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首页> 外文期刊>Mine water and the environment >Natural and Anthropogenic Conditions of the Chemical Composition of Pit Lake Waters (Based on Example Pit Lakes from Central Europe)
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Natural and Anthropogenic Conditions of the Chemical Composition of Pit Lake Waters (Based on Example Pit Lakes from Central Europe)

机译:坑洼水化学成分的天然和人为条件(基于来自中欧的示例坑湖)

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摘要

The article presents a classification of hydrochemical types of waters in pit lakes. Although natural factors significantly influence the chemical composition of water, the differences between hydrochemical types are also determined by anthropogenic factors. The chemical composition of the water in pit lakes is primarily determined by the kind of rocks mined during the excavation, while secondary anthropogenic impacts can modify the chemical composition of the water. A multidimensional clustering analysis of the water was performed, which allowed three main types of hydrochemical reservoirs to be delimited for the pit lakes assessed in this study: a bicarbonate-magnesium-calcium water type (HCO3-Mg-Ca), a bicarbonate-calcium water type (HCO3-Ca), and a sulphate-calcium water type (SO4-Ca).
机译:本文介绍了在坑湖中的水化学类型的水平。虽然自然因素显着影响水的化学成分,但水化学类型之间的差异也是通过人为因素确定的。坑湖中的水的化学成分主要由在挖掘过程中开采的岩石的种类决定,而次级人为撞击可以改变水的化学成分。进行水的多维聚类分析,允许三种主要类型的水化学储层为本研究评估的坑湖划分:碳酸氢盐 - 钙水型(HCO3-Mg-Ca),碳酸氢盐 - 钙水型(HCO3-CA)和硫酸钙水型(SO4-CA)。

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