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Ionicity organicity chemical compound and its manufacturing method, and the carbon nano tube dispersant which consists of the said ionicity organicity chemical compound

机译:离子性有机化合物及其制造方法,以及由所述离子性有机化合物构成的碳纳米管分散剂

摘要

As the carbon nano tube dispersant the usefulness, the new ionicity organicity chemical compound which is displayed with below-mentioned general formula (i) and the production manner due to the simple process are offered. Conversion 1 (In formula, as for R, R and R as for hydrogen or alkyl group and A aromatic ring concatenated region which 1 or more it possesses or concatenated region which consists of cyclohexane ring, as for X anion is displayed, as for n it is a quantity where nX reaches 2 value.) The above-mentioned chemical compound, (A) in the both ends (chloromethyl) is obtained from 4 class conversion reactions with the aromatic jiamido chemical compound or shikurohekisanjiamido chemical compound and (B) the amines which possess the benzamide basis. As for the ionicity organicity chemical compound which is obtained, to be isolated to distribute in underwater it is possible many layer and the monolayer carbon nano tube as a CNT dispersant.
机译:作为碳纳米管分散剂的有用性,提供了具有下述通式(i)所示的新型离子性有机化合物和由于工艺简单而产生的制备方法。<转化率1>(式中,R表示氢或烷基,R 1和R 2和具有1以上的芳环连接区域或由环己烷环构成的连接区域,X阴离子表示n,n表示nX达到2值的量。 。)上述化合物,(A)的两端(氯甲基)是通过与芳族甲酰胺基化合物或shikurohekisanjiamido化合物的四类转化反应和(B)具有苯甲酰胺基的胺而获得的。所获得的离子性有机化合物可以分离并分散在水下,可以作为CNT分散剂使用许多层和单层碳纳米管。

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