CHAPTER 6. MAGMA MIXING PROCESSES: INSIGHTS AND CONSTRAINTS FROM THERMODYNAMIC CALCULATIONS

Kapitel in diesem Buch

1. Frontmatter I
2. Copyright II
3. Additional Copies II
4. Foreword III
5. Preface III
6. TABLE OF CONTENTS IV
7. CHAPTER 1. PRINCIPLES OF THERMODYNAMIC MODELING OF IGNEOUS PROCESSES 1
8. CHAPTER 2. THERMODYNAMIC PROPERTIES OF SILICATE LIQUIDS WITH EMPHASIS ON DENSITY, THERMAL EXPANSION AND COMPRESSIBILITY 25
9. CHAPTER 3. SIMULATION OF IGNEOUS DIFFERENTIATION PROCESSES 65
10. CHAPTER 4. THE MATHEMATICS OF FLUID FLOW AND A SIMPLE APPLICATION TO PROBLEMS OF MAGMA TRANSPORT 107
11. CHAPTER 5. PHYSICAL PROCESSES IN THE EVOLUTION OF MAGMAS 125
12. CHAPTER 6. MAGMA MIXING PROCESSES: INSIGHTS AND CONSTRAINTS FROM THERMODYNAMIC CALCULATIONS 153
13. CHAPTER 7. THE EFFECT OF OXYGEN FUGACITY ON THE REDOX STATE OF NATURAL LIQUIDS AND THEIR CRYSTALLIZING PHASES 191
14. CHAPTER 8. DYNAMICS OF ERUPTIVE PHENOMENA 213
15. CHAPTER 9. MELT FRACTION DIAGRAMS: THE LINK BETWEEN CHEMICAL AND TRANSPORT MODELS 239
16. CHAPTER 10. TEXTURAL CONSTRAINTS ON THE KINETICS OF CRYSTALLIZATION OF IGNEOUS ROCKS 259