Magnetotelluric MethodsKeeva Vozoff |
Contents
Dedication | 1 |
On the relation between telluric currents and the earths magnetic field | 35 |
The theory of magnetotelluric methods when the source field is considered | 44 |
Copyright | |
45 other sections not shown
Common terms and phrases
amplitude analysis angle anisotropy anomalous apparent resistivity approximation average axis band Bostick boundary conditions Cagniard calculated cell coefficients computed conductivity structure conductor corresponding density derived diagrams dimensional dipole direction domain effect eigenvectors electric field electrical conductivity electrodes electromagnetic electromagnetic induction elements EMMMMA error estimates field components filter finite Fourier function geomagnetic Geophys Geophysics Green's Green's function h₁ H₂ half-space Hohmann horizontal impedance tensor induction inhomogeneity integral equation interpretation inversion iteration linear magnetic field magnetometer magnetotelluric magnetotelluric method matrix Maxwell's equations measured noise numerical obtained ohm-m P₁ parameters period phase plane polarization problem ratio region remote reference rotation shown in Figure signals skew skin depth solution solved sounding curves source field spectra surface techniques telluric telluric currents thickness three-dimensional tion tipper two-dimensional values variations vector vertical Vozoff wave zero zone