Available:*
Library | Item Barcode | Call Number | Material Type | Item Category 1 | Status |
---|---|---|---|---|---|
Searching... | 30000000535991 | QE515.N67 1985 | Open Access Book | Book | Searching... |
Searching... | 30000000280127 | QE515.N67 1985 | Open Access Book | Book | Searching... |
On Order
Reviews 1
Choice Review
This second edition includes valuable new material and updates to the authors' excellent first edition (1985), which for ten years has been the only work that applies thermodynamics specifically to geochemistry. Practical examples and applications range from low to high temperature and pressure, and environmental relevance is stressed throughout. Basic concepts and principles that are most useful to geochemistry are emphasized, especially those that are commonly shortchanged or neglected in traditional chemistry courses (e.g., phase rule, solid solutions, mixed aqueous electrolytes, and chemical potential diagrams). Sections on silicate melts, retrieval of thermodynamic data from phase-equilibrium experiments, electrolyte theory, and compiling and evaluating thermodynamic data have been revised and updated; new sections on electrolyte behavior at high temperatures and pressures, and thermobarometry applied to igneous and metamorphic rocks, have been added. A new chapter on geochemical modeling and a new appendix with selected thermodynamic data of geochemical interest are valuable additions. This updated version should guarantee the continued use of the authors' work in the teaching of geochemical thermodynamics. Furthermore, it is without question the best available compilation of thermodynamic concepts and data relevant to geochemistry. Graduate; faculty; professional. M. E. McCallum; Colorado State University
Table of Contents
Preface |
Equilibrium, disequilibrium and the steady state |
Properties of pure gases |
The fundamental relationships |
Phase equilibria in simple systems |
Thermodynamics of solutions |
Calculation of activities in gas mixtures, minerals and silicate melts |
Electrolyte theory Mineral equilibria |
I The equilibrium constant Mineral equilibria |
II Chemical potential diagrams Mineral equilibria |
III Oxidation-reduction reactions |
Thermodynamic data: measurements and estimations |
Thermodynamic data: compilation and evaluation |
Geochemical modelling |
Appendix A Units, symbols and fundamental constants |
Appendix B Exact differentials and partial differentiation |
Appendix C Derivation of activity relationships for ideal mixing of ions on crystallographic sites |
Appendix D Thermodynamic data for selected aqueous species, minerals and reactions at 25c, 1 bar |
Appendix E Sources of thermodynamic data |
References |
Index |