Low base frequency EM provides an advantage to detection of very conductive targets or for exploration with thick conductive cover. A comparison of a 30 Hz and 7.5 Hz system showed significantly better detection to a conductive body at 400 m depth. 12.5 Hz survey was acquired for a graphite exploration survey, providing better definition of a known mineralization zone and identifying areas with further mineralization potential. The AEM data agreed with depths to mineralization from drilling.Open-Access Online Publication: March 03, 202
Airborne electromagnetics surveys are at the forefront of addressing the challenge of exploration un...
Clean drinking water is still not widely available around the globe and therefore remains an unsolve...
The objective of this program is to perform research to advance the science in the application of bo...
Nickel (NiS) exploration is well suited for geophysical methods; nickel sulphides are generally dens...
Recent investigations by the Cooperative Research Centre for Landscape Environments and Mineral Expl...
The presence of conductive overburden and conductive host rocks impose significant limitations on th...
The usefulness of electromagnetic (EM) methods for mineral exploration is severely restricted by the...
Included in Research as Applied Geophysics No. 34, Geophysics Laboratory, University of Toronto.Airb...
Over the past two decades, the use of time-domain electro-magnetic (EM) surveying systems, designed ...
An airborne electromagnetic (AEM) prospecting system is used as a very rapid means of economically s...
helicopter-mounted electromagnetic (HEM) surveys to identify mine pools within active and abandoned ...
An improved capability for subsurface structure detection is needed to support military and nonproli...
In 1994, a high resolution helicopter geophysical survey was conducted over portions of the Oak Ridg...
This paper describes the airborne electromagnetic (AEM) system operated by the Joint Airborne geosci...
Numerous airborne electromagnetic surveys have been acquired in Australia using a variety of systems...
Airborne electromagnetics surveys are at the forefront of addressing the challenge of exploration un...
Clean drinking water is still not widely available around the globe and therefore remains an unsolve...
The objective of this program is to perform research to advance the science in the application of bo...
Nickel (NiS) exploration is well suited for geophysical methods; nickel sulphides are generally dens...
Recent investigations by the Cooperative Research Centre for Landscape Environments and Mineral Expl...
The presence of conductive overburden and conductive host rocks impose significant limitations on th...
The usefulness of electromagnetic (EM) methods for mineral exploration is severely restricted by the...
Included in Research as Applied Geophysics No. 34, Geophysics Laboratory, University of Toronto.Airb...
Over the past two decades, the use of time-domain electro-magnetic (EM) surveying systems, designed ...
An airborne electromagnetic (AEM) prospecting system is used as a very rapid means of economically s...
helicopter-mounted electromagnetic (HEM) surveys to identify mine pools within active and abandoned ...
An improved capability for subsurface structure detection is needed to support military and nonproli...
In 1994, a high resolution helicopter geophysical survey was conducted over portions of the Oak Ridg...
This paper describes the airborne electromagnetic (AEM) system operated by the Joint Airborne geosci...
Numerous airborne electromagnetic surveys have been acquired in Australia using a variety of systems...
Airborne electromagnetics surveys are at the forefront of addressing the challenge of exploration un...
Clean drinking water is still not widely available around the globe and therefore remains an unsolve...
The objective of this program is to perform research to advance the science in the application of bo...