首页> 外文会议>Conference on detection and sensing of mines, explosive objects, and obscured targets XIV; 20090413-17; Orlando, FL(US) >Classification of soil magnetic susceptibility and prediction of metal detector performance - case study of Angola
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Classification of soil magnetic susceptibility and prediction of metal detector performance - case study of Angola

机译:土壤磁化率的分类和金属探测器的性能预测-以安哥拉为例

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Soil magnetic properties can seriously impede the performance of metal detectors used in landmine clearance operations. For a proper planning of clearance operations pre-existing information on soil magnetic susceptibility can be helpful. In this study we briefly introduce a classification system to assess soil magnetic susceptibilities from geoscientific maps. The classification system is based on susceptibility measurements conducted on archived lateritic soil samples from 15 tropical countries. The system is applied to a soil map of Angola, resulting in a map that depicts soil magnetic susceptibilities as a worst case scenario. An additional layer depicting the surveyed mine affected communities in Angola is added to the map, which demonstrates that a large number of those are located in areas where soil is expected to impede metal detector performance severely.
机译:土壤的磁性会严重阻碍扫雷操作中使用的金属探测器的性能。为了对清除作业进行适当的规划,预先存在的有关土壤磁化率的信息可能会有所帮助。在这项研究中,我们简要介绍了一个分类系统,用于从地球科学地图评估土壤磁化率。分类系统基于对15个热带国家的存档红土土壤样本进行的磁化率测量。该系统被应用于安哥拉的土壤地图,从而得出了在最坏情况下描述土壤磁化率的地图。地图上还增加了一层描述受调查的安哥拉受地雷影响的社区的信息,这表明许多人位于预计土壤会严重阻碍金属探测器性能的区域。

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