For about three decades, airborne electromagnetic (AEM) systems have been used for
groundwater exploration purposes. Airborne systems are appropriate for large‐scale and …

As an effective and efficient geophysical tool, airborne EM (AEM) is specifically suitable for
the exploration in areas of high mountains, desert, swamp, and forest. With the development …

摘要航空电磁作为一种高效的地球物理勘查技术手段, 其发展在国外(加拿大, 澳大利亚等国家)
已十分成熟. 然而, 在我国该项技术仍处于发展当中, 在国内目前尚未形成具有实际探测能力的 …

It is often argued that 3D inversion of entire airborne electromagnetic (AEM) surveys is
impractical, and that 1D methods provide the only viable option for quantitative …

Airborne electromagnetic (AEM) methods are highly efficient tools for assessing the Earth's
conductivity structures in a large area at low cost. However, the configuration of AEM …

During the last century, electrical geophysics has been transformed from a simple resistivity
method to a modern technology that uses complex data-acquisition systems and high …

Due to the huge amount of data generated by time-domain airborne electromagnetic (AEM)
systems, conductivity depth imaging methods are widely used to help in the interpretation of …

We inverted airborne time-domain electromagnetic (ATEM) data over a porphyry deposit in
central British Columbia, Canada and recovered the 3D electrical conductivity structure. Full …

The purpose of this review is to report the major advancements that have been made within
the area of airborne electromagnetics (AEM) between 2007 and 2017, with a focus on …

The transient electromagnetic (TEM) data acquired in mountainous area are seriously
affected by topography, implying that consideration of topographic effect in the interpretation …