Thermodynamics
Bewaard in:
| Hoofdauteurs: | , |
|---|---|
| Andere auteurs: | , |
| Formaat: | Livre papier |
| Taal: | Anglais |
| Gepubliceerd in: |
New York ; Toronto (Ont.) ; London [etc.] : Tokyo :
McGraw-Hill Book Company ; Kōgakusha Company, Ltd
C 1961.
|
| Editie: | Second edition, International student edition. |
| Reeks: | McGraw-Hill series in advanced chemistry
|
| Onderwerpen: | |
| Opmerking: |
Publié en 1923 sous le titre : Thermodynamics and the free energy of chemical substances |
| Autres localisations: | Voir dans le Sudoc |
Inhoudsopgave:
- P. 1
- Chapter 1. The scope of thermodynamics
- P. 6
- Chapter 2. Definitions : the concept of equilibrium
- P. 19
- Chapter 3. Conventions and mathematical methods
- P. 28
- Chapter 4. The first law of thermodynamics and the concept of energy
- P. 44
- Chapter 5. Application of the first law to a a pure homogeneous substance
- P. 53
- Chapter 6. Heat capacities of pure substances and heats of reaction
- P. 75
- Chapter 7. The second law of thermodynamics and the concept of entropy
- P. 87
- Chapter 8. Entropy and probability
- P. 94
- Chapter 9. Heat engines, heat pumps, cycles, and flow processes
- P. 102
- Chapter 10. The relationship of entropy to other state functions
- P. 116
- Chapter 11. The numerical calculation of entropy
- P. 128
- Chapter 12. The third law of thermodynamics
- P. 138
- Chapter 13. The free energy
- P. 145
- Chapter 14. The chemical potential and escaping tendency ; equilibrium between two or more pure phases ; the fugacity
- P. 158
- Chapter 15. Standard free-energy functions and equilibrium calculations
- P. 184
- Chapter 16. Real gases
- P. 199
- Chapter 17. Solutions
- P. 224
- Chapter 18. The ideal solution
- P. 231
- Chapter 19. The laws of the dilute solution
- P. 242
- Chapter 20. The useful functions, activity, activity coefficient, and equilibrium constant
- P. 280
- Chapter 21. Nonelectrolyte solutions
- P. 298
- Chapter 22. Electrolyte solutions
- P. 332
- Chapter 23. Theories of electrolyte solutions
- P. 349
- Chapter 24. Galvanic cells and electrode potentials
- P. 373
- Chapter 25. Thermal properties of solutions
- P. 404
- Chapter 26. Activity coefficients from solid-liquid equilibria
- P. 419
- Chapter 27. Thermodynamic properties of ideal gases calculated from spectroscopic and other molecular data
- P. 449
- Chapter 28. Irreversible processes near equilibrium ; nonisothermal systems ; steady states
- P. 470
- Chapter 29. Surface effects
- P. 492
- Chapter 30. Systems involving gravitational or centrifugal fields
- P. 497
- Chapter 31. Systems involving electric or magnetic fields
- P. 515
- Chapter 32. Estimation of entropies and other thermodynamic quantities
- P. 532
- Chapter 33. Vaporization processes
- P. 551
- Chapter 34. Multicomponent systems
- P. 595
- Chapter 35. Hydrogen and helium at low temperatures
- P. 605
- Appendix 1. Properties of normal fluids
- P. 630
- Appendix 2. Properties of gaseous solutions
- P. 635
- Appendix 3. Translational entropy of an ideal gas
- P. 640
- Appendix 4. Data for aqueous electrolyte solutions
- P. 659
- Appendix 5. Debye functions for the thermodynamic properties of solids
- P. 665
- Appendix 6. Tabular summary of thermodynamic formulas
- P. 669
- Appendix 7. Tables of thermodynamic properties
- P. 687
- Appendix 8. Electromagnetic work
- P. 689
- Appendix 9. Symbols
- P. 693
- Appendix 10. Physical constants and numerical factors