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自表面张力测定对10-十一烯酸胆碱衍生物（三甲基-[2-（10-十一烯酰氧乙基）]碘化铵）与10-十一烯酸钠混合体系的表面吸附和胶团形成作了研究；对该体系中的囊泡形成进行了电镜观察，结果表明，巯水链端基为不饱和烯基的正、负离子表面活性剂混合体系和有饱和巯水链的混合体系一样，也有很高的表面活性，易于表面吸附和形成胶团，并且容易在水及已醇-水溶液中形成相当稳定的囊泡．这些结果的原因可归之于正、负表面活性离子之间的强烈静电相互作用．
Since the surface tension measurement of 10-undecenoic acid choline derivative (trimethyl- [2- (10-undecylenooxyethyl)] ammonium iodide) and 10-sodium undecylenate mixed system of Surface adsorption and micelle formation were studied. The vesicle formation in the system was observed by electron microscopy. The results showed that the positive and negative ionic surfactant system with unsaturated alkenyl group and the mercaptohydrazide Like the mixed system of chains, it also has high surface activity, easily adsorbs and forms micelles on the surface, and easily forms fairly stable vesicles in water and alcohol-water solutions. The reason for these results can be attributed to the strong electrostatic interaction between positive and negative surface-active ions.