THE BERKELEY COURSE IN APPLIED
GEOPHYSICS
ELECTROMAGNETIC METHODS
5.1
Summary of EM Theory

Circuit theory

Mutual and self inductance

Sinusoidal oscillations, phase
shift and complex number representation

The response of a loop target
5.2
Targets in free space

The response of a loop target
for different TR survey configurations

A sphere in a uniform field

The vertical conducting halfplane

EM system design

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

The displacement current, Maxwell's
equations

The physics of an incident uniform
field

Surface impedance  Magnetotellurics

Sounding and layered models

Field Examples
5.7 Radar
EAGE 2004, Paris
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