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首页> 外文期刊>Journal of Encapsulation and Adsorption Sciences >Effect of Core Material on Breaking Behavior of Self-Bursting Microcapsules
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Effect of Core Material on Breaking Behavior of Self-Bursting Microcapsules

机译:核心材料对自爆微胶囊破坏行为的影响

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Self-bursting microcapsules, which retain their shape when suspended in water but burst quickly after the water evaporates, were proposed in a previous report. In this report, the effect of core materials on the bursting mechanism was studied. Five kinds of solvents were used as core materials, microencapsulated with polyurethane via an interfacial polymerization method. It was found that the self-bursting ratio was proportional to the measured dielectric constant of the core material. Thus, the solvents with a higher dielectric constant had an effect on the wall material to a greater extent. Furthermore, the self-bursting ratio was able to be predicted using the “organic conceptual diagram.”
机译:在以前的报告中提出了自爆微胶囊,当悬浮在水中时会保持其形状,但在水蒸发后会迅速破裂。在本报告中,研究了核心材料对破裂机理的影响。使用五种溶剂作为芯材,通过界面聚合法将其微囊化为聚氨酯。已发现自爆率与芯材的测量介电常数成比例。因此,介电常数高的溶剂对壁材料的影响更大。此外,可以使用“有机概念图”预测自爆率。

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