We give aqualitative assessment of the dispersion of the received electromagnetic interference due tovariations in the electrical conductivity of the medium and the distance to the soil when search vehicledriving near these a water-soil boundary, we determine the best modes of motion and parameters of theprobing signal for different transmitter-receiver combinations
Electromagnetic proximity fuzes play important role in underwater weapons. The characteristics of t...
The transient electromagnetic (TEM) method has recently been proposed as a tool for mineral explorat...
Included in Research as Applied Geophysics No. 46, Geophysics Laboratory, University of Toronto.A to...
We give aqualitative assessment of the dispersion of the received electromagnetic interference due t...
We examine the propagation of low-frequency electromagnetic (EM) waves in the coastal ocean produced...
We compare selected marine electromagnetic methods for sensitivity to the presence of relatively thi...
We compare selected marine electromagnetic methods for sensitivity to the presence of relatively thi...
Subsea cables protection afforded by burying a cable [beneath the sea bed] also means that the avail...
The analysis of electromagnetic fields caused by alternate or transient electric currents flowing al...
The uses of subsea cables range from telecommunication through to power cables. From time to time th...
We study a new marine electromagnetic configuration which consists of a ship‐towed inductive source ...
A typical marine controlled-source electromagnetic system consists of an electric dipole transmitte...
In the search for extremely reliable electromagnetic communication to submerged submarines, the ques...
A towed electromagnetic system capable of mapping the electrical conductivity of the sea floor over ...
This work treats modelling of electromagnetic fields from controlled sources in geophysical applicat...
Electromagnetic proximity fuzes play important role in underwater weapons. The characteristics of t...
The transient electromagnetic (TEM) method has recently been proposed as a tool for mineral explorat...
Included in Research as Applied Geophysics No. 46, Geophysics Laboratory, University of Toronto.A to...
We give aqualitative assessment of the dispersion of the received electromagnetic interference due t...
We examine the propagation of low-frequency electromagnetic (EM) waves in the coastal ocean produced...
We compare selected marine electromagnetic methods for sensitivity to the presence of relatively thi...
We compare selected marine electromagnetic methods for sensitivity to the presence of relatively thi...
Subsea cables protection afforded by burying a cable [beneath the sea bed] also means that the avail...
The analysis of electromagnetic fields caused by alternate or transient electric currents flowing al...
The uses of subsea cables range from telecommunication through to power cables. From time to time th...
We study a new marine electromagnetic configuration which consists of a ship‐towed inductive source ...
A typical marine controlled-source electromagnetic system consists of an electric dipole transmitte...
In the search for extremely reliable electromagnetic communication to submerged submarines, the ques...
A towed electromagnetic system capable of mapping the electrical conductivity of the sea floor over ...
This work treats modelling of electromagnetic fields from controlled sources in geophysical applicat...
Electromagnetic proximity fuzes play important role in underwater weapons. The characteristics of t...
The transient electromagnetic (TEM) method has recently been proposed as a tool for mineral explorat...
Included in Research as Applied Geophysics No. 46, Geophysics Laboratory, University of Toronto.A to...