The preliminary estimate of the local noise structure in the proximity of a receiver is essential to establishing the detectability of a given signal in presence of such noise. The possibility of detecting the Electric Field Component of the background noise by means of electric dipoles horizontally placed on the sea bed in shallow water is outlined, in order to find its spectral and statistical characteristics for the definition of the optimal receiving system
We give aqualitative assessment of the dispersion of the received electromagnetic interfe...
More than 70% of Earth's surface is ocean covered. This generally creates challenges for geophysicis...
Airborne or spaceborne electromagnetic systems used to detect subsurface features are discussed. Dat...
In this article, we propose a novel detection method for underwater moving targets by detecting thei...
A numerical analysis on field distribution along the Earth’s surface of a line current source submer...
The transient electromagnetic (TEM) method has recently been proposed as a tool for mineral explorat...
The amplitudes of the quasi-static electromagnetic fields generated at points on the seafloor by har...
The measurements of slow fluctuations of weak electric fields in the conductive media (soil, water, ...
We study a new marine electromagnetic configuration which consists of a ship‐towed inductive source ...
Nowadays, marine Controlled Source ElectroMagnetic surveys are commonly used for oil exploration whe...
Electromagnetic fluctuations in the oceanhave external sources above (ionospheric)and below (secular...
Our goal was to measure the strength of the horizontal electric component of atmospheric radio noise...
A towed electromagnetic system capable of mapping the electrical conductivity of the sea floor over ...
Propagation of ULF/ELF electromagnetic fields along the seafloor interface (assumed to be a plane bo...
Electromagnetic induction sensors are widely used in a number of applications, such as mine clearanc...
We give aqualitative assessment of the dispersion of the received electromagnetic interfe...
More than 70% of Earth's surface is ocean covered. This generally creates challenges for geophysicis...
Airborne or spaceborne electromagnetic systems used to detect subsurface features are discussed. Dat...
In this article, we propose a novel detection method for underwater moving targets by detecting thei...
A numerical analysis on field distribution along the Earth’s surface of a line current source submer...
The transient electromagnetic (TEM) method has recently been proposed as a tool for mineral explorat...
The amplitudes of the quasi-static electromagnetic fields generated at points on the seafloor by har...
The measurements of slow fluctuations of weak electric fields in the conductive media (soil, water, ...
We study a new marine electromagnetic configuration which consists of a ship‐towed inductive source ...
Nowadays, marine Controlled Source ElectroMagnetic surveys are commonly used for oil exploration whe...
Electromagnetic fluctuations in the oceanhave external sources above (ionospheric)and below (secular...
Our goal was to measure the strength of the horizontal electric component of atmospheric radio noise...
A towed electromagnetic system capable of mapping the electrical conductivity of the sea floor over ...
Propagation of ULF/ELF electromagnetic fields along the seafloor interface (assumed to be a plane bo...
Electromagnetic induction sensors are widely used in a number of applications, such as mine clearanc...
We give aqualitative assessment of the dispersion of the received electromagnetic interfe...
More than 70% of Earth's surface is ocean covered. This generally creates challenges for geophysicis...
Airborne or spaceborne electromagnetic systems used to detect subsurface features are discussed. Dat...