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Sources, mineralogy, chemistry and fate of heavy metal-bearing particles in mining-affected river systems

机译:受采矿影响的河流系统中重金属颗粒的来源,矿物学,化学和命运

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摘要

Heavy metal-bearing sediment particles enter river systems by discharge of mine or processing waste, tailings dam failures, remobilization of mining-contaminated alluvium and mine drainage. The mineralogy and geochemistry of these particles is dependent upon the original ore mineralogy, and on processes that have occurred in the source areas, during transport and deposition and during post-depositional early diagenesis. This paper reviews the research carried out to date on the sources, mineralogy, chemistry and fate of heavy metal-bearing particles in mining-affected river systems, and identifies six important avenues for further investigation.
机译:含重金属的沉积物颗粒通过矿山或加工废料的排放,尾矿坝的破坏,矿山污染冲积层的移动和矿山排水的进入河系。 sup>这些颗粒的矿物学和地球化学取决于原始矿石的矿物学,并且取决于在运输和沉积过程中在源区中发生的过程 < / sup>以及沉积后早期成岩过程中。本文综述了 迄今为止对受采矿影响的 河中重金属颗粒的来源,矿物学, 化学和命运的研究。系统,并确定进行进一步 研究的六个重要途径。

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