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Using Geoelectrical Imaging to Recognize Zn-Pb Post-Mining Waste Deposits

机译:使用地电成像识别采矿后的锌-铅废物堆积

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摘要

This paper presents the results of resistivity-IP imaging for two sites where Zn-Pb post-mining wastes are deposited. At the first one the historical washed waste and tailings were stored directly on the soil. In the second location tailings were used as filling material for the reclaimed sinkhole. For both of the investigated locations differences between the geoelectrical properties of the waste and surrounding sediments were noticed. The tailings are characterized by lower resistivity and increased normalized chargeability in comparison to the natural sediments. These features are caused by the presence of the Fe and Pb sulphides and clay minerals. Washed waste exhibited raised resistivity, but it was lower than values observed for uncontaminated sediments. This kind of waste does not show increased chargeability.
机译:本文介绍了沉积Zn-Pb采矿后废物的两个地点的电阻率IP成像结果。首先,历史悠久的洗涤废料和尾矿直接存储在土壤中。在第二个位置,将尾矿用作填埋场的填充材料。对于两个调查地点,都注意到废物和周围沉积物的地电特性之间的差异。与天然沉积物相比,尾矿具有较低的电阻率和较高的归一化带电性。这些特征是由铁和铅的硫化物以及粘土矿物的存在引起的。洗涤后的废物显示出较高的电阻率,但低于未污染沉积物的值。这种废物不会显示出增加的可充电性。

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