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Trace analysis of surfactants using chromatographic and electrophoretic techniques

机译:使用色谱和电泳技术对表面活性剂进行痕量分析

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Because of the widespread use, increased application of new formulations and immense impact on organisms and ecology surfactants are still in the focus of analytical chemistry. The development of methods with higher selectivity and lower detection limits is important to meet the requirements of greater responsibility for health of people and environment. Efficient separation methods, like HPLC, GC and CE, in combination with sensitive detection, like MS, are to be preferred over collective techniques which can suffer from interfering components. a review on trace analysis of ionic and neutral surfactants including sample preparation steps is presented, considering especially those methods which provide information about homologous and isomeric distribution of surfactant mixtures. Examples for the determination of linear alkylbenzene sulfonates in river water by HPLC and CE are discussed to show the capability of these methods for environmental analyses. As future trends increased applications of LC/MS (very high sensitivity) and also of CE (robustness and possibility for rapid method development) can be predicted.
机译:由于广泛使用,新配方的增加应用以及对生物和生态表面活性剂的巨大影响仍然是分析化学的重点。为了满足对人类和环境健康承担更大责任的要求,开发具有更高选择性和更低检测限的方法非常重要。高效的分离方法(如HPLC,GC和CE)与灵敏的检测方法(如MS)相结合,优于可能会受到干扰的集体技术。本文对离子和中性表面活性剂的痕量分析进行了综述,其中包括样品制备步骤,尤其考虑了那些提供有关表面活性剂混合物的同源和异构分布信息的方法。讨论了通过HPLC和CE测定河水中直链烷基苯磺酸盐的实例,以显示这些方法用于环境分析的能力。随着未来趋势的发展,可以预料到LC / MS(非常高的灵敏度)和CE(稳健性以及快速方法开发的可能性)应用的增加。

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