1·In this paper, the structural features, main physical and chemical properties of graphite intercalation compounds are discussed. Further applications of this kind of new materials are presented.
概述了石墨插层化合物的结构特征和主要物理与化学特性，介绍了这类新型材料的应用前景。
2·The mechanism research and theoretical models of polymer melting intercalation are discussed in detail.
详细讨论了熔体插层的机理研究及理论模型。
3·XRD analysis showed that better intercalation effect could be obtained by adopting ammonium ion with longer molecule length, solvent method and high density polyethylene.
XRD测试显示，采用长链季铵盐、溶液法和高密度聚乙烯可获得较好的插层效果。
4·The results showed that organophilic MMT could be prepared with octadecylamine hydrochloride as intercalation agent in H 2O.
研究表明，以十八烷基胺盐酸盐为插层剂，利用水作介质得到的有机蒙脱土综合效果最好。
5·The ultraviolet-cured epoxy-acrylate/montmorillonite(EA/MMT) hybrid was synthesized by intercalation polymerization, and prepared into a novel nanocomposite material via UV-curing process.
利用插层聚合合成了环氧丙烯酸酯/蒙脱土复合光固化树脂，并采用紫外光固化制备了环氧丙烯酸酯/蒙脱土纳米复合材料。
1·The results of viscometric titration assay indicated that these compounds interacted with CT-DNA by intercalation.
粘度滴定实验表明该系列化合物与DNA以嵌插方式作用；
2·The thermal denaturation temperature of DNA in the presence of the RF indicated the mode of action between RF and DNA was not a classical intercalation mode.
核黄素存在下DNA热变温度的变化表明，它们之间的作用方式不是经典的嵌插方式；