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首页> 外文期刊>Chemical Engineering Research & Design: Transactions of the Institution of Chemical Engineers >CHARACTERISTICS OF NANO-CAPSULES PREPARED USING REVERSE MICELLAR SYSTEM
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CHARACTERISTICS OF NANO-CAPSULES PREPARED USING REVERSE MICELLAR SYSTEM

机译:NANO-CAPSULES准备使用的特征反向胶束系统

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摘要

The preparation of nano-capsules using an AOT reverse micellar system was performed by the in situ polymerization of styrene and divinylbenzene on the surface of the AOT reverse micelles.The effects of the preparation conditions on the capsule morphologies,encapsulation ratio of water and average diameter of the nano-capsules were investigated.The morphology of nano-capsules were very spherical,and average diameter of the nano-capsules,which was approximately 600 nm,was not affected by the preparation conditions such as surfactant concentration,sodium chloride concentration in the injection water,monomer ratio and pH of the injection water.The encapsulation ratio of water was affected by the surfactant concentration,the amount of the injection water and the sodium chloride concentration.On the other hand,the encapsulation ratio was not affected by the pH of the injection water.Based on this result,it is possible to prepare nano-capsules regardless of the injection water pH.Finally,it is proven that a high encapsulation ratio was obtained when a low surfactant concentration and low quantity of injection water.
机译:nano-capsules使用AOT的准备反向胶束体系执行的原位聚合苯乙烯和二乙烯基苯表面的AOT反向胶束。制备条件的影响胶囊形态、封装比例的水和nano-capsules的平均直径调查。球,平均直径nano-capsules,约600海里,是不会受等制备条件的影响随着表面活性剂浓度、氯化钠浓度注入水,单体比和注入水的pH值。封装比水的影响表面活性剂浓度的数量注入水和氯化钠浓度。比没有受到注入的pH值的影响水。准备nano-capsules不管注入水pH.Finally,证明高封装时获得较低的比例表面活性剂浓度和低量注入水。

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