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Perchlorate Isotope Forensics

机译:高氯酸盐同位素法医

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Perchlorate has been detected recently in a variety of soils, waters, plants, and food products at levels that may be detrimental to human health. These discoveries have generated considerable interest in perchlorate source identification. In this study, comprehensive stable isotope analyses (~(37)Cl/~(35)Cl and ~(18)O/~(17)O/~(16)O) of perchlorate from known synthetic and natural sources reveal systematic differences in isotopic characteristics that are related to the formation mechanisms. In addition, isotopic analyses of perchlorate extracted from groundwater and surface water demonstrate the feasibility of identifying perchlorate sources in contaminated environments on the basis of this technique. Both natural and synthetic sources of perchlorate have been identified in water samples from some perchlorate occurrences in the United States by the isotopic method.
机译:最近在各种土壤,水域,植物和食品中都检测到了高氯酸盐,其含量可能对人体健康有害。这些发现引起了对高氯酸盐来源鉴定的浓厚兴趣。在这项研究中,来自已知合成和天然来源的高氯酸盐的全面稳定同位素分析(〜(37)Cl /〜(35)Cl和〜(18)O /〜(17)O /〜(16)O)显示出系统的差异与形成机制有关的同位素特征此外,从地下水和地表水中提取的高氯酸盐的同位素分析表明,基于该技术在污染环境中识别高氯酸盐来源的可行性。通过同位素方法,在美国某些高氯酸盐矿床的水样中已经鉴定出高氯酸盐的天然和合成来源。

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