首页> 外文期刊>Russian Journal of General Chemistry >Assessment of the Impact of Technogenic Processes Occurring at the Central Concentrating Mill Tailing Dump (Komsomolsky Tin-Ore District) on the Hydrosphere in a Wide Temperature Range
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Assessment of the Impact of Technogenic Processes Occurring at the Central Concentrating Mill Tailing Dump (Komsomolsky Tin-Ore District) on the Hydrosphere in a Wide Temperature Range

机译:评估在宽温度范围内的中央浓缩磨机拖尾倾倒(Komsomolsky Tin-Ore区)在中央浓缩磨机拖尾倾倒(Komsomolsky Tin-Ore区)的影响

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摘要

The results of physicochemical modeling of oxidation of sulfide minerals in the Central Concentrating Mill tailing dump (Komsomolsky tin-ore district) with account taken of the cementation zone in the temperature range from-25 to +45A degrees C are given. The Eh-pH parameters for the formation of micropore solutions in technogenic systems have been determined at different host rock-sulfide ratios (95: 5, 90: 10, 80: 20, 60: 40, 40: 60, 20: 80, 10: 90, 5: 95). Crystallization of hypergene minerals from the micropore solutions have been considered, their qualitaitve and quantitative ion compositions have been determined, and their effect on the hydrosphere has been assessed.
机译:给出了中央浓缩磨机尾倾卸(Komsomolsky TiN-Ore区)氧化硫化物矿物质氧化的物理化学建模的结果,给出了-25至+ 45A℃的温度范围内的胶结区。 在促进系统中形成微孔溶液的EH-pH pH值已经确定在不同的宿主克硫化物比例(95:5,90:10,80:20,60:40,40:60,20:80,10 :90,5:95)。 已经考虑了来自微孔溶液的高甙矿物质的结晶,已经确定了它们的质量和定量离子组合物,并且已经评估了它们对水层的影响。

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