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Changing of Cations Concentrations in Waters of Polluted Urban River

机译:污染城市河流水体中阳离子浓度的变化

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Water from urban river Okhta polluted with domestic and industrial wastewaters was investigated. Specific electric conductivity (k), molar concentrations of ions Na+, K+, Mg++ and Ca++, concentration of total nitrogen (TN) were measured in water samples. Increasing of k happened together with increasing of molar fraction of sodium-ion (RNa) among all studied cations (and correspondingly decreasing of molar fractions of other cations). Good correlations were found between RNa and TN (r = 0.67), k and TN (r = 0.84). The results support the idea of the leading role of wastewaters in changing of k and cations concentrations. Electric conductivity and RNa could be used to distinguish between polluted and not polluted waters in the Okhta.
机译:对城市污水Okhta的生活和工业废水污染的水进行了调查。测量了水样品中的比电导率(k),离子Na +,K +,Mg ++和Ca ++的摩尔浓度,总氮(TN)的浓度。在所有研究的阳离子中,k的增加与钠离子(RNa)的摩尔分数的增加同时发生(并相应地减少了其他阳离子的摩尔分数)。在RNa和TN(r = 0.67),k和TN(r = 0.84)之间发现良好的相关性。结果支持了废水在改变钾离子和阳离子浓度方面的主导作用的想法。电导率和RNa可用于区分Okhta中受污染的水和未污染的水。

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