POCIS和PASSIL被动采样器的校准——腐植酸的影响

Hanna Lis, Paulina Kobylis, P. Stepnowski, Magda Caban
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引用次数: 0

摘要

被动提取是监测水生环境中药物的技术之一。被动采样器在使用前应进行校准,这意味着应确定采样率(Rs)的值。Rs值取决于环境条件,例如是否存在溶解的有机物,特别是腐植酸(Söderström, Lindberg, & Fick, 2009)。本研究的目的是比较两种类型的被动采样器在溶解在水中腐植酸存在下的校准过程。作为被动采样器的例子,我们使用了市售的极性有机化学集成采样器(POCIS)和PASSIL采样器(PASSIL被动离子液体采样器)(Caban, Mȩczykowska, & Stepnowski, 2016)。在POCIS进样器中,固体吸附剂用作受体相,而在PASSIL中,为此目的使用离子液体([P66614][N(CN)2])。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Calibration of POCIS and PASSIL passive samplers – influence of humic acids
One of the techniques of monitoring pharmaceuticals in the aquatic environment is passive extraction. The passive sampler should be calibrated before use, which means that the values of the sampling rates (Rs) should be determined. The Rs values depends on environmental conditions, such as the presence of dissolved organic matter, in particular humic acids (Söderström, Lindberg, & Fick, 2009). The aim of the present research was to compare the calibration process of two types of passive samplers in the presence of humic acids dissolved in water. As examples of passive samplers, commercially available polar organic chemical integrated sampler (POCIS) and PASSIL sampler (PASSIL PASsive Sampling by Ionic Liquds) (Caban, Mȩczykowska, & Stepnowski, 2016) were used. In the POCIS sampler, a solid sorbent is used as the acceptor phase, whereas in PASSIL, for this purpose an ionic liquid is used ([P66614][N(CN)2]).
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