THE BERKELEY COURSE IN APPLIED
GEOPHYSICS
ELECTROMAGNETIC METHODS
5.1
Summary of EM Theory
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Circuit theory
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Mutual and self inductance
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Sinusoidal oscillations, phase
shift and complex number representation
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The response of a loop target
5.2
Targets in free space
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The response of a loop target
for different T-R survey configurations
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A sphere in a uniform field
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The vertical conducting half-plane
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EM system design
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Signal to noise
5.3
The half space response
5.4
Finite conductors in a conducting half space
5.5 Airborne Systems
5.6
Uniform field, plane wave, sources
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The displacement current, Maxwell's
equations
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The physics of an incident uniform
field
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Surface impedance - Magnetotellurics
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Sounding and layered models
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Field Examples
5.7 Radar
EAGE 2004, Paris
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