Useful Links
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
Electrical and Electromagnetic Methods
Electrical Properties of Earth Materials
Conductivity Mechanisms
Electronic Conduction
Ionic Conduction
Electrolytic Conduction
Factors Affecting Resistivity
Porosity
Fluid Saturation
Temperature
Pressure
Clay Content
Direct Current Methods
Resistivity Theory
Ohm's Law
Current Flow in Earth
Apparent Resistivity
Electrode Arrays
Wenner Array
Schlumberger Array
Dipole-dipole Array
Pole-pole Array
Vertical Electrical Sounding
Principles
Data Interpretation
Layered Earth Models
Electrical Resistivity Tomography
2D Imaging
3D Imaging
Inversion Methods
Self-Potential Method
Physical Principles
Electrochemical Potentials
Electrokinetic Potentials
Measurement Techniques
Applications
Groundwater Studies
Mineral Exploration
Environmental Investigations
Induced Polarization
Physical Mechanisms
Electrode Polarization
Membrane Polarization
Time-Domain IP
Chargeability
Decay Curves
Frequency-Domain IP
Phase Measurements
Complex Resistivity
Applications
Mineral Exploration
Environmental Studies
Electromagnetic Methods
EM Theory
Maxwell's Equations
Electromagnetic Induction
Skin Depth
Magnetotellurics
Natural EM Fields
Impedance Tensor
Data Processing
Interpretation Methods
Controlled Source EM
Time-Domain EM
Frequency-Domain EM
Transient EM
Ground Penetrating Radar
High Frequency EM
Reflection Principles
Airborne EM
Survey Design
Data Processing
Previous
7. Geothermics
Go to top
Next
9. Geodynamics