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The study of aerosol deposition in the environ of TPP-5 in Novosibirsk

机译:Novosibirsk在TPP-5环境中的气溶胶沉积研究

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The results of field, chemical analytical and numerical studies of aerosol deposition of inorganic components in snowpack in the environ of Novosibirsk thermal power plant (TPP) No 5 in winter season of 2018/19 are presented. The snowpack sampling was made in the mainstream winter wind rose directions at the distances of 1.0 - 20.0 km. After melting, the samples were analyzed by the methods of atomic absorption, atomic emission, capillary electrophoresis, pH-, conductivity and gravimetry measurements. It was shown that there is the concentration decreasing with the distance from the source for the following parameters as sediment, the content of main macro- and some microelements in a whole. In order to identify the impurity belonging to a joint source, there was done the microelement statistical correlations. The numerical analysis of snow cover contamination monitoring data on the basis of reconstruction model of weakly settling impurities is presented and discussed.
机译:展示了2018/1911年冬季Novosibirsk火电厂(TPP)No 5冬季NovoSibirsk热电厂环境中无机组分的田间,化学分析和数值研究的结果。在1.0 - 20.0公里的距离上,在主流冬季风升升方向上进行了积雪。熔化后,通过原子吸收,原子发射,毛细管电泳,pH-,导电性和重力测量方法分析样品。结果表明,从源极为沉积物,主要宏观和一些微量元素的距离的距离的距离浓度降低。为了识别属于关节源的杂质,完成了微调统计相关性。提出并讨论了雪覆盖污染监测数据的数值分析和讨论了弱稳定杂质的重建模型。

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