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Joint study of inorganic and hydrocarbon components of tropospheric aerosol in the atmosphere over the boreal area of the south of Western Siberia by using the 'Optik' Tupolev-134 aircraft laboratory

机译:通过使用“Optik”Tupolev-134飞机实验室在西西伯利亚南部北方地区对流层气溶胶无机和烃组分的联合研究

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The article provides a joint analysis of the aerosol chemical composition data on the content of inorganic components (chemical elements and ions) and hydrocarbons (n-alkanes) as part of an aerosol over Karakansky bor (a large forest with prevailing coniferous trees on the right bank of the southern part of the Novosibirsk reservoir) in aircraft sounding from 2011 to 2016. Correlation analysis showed the greatest connection with n-alkanes of three metals - copper, cobalt and aluminum, especially copper and cobalt, with 5-6 hydrocarbon homologues right away Sodium, potassium, calcium and barium correlate with 1-2 n-alkanes. Soil aluminum and silicon, and a number of other trace elements find a connection with 1-3 n-alkanes. The homologs that are often correlated with one metal are consistently in the same row, which may indicate a significant catalytic activity of this metal in the atmosphere.
机译:本文提供了对瓦库克基州的气溶胶的一部分的无机成分(化学元素和离子)和烃(N-Shalanes)的一部分(一个具有右翼针叶树的大型森林的一部分的气溶胶化学成分数据的联合分析从2011年到2016年的飞机听起来的南部南部的南部。相关性分析表明,与三种金属 - 铜,钴和铝,尤其是铜和钴的N-烷烃的相关性分析显示出5-6个烃类同源物远离钠,钾,钙和钡与1-2 n-烷烃相关。土壤铝和硅,以及许多其他微量元素接受1-3个N-烷烃的连接。通常与一种金属相关的同源物在同一行中始终如一,其可以在大气中表明该金属的显着催化活性。

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