Introduction and History Electromagnetic Wave Propagation
Velocity Wavelength Attenuation Dispersion
Rocks, Soils and Fluids: Electrical Properties Magnetic Properties
Environmental Influences Heterogeneity, Anisotropy and Scale Radar Equation
Scattering Polarization Fresnel Reflection Snell Angle Stokes-Mueller Matrices Poincare Sphere
Antennas Coupling Near / Far Fields
Waveguides
![[Under Construction]](images/undercon.gif){kind=small}
Under the right circumstances of geometry and electromagnetic properties contrast, propagating waves may be trapped and guided along paths specified by the geometries. Such paths are called waveguides, and have certain characteristics that may be used to identify such behavior.
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(illustrations)
Survey Design Contrast Geometry Resolution Depth of Investigation Orientation
Data Acquisition Data Processing Modeling Interpretation Uncertainty
Applications: Noninvasive Surface Borehole Airborne Satellite and Space