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Chapter 7. IGNEOUS FLUIDS

  • John R. Holloway
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Thermodynamic Modeling of Geologic Materials
Ein Kapitel aus dem Buch Thermodynamic Modeling of Geologic Materials
© 2018 Walter de Gruyter GmbH, Berlin/Munich/Boston

© 2018 Walter de Gruyter GmbH, Berlin/Munich/Boston

Kapitel in diesem Buch

  1. Frontmatter I
  2. REVIEWS IN MINERALOGY II
  3. FOREWORD & PREFACE III
  4. TABLE OF CONTENTS V
  5. Chapter 1. THERMODYNAMIC ANALYSIS OF PHASE EQUILIBRIA IN SIMPLE MINERAL SYSTEMS 1
  6. Chapter 2. MODELS OF CRYSTALLINE SOLUTIONS 35
  7. Chapter 3. THERMODYNAMICS OF MULTICOMPONENT SYSTEMS CONTAINING SEVERAL SOLID SOLUTIONS 71
  8. Chapter 4. A THERMODYNAMIC MODEL FOR AQUEOUS SOLUTIONS OF LIQUID-LIKE DENSITY 97
  9. Chapter 5. MODELS OF MINERAL SOLUBILITY IN CONCENTRATED BRINES WITH APPLICATION TO FIELD OBSERVATIONS 143
  10. Chapter 6. CALCULATION OF THE THERMODYNAMIC PROPERTIES OF AQUEOUS SPECIES AND THE SOLUBILITIES OF MINERALS IN SUPERCRITICAL ELECTROLYTE SOLUTIONS 177
  11. Chapter 7. IGNEOUS FLUIDS 211
  12. Chapter 8. ORE FLUIDS: MAGMATIC TO SUPERGENE 235
  13. Chapter 9. THERMODYNAMIC MODELS OF MOLECULAR FLUIDS AT THE ELEVATED PRESSURES AND TEMPERATURES OF CRUSTAL METAMORPHISM 323
  14. Chapter 10. MINERAL SOLUBILITIES AND SPECIATION IN SUPERCRITICAL METAMORPHIC FLUIDS 367
  15. Chapter 11. DEVELOPMENT OF MODELS FOR MULTICOMPONENT MELTS: ANALYSIS OF SYNTHETIC SYSTEMS 405
  16. Chapter 12. MODELING MAGMATIC SYSTEMS: THERMODYNAMIC RELATIONS 443
  17. Chapter 13. MODELING MAGMATIC SYSTEMS: PETROLOGIC APPLICATIONS 467
https://doi.org/10.1515/9781501508950-009

Kapitel in diesem Buch

  1. Frontmatter I
  2. REVIEWS IN MINERALOGY II
  3. FOREWORD & PREFACE III
  4. TABLE OF CONTENTS V
  5. Chapter 1. THERMODYNAMIC ANALYSIS OF PHASE EQUILIBRIA IN SIMPLE MINERAL SYSTEMS 1
  6. Chapter 2. MODELS OF CRYSTALLINE SOLUTIONS 35
  7. Chapter 3. THERMODYNAMICS OF MULTICOMPONENT SYSTEMS CONTAINING SEVERAL SOLID SOLUTIONS 71
  8. Chapter 4. A THERMODYNAMIC MODEL FOR AQUEOUS SOLUTIONS OF LIQUID-LIKE DENSITY 97
  9. Chapter 5. MODELS OF MINERAL SOLUBILITY IN CONCENTRATED BRINES WITH APPLICATION TO FIELD OBSERVATIONS 143
  10. Chapter 6. CALCULATION OF THE THERMODYNAMIC PROPERTIES OF AQUEOUS SPECIES AND THE SOLUBILITIES OF MINERALS IN SUPERCRITICAL ELECTROLYTE SOLUTIONS 177
  11. Chapter 7. IGNEOUS FLUIDS 211
  12. Chapter 8. ORE FLUIDS: MAGMATIC TO SUPERGENE 235
  13. Chapter 9. THERMODYNAMIC MODELS OF MOLECULAR FLUIDS AT THE ELEVATED PRESSURES AND TEMPERATURES OF CRUSTAL METAMORPHISM 323
  14. Chapter 10. MINERAL SOLUBILITIES AND SPECIATION IN SUPERCRITICAL METAMORPHIC FLUIDS 367
  15. Chapter 11. DEVELOPMENT OF MODELS FOR MULTICOMPONENT MELTS: ANALYSIS OF SYNTHETIC SYSTEMS 405
  16. Chapter 12. MODELING MAGMATIC SYSTEMS: THERMODYNAMIC RELATIONS 443
  17. Chapter 13. MODELING MAGMATIC SYSTEMS: PETROLOGIC APPLICATIONS 467
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