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Possibility of groundwater contamination of copper grounding materials by soil corrosion and influx of various aqueous solutions in Jeju island

机译:济州岛土壤腐蚀和各种水溶液的涌入可能污染铜接地材料的地下水

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The extent of copper leaching in soil columns packed with black volcanic soils, very dark brown volcanic soils, and dark brown non-volcanic soils and in soil beakers containing copper grounding materials (copper clad steel, copper pipe, and copper plate) were examined using deionized distilled water, HNO (pH 3.5) and 3.5% NaCl solution as a leaching solution. Among the leaching solutions, 3.5% NaCl solution highly affected the leaching of copper in soils containing copper grounding materials, except for black volcanic soil and copper clad steel. The effect of HNO (pH 3.5) soil on the leaching of copper was not so high because of buffering capacity of soils. The copper in soils and copper grounding materials were not easily leached by a deionized distilled water.
机译:使用以下方法检查了在充满黑色火山土,深褐色火山岩土壤和深褐色非火山土的土壤柱中以及在装有铜接地材料(覆铜钢,铜管和铜板)的烧杯中铜的浸出程度。去离子蒸馏水,HNO(pH 3.5)和3.5%NaCl溶液作为浸出溶液。在浸出溶液中,除了黑色火山土和覆铜钢板外,3.5%NaCl溶液对含铜接地材料的土壤中铜的浸出影响很大。 HNO(pH 3.5)土壤对铜的浸出的影响不是很高,因为土壤具有缓冲能力。去离子蒸馏水不易浸提土壤和铜接地材料中的铜。

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