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Study of the Content of Heavy Metals in Atmospheric Precipitation of the Goygol Region of Azerbaijan

机译:Azerbaijan Goygol地区大气降水中重金属含量的研究

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The increasing content of heavy metals in the soil and atmospheric air can lead to serious consequences and even affect a person. The method of moss biomonitoring was used to define heavy metals in atmospheric depositions. In 2015, the scientists of the Joint Institute for Nuclear Research introduxed moss biomonitoring in Azerbaijan. The first system studies were conducted the same year in the Goygol National Park. Geographical coordinates of the Goygol National Park: 40° 35' northern latitude and 46° 18' east longitude. 50 moss samples were collected (mainly Pleurosium Schreberi), which were studied via neutron activation analysis in the Joint Institute for Nuclear Research in Dubna. In total the content of 44 elements were determined. The concentrations were defined by the instrumental neutron activation analysis (NAA) and atomic-absorption spectroscopy (AAC) in 50 moss samples. Moss species used in the study: Pleurosium Schreberi. The most polluted sites were defined on the basis of the analysis.
机译:土壤和大气空气中重金属的含量增加可能导致严重后果,甚至影响一个人。使用苔藓生物监测方法在大气沉积中定义重金属。 2015年,阿塞拜疆核研究核研究型苔藓生物监动研究所的科学家。第一个系统研究同年在Goygol国家公园进行。 Goygol国家公园的地理坐标:40°35'北纬和46°18'东经。收集了50种苔藓样本(主要是胸膜肺贝西),通过中子激活分析在杜巴纳核查核研究所中的中子激活分析研究。总共确定44个元素的含量。浓度由仪器中子激活分析(NAA)和50个苔藓样品中的原子吸收光谱(AAC)定义。研究中使用的苔藓种类:胸孔·舒伯利。基于分析定义最污染的位点。

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