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The Level of Selenium and Some Other Trace Elements in Different Libyan Arable Soils Using Instrumental Neutron Activation Analysis

机译:利用仪器中子活化分析法测定不同利比亚耕地土壤中硒和其他微量元素的含量

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Elemental analysis of soils from two different arable regions in Libya was carried out to measure the level of many trace elements. Instrumental neutron activation analysis was used for the determination of 10 elements, viz., (Ba, Ce, Co, Cr, Cs, Fe, Sc, Se, Th, and Zn), using their long-lived radionuclides. The accuracy of the measurements has been evaluated by analyzing two IAEA soil reference materials: IAEA Soil-7 and IAEA leak sediment SL-1; precision has been estimated by triplicate analysis of the sample and that of the reference material. Irradiations were carried out at the Tajura Research Center reactor, at 5-MW power level. It is clear that in the Libyan soil selenium concentration is somewhat lower than in other countries. The results show that trace metal concentrations in Libyan clay surface soil are higher than the sandy soil.
机译:对利比亚两个不同耕种地区的土壤进行了元素分析,以测量许多微量元素的水平。使用仪器中子活化分析法,使用它们的长寿命放射性核素来确定10种元素(Ba,Ce,Co,Cr,Cs,Fe,Sc,Se,Th和Zn)。通过分析两种国际原子能机构土壤基准物质评估了测量的准确性:国际原子能机构土壤7号和国际原子能机构泄漏沉积物SL-1;通过对样品和参考材料进行三次分析,可以估算出精确度。在Tajura研究中心的反应堆中以5兆瓦的功率进行辐照。显然,在利比亚,土壤中的硒含量比其他国家要低一些。结果表明,利比亚粘土表层土壤中的痕量金属浓度高于沙质土壤。

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