Phase Equilibria

Content: 
Inside Front Matter
Page ii

Front Matter
Page iii

Copyright page
Page iv

Preface
Pages xiii-xiv

Acknowledgments
Page xv

1 - Some Preliminary Remarks and Observations
Pages 1-3

2 - Thermodynamics and the Phase Rule
Pages 4-8

3 - Definition of Terms and Concepts
Pages 9-26

4 - The Thermodynamic Basis of the Phase Rule
Pages 27-37

5 - Systems of One Component—Temperature Effects
Pages 38-60

6 - Systems of One Component—Pressure Effects and the Continuous Nature of Metastability
Pages 61-70

7 - Complex Metastability in One-Component Systems
Pages 71-78

8 - Other Aspects of One-Component Behavior
Pages 79-84

9 - Enthalpy and Entropy Diagrams of State for Unary Systems
Pages 85-91

10 - Multicomponent Systems, Homogeneous Systems, and the Equilibrium Constant
Pages 92-107

11 - Multicomponent Systems, the Equilibrium Constant, and Heterogeneous Systems
Pages 108-116

12 - The Thermodynamic Parameters—Fugacity and Activity
Pages 117-124

13 - Two-Component Systems—Systems in Which One Phase Is Pure and in Which Species and Component Mole Terms Are Equivalent—Simple Eutectic Interactions
Pages 125-138

14 - Graphical Representations of Simple Eutectic Interactions
Pages 139-151

15 - Eutectic Systems Continued—The Parameter ΔHfusion/Tmelting and Its Influence on the Contour of Eutectic Liquidus Curves
Pages 152-165

16 - Eutectic Interactions Continued—The Effects of Homogeneous Equilibria on Liquidus Contours
Pages 166-176

17 - Common Species Effects in Simple Eutectic Systems
Pages 177-184

18 - Eutectic Interactions Continued—The Effects of Association on Liquidus Contours
Pages 185-191

19 - Eutectic Interactions Continued—Effects of End Member Species Interactions on Liquidus Contours
Pages 192-196

20 - Eutectic Interactions Continued—Effects of Complete Dissociation on Liquidus Contours
Pages 197-203

21 - Eutectic Interactions Continued—Graphical Description of the Results of Chapters 16–20
Pages 204-216

22 - Eutectic Interactions Continued—Single Compound Formation in Binary Systems and Coordinate Transformations
Pages 217-228

23 - Eutectic Interactions Continued—Multiple Compound Formation in Binary Systems and Coordinate Transformations in Multiple Compound Systems
Pages 229-233

24 - Eutectic Interactions Continued—p-T-MxRepresentations and Phase Changes
Pages 234-256

25 - Eutectic Interactions Continued—Intermediate Compound Instability—Incongruently Melting Compounds
Pages 257-270

26 - Liquid Immiscibility in Eutectic Systems
Pages 271-283

27 - Systems Exhibiting Solid Solubility—Ascending Solid Solutions
Pages 284-300

28 - Solid Solutions Continued—Graphical Representation of Idealized Systems and Some Comment on Real Systems
Pages 301-312

29 - Solid Solutions Continued—Complete Liquid Phase Dissociation and Minimum Type Solid Solutions
Pages 313-329

30 - Hypothetical Examples Using the Equations of Chapter 29
Pages 330-339

31 - Condensed-Vapor Phase Binary Diagrams
Pages 340-366

32 - Condensed-Vapor Phase Binary Diagrams Continued—Incongruently Vaporizing Systems
Pages 367-388

33 - Limited Solid Solubility
Pages 389-406

34 - Three-Component Systems
Pages 407-476

35 - Three-Component Solid-Vapor Equilibria—Chemical Vapor Transport Reactions
Pages 477-486

36 - Experimental Techniques
Pages 487-516

Appendix - References and Additional Remarks for Chapters 1–36, General Bibliography
Pages 517-535

Subject Index
Pages 536-541

Physical Chemistry: A Series of Monographs
Pages ibc1-ibc2