环氧树脂综合性能优异,被广泛应用于各个领域。环氧树脂增韧研究一直是一个热点问题,使用的方法很多,如:橡胶粒子增韧、高性能热塑性树脂增韧、互传网络、纳米微粒和纤维增韧等,也提出了银纹-剪切理论、剪切-屈服理论和孔洞-屈服理论等增韧机理。但这种方法会牺牲一些性能,包括玻璃化转变温度、弹性模量或工艺性等。为 Epoxy excellent comprehensive performance, is widely used in various fields. Epoxy resin toughening research has been a hot issue, the use of many ways, such as: rubber particle toughening, high-performance thermoplastic resin toughening, mutual transmission network, nano-particles and fiber toughening, also proposed a silver grain-shear Cut theory, shear - yield theory and hole - yield theory and other toughening mechanism. However, this method will sacrifice some properties, including the glass transition temperature, modulus of elasticity or processability. for