An introductory textbook for standard undergraduate courses in thermodynamics, covering important quantum behaviours, classical thermodynamics and statistical mechanics.
An introductory textbook for standard undergraduate courses in thermodynamics, covering important quantum behaviours, classical thermodynamics and statistical mechanics.Hinweis: Dieser Artikel kann nur an eine deutsche Lieferadresse ausgeliefert werden.
Keith Stowe is the Professor of Physics at California Polytechnic State University, and has worked there for 32 years. He has spent time at the University of Washington, Harvard University, the University of North Carolina and the University of Michigan. As well as the first edition of Introduction to Thermodynamics and Statistical Mechanics he has written books on ocean science.
Inhaltsangabe
Preface Part I. Introduction: 1. Introduction Part II. Small Systems: 2. Statistics for small systems 3. Systems with many elements Part III. Energy and the First Law: 4. Internal energy 5. Interactions between systems Part IV. States and the Second Law: 6. Internal energy and the number of accessible states 7. Entropy and the second law 8. Entropy and thermal interactions Part V. Constraints: 9. Natural constraints 10. Models 11. Choice of variables 12. Special processes 13. Engines 14. Diffusive interactions Part VI. Classical Statistics: 15. Probabilities and microscopic behaviours 16. Kinetic theory and transport processes in gases 17. Magnetic properties of materials 18. The partition function Part VII. Quantum Statistics: 19. Introduction to quantum statistics 20. Quantum gases 21. Blackbody radiation 22. The thermal properties of solids 23. The electrical properties of materials 24. Low temperatures and degenerate systems Appendices Further reading Problem solutions Index.
Preface Part I. Introduction: 1. Introduction Part II. Small Systems: 2. Statistics for small systems 3. Systems with many elements Part III. Energy and the First Law: 4. Internal energy 5. Interactions between systems Part IV. States and the Second Law: 6. Internal energy and the number of accessible states 7. Entropy and the second law 8. Entropy and thermal interactions Part V. Constraints: 9. Natural constraints 10. Models 11. Choice of variables 12. Special processes 13. Engines 14. Diffusive interactions Part VI. Classical Statistics: 15. Probabilities and microscopic behaviours 16. Kinetic theory and transport processes in gases 17. Magnetic properties of materials 18. The partition function Part VII. Quantum Statistics: 19. Introduction to quantum statistics 20. Quantum gases 21. Blackbody radiation 22. The thermal properties of solids 23. The electrical properties of materials 24. Low temperatures and degenerate systems Appendices Further reading Problem solutions Index.
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