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 …

The geologic framework controls on modern barrier island transgression and the
relationship of these controls to subsurface structure, hydrology and island geomorphology …

In hard rock terrain, shallow water wells generally have a poor to moderate yield. Sinking
wells deeply to tap yielding fracture zones often backfires, because the borehole may miss …

The Holocene geological evolution of the Belgian coastal plain is dominated by a
transgression of the North Sea, silting up of the coastal plain and human intervention …

Coastal areas such as the German Bight are at risk from storms and rising sea level that may
affect the hydrogeologic setting. Because knowledge of the distribution of clayey sediments …

Airborne Electromagnetism (AEM) iswidely used in geological mapping, mineral exploration,
groundwater, environmental and engineering investigations for its high efficiency and …

We present a case study where a-priori knowledge from high resolution reflection seismic
data is used to improve airborne time-domain electromagnetic data inversion. The a-priori …

航空电磁法由于高效和高精度的特点广泛应用于地质填图, 矿产资源, 地下水,
及环境与工程等勘查. 然而, 航空电磁系统处于动态环境, 噪声影响严重, 航空电磁数据处理至关 …

High-resolution reflection seismic methods are an established non-destructive tool for
engineering tasks. In the near surface, shear-wave reflection seismic measurements usually …