研究了对反应性共混条件对共混物热性能的影响。
The effect of reactive blend condition on thermal properties is also studied.
结果表明,采用低分子量反应性化合物作相容剂,共混物的拉伸强度提高,但冲击强度无改善。
The results show that: using low molecular weight reactive compounds as compatibilizers, the tensile strength of the blends is raised, but the impact strength is not improve.
通过凝胶含量测定、力学性能试验以及熔体流动性能测试等手段,研究了共混(反应)时间对密炼法和挤出法反应性PP/EPDM共混合金性能的影响及其机理。
The effect of blending time on the properties of reactive PP/EPDM alloy was studied via the analysis of gel content, mechanical properties, melt flow behaviour and morphology.
综述了聚合物共混物的反应性增容及相形态控制的研究现状。
Reactive compatibilization, its mechanism and morphology control factors in polymer blends were briefly reviewed.
目前的研究表明,通过共聚、共混等改性方法可以改善PBS的亲水性、反应活性、生物相容性及降解行为。
It showed that the improvement of hydrophilicity, reactivity, biocompatibility, and biodegradation of PBS could be achieved by copolymerization and blend modification.
它适合广泛的应用,包括纳米共混物、回收和反应性加工。
It suits for a large range of applications including nano-compounding, recycling and reactive processing.
它适合广泛的应用,包括纳米共混物、回收和反应性加工。
It suits for a large range of applications including nano-compounding, recycling and reactive processing.
应用推荐