Lectures

Chapter 0: About This Book
Chapter 1: Why Study the Insides of Planets?
Chapter 2: Provenance and Cosmochemistry
Chapter 3: Fundamentals of Planetary Materials
Chapter 4: A Case Study: Hydrogen
Chapter 5: Ices and Rocks
Chapter 6: Thermal Properties of Materials
Chapter 7: Phase Transitions and Phase Equilibria
Chapter 8: Transport Properties
Chapter 9: Generic Planetary Models
Chapter 10: Observational Constraints
Chapter 11: The Gravity Field and the Response to Rotation
Chapter 12: Gravity and Topography
Chapter 13: Heat Flow and the Convective Imperative
Chapter 14: Fluid Dynamics and the Convective Instability
Chapter 15: Finite Amplitude Convection and Mobile vs Stangnant Lid Regimes
Chapter 16: Thermal Evolution of Solid Bodies
Chapter 17: Thermal Evolution of Fluid Bodies
Chapter 18: Tides (not updated)
Chapter 19: Mixing and Unmixing(not updated)
Chapter 20: Core Formation and Evolution (not updated)
Chapter 21: Planetary Magnetic Fields (not updated)
Chapter 22: Dynamo Theory (not updated)
Chapter 23: Convection Theory with Rotation (not updated)