首页> 外文期刊>International journal of environmental analytical chemistry >PARTITIONING OF ANTIFOULING AGENTS, IRGAROL 1051 AND SEA NINE 211, TO HUMIC ORGANIC MATTER INVESTIGATED BY SOLID-PHASE MICROEXTRACTION
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PARTITIONING OF ANTIFOULING AGENTS, IRGAROL 1051 AND SEA NINE 211, TO HUMIC ORGANIC MATTER INVESTIGATED BY SOLID-PHASE MICROEXTRACTION

机译:将固相微萃取研究的抗腐剂IRGAROL 1051和SEA NINE 211分配给腐殖质有机物

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摘要

The partitioning behavior of organic biocides onto humic organic matter (Fluka humic acids) was investigated. Solid-phase microextraction (SPME) was used in both direct and headspace approaches to measure the freely dissolved proportion of the target analytes rather than the proportion bound to the polymer. Data obtained with direct and headspace modes are very similar. Results indicated that Irgarol 1051 had the strongest adsorption characteristics and was found to bind more strongly to humic acids than Sea Nine 211. Obtained values are in good agreement with previously reported data, showing that these biocides are transported mainly in the dissolved phase of marine waters.
机译:研究了有机杀菌剂在腐殖质有机物(氟卡腐殖酸)上的分配行为。固相微萃取(SPME)在直接方法和顶空方法中均用于测量目标分析物的自由溶解比例,而不是与聚合物结合的比例。直接模式和顶空模式获得的数据非常相似。结果表明,Irgarol 1051具有最强的吸附特性,并且被发现与腐殖酸的结合力比Sea Nine 211强。获得的值与先前报道的数据高度吻合,表明这些杀生物剂主要在海水的溶解相中运输。 。

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