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Microgravlty Application for Detection of Underground Cavities in a Desert Karst Terrain

机译:用于检测沙漠岩溶地形中地下空腔的微量普罗拉蒂应用

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A number of sinkholes were detected in a residential area located close to the northeast coastal side of the Arabian Peninsula. The sinkholes occurred suddenly with different sizes and a maximum depth of 31 m. Comprehensive investigation studies were conducted for understanding the causes of the sinkhole occurrence and to recommend remedial measures. Microgravity survey method was used for geophysical investigation of the area to detect subsurface cavities. The validity of the microgravity survey was confirmed after applying a drilling program. After 15 years, another micro-gravity survey was conducted in selected locations of the same residential area for the purpose of verifying the current underground status and assessing its development. In this paper, the nature of the desert Karst terrain under study is described. The results of the two microgravity surveys are presented. The results confirmed the capability of the microgravity method to detect density anomalies and ground disturbances. The maps showed evolution of the anomalies in some locations within the studied area.
机译:在靠近阿拉伯半岛东北沿海一侧的住宅区检测了许多污水孔。下沉孔突然发生不同的尺寸和最大深度为31米。进行综合调查研究,以了解污水孔的原因,并建议采取补救措施。微匍匐调查方法用于地球物理研究来检测地下腔。在施工钻井计划后确认了微争于调查的有效性。 15年后,在相同住宅区的选定地点进行另一种微重量调查,以验证当前地下地位并评估其发展。在本文中,描述了在研究中的沙漠喀斯特地形的性质。提出了两种微匍匐调查的结果。结果证实了微匍匐方法检测密度异常和地面干扰的能力。地图显示了研究区域内的某些位置的异常的演变。

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