of imperfect gases
9. The theory of imperfect gases (cont.)
10. Interatomic forces
11. The electron theory of metals, thermionics and metallic conduction. Semi-conductors
12. Electric and magnetic susceptibilities. Ferromagnetism
13. Application to liquids and solutions
14. Assemblies of atoms, atomic ions and electron
15. Atmospheric problems
16. Applications to stellar interiors
17. Mechanisms of interaction. Collision processes
18. Chemical kinetics in gaseous systems
19. Mechanisms of interaction. Radiative processes
20. Fluctuations
21. Recent applications to cooperative and other phenomena
Index of authors quoted
Index of subjects.