液晶环氧树脂融合了液晶有序与网络交联的优点，是一种具有很好应用前景的结构和功能材料。
Liquid crystalline epoxy resin is a kind of structural and functional material with good applied prospect because it combines the liquid order with cross network advantages.
本文合成了一种新型液晶环氧树脂，并对其固化及改性普通双酚- A环氧树脂进行了较系统的研究。
In this article, a novel liquid crystalline epoxy resin was synthesized, and curing behavior and mixed with bisphenol-A epoxy resin were investigated.
结果表明该液晶环氧树脂与DDM交联聚合的网络保持了较好的液晶织态，聚合物具有较好的综合性能。
The results show that the cured liquid crystalline epoxy taking DDM as curing agent have good liquid crystalline behaviors and comprehensive property is the best.
综述了环氧树脂的树脂合金化增韧改性，着重讨论了热塑性树脂、热致液晶聚合物和互穿网络结构等环氧树脂增韧改性新技术。
It reviewed epoxy toughened by resin alloy, and discussed several new technologies of toughening epoxy such as modified by thermoplastic resin, thermotropic liquid crystal polymer and IPN.
在国内外目前对环氧树脂、BMI树脂的增韧主要采取的是橡胶增韧、热塑性树脂增韧、扩链增韧、热致液晶增韧等方法。
The route of toughening EP and BMI domestic and overseas at present is mainly rubber, thermoplastic, chain-extending and thermotropic crystalline polymer toughening.
在国内外目前对环氧树脂、BMI树脂的增韧主要采取的是橡胶增韧、热塑性树脂增韧、扩链增韧、热致液晶增韧等方法。
The route of toughening EP and BMI domestic and overseas at present is mainly rubber, thermoplastic, chain-extending and thermotropic crystalline polymer toughening.
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