Ground Penetrating Radar
GRORADAR™ by Gary R. Olhoeft, PhD
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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]

     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.

(references)

(illustrations)

 

   Multipathing      Resonance

Survey Design     Contrast     Geometry      Resolution     Depth of  Investigation     Orientation  

Noise     Interference     Logistics

Data Acquisition   Data Processing   Modeling   Interpretation   Uncertainty

Applications:     Noninvasive Surface     Borehole      Airborne     Satellite and Space  

GPR Bibliography


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