There is a clear demand to increase detection depths in the context of raw material
exploration programs. Semi-airborne electromagnetic (semi-AEM) methods can address …

In the framework of the Deep Electromagnetic Sounding for Mineral EXploration (DESMEX)
project, we carried out multiple geophysical surveys from regional to local scales in a former …

地-空瞬变电磁法(Semi-airborne transient electromagnetic, SATEM) 凭借适应能力强,
探测深度大, 实时性强等特点, 适用于湖泊, 沼泽, 山区等地形复杂地区观测. SATEM …

With strong adaptability, deep detection and good real timeliness, SATEM is suitable for
observation in lakes, swamps, mountains and other areas with complex terrains. SATEM has …

Energy transition, de-carbonization and the future of manufacturing will not end the import
dependency of Germany's national economy, but it will most probably result in a shift to new …

For the mineral exploration in complex terrain areas, the semi-airborne transient
electromagnetic (SATEM) technology is one of the most powerful methods due to its high …

The lack of a systematic comparison of field surveys on land makes it challenging to select a
suitable grounded-wire transient electromagnetic (TEM) source. Therefore, in this study, we …

Research conducted over the last four decades emphasizes the growing importance of
Afghanistan's mineral resources as a potential driver for economic growth. The United States …

Electrical anisotropy of formations has been long recognized by field and laboratory
evidence. However, most interpretations of long-offset transient electromagnetic (LOTEM) …

The Meijiayan landslide in Pengshui County within Chongqing City is a medium-scale soil
landslide triggered by the excavation of roadbeds. To delve into the influencing factors and …