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Earth and Atmospheric Sciences
Earth's Structure and Processes
Geophysics
1. Introduction to Geophysics
2. Mathematical and Physical Foundations
3. Earth's Internal Structure
4. Seismology
5. Gravity and Geodesy
6. Geomagnetism and Paleomagnetism
7. Geothermics
8. Electrical and Electromagnetic Methods
9. Geodynamics
10. Applied Geophysics
11. Computational Geophysics and Data Analysis
Geothermics
Heat Sources in Earth
Primordial Heat
Accretional Heat
Differentiation Heat
Radiogenic Heat
Radioactive Decay
Heat Production Rates
Distribution in Earth
Heat Transfer Mechanisms
Conduction
Fourier's Law
Thermal Diffusivity
Steady State Solutions
Convection
Natural Convection
Forced Convection
Mantle Convection
Advection
Fluid Flow Effects
Radiation
High Temperature Effects
Thermal Structure of Earth
Geothermal Gradient
Continental Gradients
Oceanic Gradients
Variations with Tectonics
Heat Flow
Measurement Techniques
Global Heat Flow Patterns
Heat Flow Provinces
Thermal Models
Lithospheric Thermal Structure
Mantle Temperature Profiles
Core Temperature
Geothermal Systems
Hydrothermal Systems
Hot Springs
Geysers
Fumaroles
Geothermal Resources
High Temperature Systems
Low Temperature Systems
Enhanced Geothermal Systems
Exploration Methods
Temperature Surveys
Geochemical Methods
Geophysical Methods
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6. Geomagnetism and Paleomagnetism
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8. Electrical and Electromagnetic Methods