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Ge 131: Planetary Structure and Evolution -- Spring 2013 Class Info Instructor: David J. Stevenson (aka. DJ Steve) x6534 djs@gps.caltech.edu
TA: Peter Gao (aka. Peter)
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Notes
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 - Rocks and Ices: Beyond the Nearly Uniform Electron Gas Chapter 6 - Phase Transitions and Phase Equilibria Chapter 7 - Thermal Properties of Materials Chapter 8 - Transport Properties Chapter 9 - Generic Planetary Models Chapter 10 - Observational Constraints on Planetary Interiors Chapter 11 - The Gravity Field and Gravitational Response to Rotation Chapter 12 - Gravity and Topography Chapter 13 - Heat Flow, Conductive States, Adiabats, and Convective Instability Chapter 14 - Convection Theory; Adiabats and Boundary Layers Chapter 15 - Scaling Laws and Thermal Histories (Terrestrial Planets) Chapter 16 - Thermal Histories of Icy Bodies Chapter 17 - Tidal Dissipation and Evolution Chapter 18 - Thermal Histories of Giant Planets Chapter 19 - Processes of Differentiation for Terrestrial Planets Chapter 20 - Core Formation and Evolution Chapter 21 - Planetary Magnetic Fields Chapter 22 - Kinematic Dynamo Theory; Mean Field Theory Chapter 23 - Convection in the Presence of Rotation and Magnetic Field Term Projects |
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Homework
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Lateness Policy
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Useful links
Planetary Fact Sheets - Physical properties/orbital parameters for planets and satellites. Solar System Dynamics - Physical properties and orbital parameters for planets and satellites. New Theory of the Earth - Don Anderson's *new* book online. The Seventh Season - The (former) TA's band. It's Awesome. Symphony of Science - Science, in music form. MS Paint Adventures - Best webcomic on the Internets. |