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Voltammetric determination of metals in waters and biological fluids using sample mineralization with ultraviolet radiation

机译:使用样品矿化和紫外线辐射伏安法测定水和生物流体中的金属

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摘要

This work describes the optimization of pretreatment steps for the destruction of organic matter in samples of waters and biological fluids, by using an UV irradiation system with a high power UV radiation source (400 W). The efficiency of the system constructed for the photo-decomposition of samples of model waters, natural waters and biological fluids was investigated by performing recovery experiments of the metallic species Zn(II), Cd(II), Pb(II), Cu(II), Al(III) and Fe(III). The use of UV irradiation allowed the liberation of metals bound to the organic matrix and the determination of the total content of elements in the samples.
机译:这项工作描述了通过使用具有高功率紫外线辐射源(400瓦)的紫外线照射系统,优化用于破坏水和生物液体样品中有机物的预处理步骤。通过对金属物种Zn(II),Cd(II),Pb(II),Cu(II)进行回收实验,研究了用于模型水,天然水和生物流体样品光分解的系统的效率。 ),Al(III)和Fe(III)。紫外线辐射的使用可以释放与有机基质结合的金属,并确定样品中元素的总含量。

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