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The polymer which is due to the interfacial polymerization and is dispersed well nano- the composite

机译:由于界面聚合而良好分散在纳米复合材料中的聚合物

摘要

This invention, generally, at the time of the interfacial polymerization of the polymer the nano- size substance (the nano- substance) that place regards the method of dispersing in the polymer host. For example as for this kind of method generally, (a) the nano- substance of the quantity which is the non-polar solvent (the organic solvent) the suspension doing in, the process which makes nonpolar characteristic suspensoid form; (B) melting the 1st monomer kind of quantity which is in nonpolar characteristic suspensoid, the process which makes nonpolar characteristic reactant phase form; (C) 2nd monomer kind of quantity which is for example the polar solvent (the water solvent) melting in, the process which makes polarity reactant phase form; In order and (d) to cause the interfacial polymerization, you can obtain compound ones which include the nano- substance which is well dispersed in the polymer matrix or the copolymer matrix by process and such interfacial polymerization which make with polarity reactant phase and nonpolar characteristic reactant phase contact; It includes. Separately from this, the nano- substance the suspension in the polar solvent it is possible also to be able to point.
机译:通常,本发明在聚合物界面聚合时,所考虑的纳米级物质(纳米物质)是在聚合物主体中分散的方法。例如,对于这种方法一般来说,(a)作为悬浮液所进行的非极性溶剂(有机溶剂)的量的纳米物质,形成非极性特征的悬浮物的过程; (b)熔化处于非极性特征悬浮物中的第一单体种类的量,使非极性特征反应物形成相态的过程; (C)第二单体种类的量,例如极性溶剂(水溶剂)的熔融,使极性反应物相形成的过程;为了和(d)引起界面聚合,可以通过包括通过极性反应物相和非极性特性进行处理的界面聚合以及这样的界面聚合来获得包括良好地分散在聚合物基质或共聚物基质中的纳米物质的化合物。反应物相接触这包括。与此不同的是,也可以指出纳米物质在极性溶剂中的悬浮液。

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