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首页> 外文期刊>Inorganic Chemistry Communications >The influence of water molecules on the complex formation between K~+ and 18-crown-6 and the cryptand (222) in chloroform
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The influence of water molecules on the complex formation between K~+ and 18-crown-6 and the cryptand (222) in chloroform

机译:水分子对氯仿中K〜+与18-crown-6和cryptand(222)的络合物形成的影响

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摘要

The complexation formation between potassium dibenzyldithiocarbamate and 18-crown-6 and the cryptand (222) was studied in chlorofrom using calorimetric titrations.By variation of the molar ratio of th esalt and water the influence on the reaction enthalpies was studied.With increasing concentration of water in chloroform the values of the reaction enthalpies decrease for both ligands.The microsolvation of the cation or ion pair present in solution by the water molecules has a pronounced effect on the reaction.Thus the presence of very small smounts of water cannot be neglected for the extraction of cations from aqueous to chloroform solution.
机译:用比色滴定法研究了氯苄中二苄基二硫代氨基甲酸钾与18-crown-6和穴状配体(222)的络合形成,并通过改变邻苯二甲酸盐与水的摩尔比研究了对反应焓的影响。在氯仿中的水,两个配体的反应焓值均降低。水分子对溶液中存在的阳离子或离子对的微溶剂化对反应有显着影响,因此不可忽略非常少量水的存在从水溶液到氯仿中提取阳离子。

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