Abstract:The goal of this paper is to present a mathematical modelling of elec-tromagnetic response of a multilayered earth with a layer having exponentially varying conductivity. The general case can be broadly divided into four cases. By solving the model, integral expressions give the electric field on the surface of a multilayered earth. Numerical experiments on computer simulation indicate that the anomalous responses of the real and imaginary parts of the normalized electric field at the earth’s surface are dominated by the layer having exponentially varying conductivity profile
Included in Research as Applied Geophysics No. 45, Geophysics Laboratory, University of Toronto.This...
In this paper, the analytical expressions for cagniard impedance are presented for a half space in w...
An earth model with a transition layer (anisotropic inhomogeneous) is considered. The inhomogeneity ...
In this thesis, the integral equation technique is used to model the electromagnetic prospecting pro...
Sensitivity analysis of electromagnetic (EM) measurements is important to quantify the effect of the...
This thesis deals with both mathematical and analogue models for studying electromagnetic variations...
An accurate electrical model of the earth is useful for many applications related to electric tracti...
We present a fresh approach to the mathematical computation of apparent resistivities in electrical ...
An algorithm based on the method of integral equations has been developed to simulate the electromag...
Abstract: In this paper, we derive the solutions of the steady state magnetic field due to a DC curr...
This paper presents an efficient model for estimation of soil electric resistivity with depth and la...
In order to explore sedimentary environments with electromagnetics techniques, a greater understandi...
The object of the thesis is to obtain the apparent- resistivity curves and induced-polarization (IP)...
Included in Research as Applied Geophysics No. 19, Geophysics Laboratory, University of Toronto. Er...
The electrical conductivity of the upper mantle can be determined by comparing the measured response...
Included in Research as Applied Geophysics No. 45, Geophysics Laboratory, University of Toronto.This...
In this paper, the analytical expressions for cagniard impedance are presented for a half space in w...
An earth model with a transition layer (anisotropic inhomogeneous) is considered. The inhomogeneity ...
In this thesis, the integral equation technique is used to model the electromagnetic prospecting pro...
Sensitivity analysis of electromagnetic (EM) measurements is important to quantify the effect of the...
This thesis deals with both mathematical and analogue models for studying electromagnetic variations...
An accurate electrical model of the earth is useful for many applications related to electric tracti...
We present a fresh approach to the mathematical computation of apparent resistivities in electrical ...
An algorithm based on the method of integral equations has been developed to simulate the electromag...
Abstract: In this paper, we derive the solutions of the steady state magnetic field due to a DC curr...
This paper presents an efficient model for estimation of soil electric resistivity with depth and la...
In order to explore sedimentary environments with electromagnetics techniques, a greater understandi...
The object of the thesis is to obtain the apparent- resistivity curves and induced-polarization (IP)...
Included in Research as Applied Geophysics No. 19, Geophysics Laboratory, University of Toronto. Er...
The electrical conductivity of the upper mantle can be determined by comparing the measured response...
Included in Research as Applied Geophysics No. 45, Geophysics Laboratory, University of Toronto.This...
In this paper, the analytical expressions for cagniard impedance are presented for a half space in w...
An earth model with a transition layer (anisotropic inhomogeneous) is considered. The inhomogeneity ...