作业帮英语翻译不要用网上翻译器直接翻译,中文如下,请翻译成英文：针对PP和PET的优缺点,对其进行改性,将两者进行共混.可是PP与PET属于热力学不相容体系,直接共混的话,共混体系的界面作用力小,
来源：学生作业帮助网 编辑：作业帮 时间：2024/05/02 19:11:39
英语翻译不要用网上翻译器直接翻译,中文如下,请翻译成英文：针对PP和PET的优缺点,对其进行改性,将两者进行共混.可是PP与PET属于热力学不相容体系,直接共混的话,共混体系的界面作用力小,
英语翻译
不要用网上翻译器直接翻译,中文如下,请翻译成英文：
针对PP和PET的优缺点,对其进行改性,将两者进行共混.可是PP与PET属于热力学不相容体系,直接共混的话,共混体系的界面作用力小,相容性差,严重影响了共混材料的力学性能.因此,本文研究利用PP-g-GMA提高PP/PET复合材料的相容性.然后通过拉伸,熔融和非等温结晶等测试发现,两者能相互优化其性能：PET能提高PP的强度、模量、耐热性,也能改善PP的结晶能力；而PP则能降低PET的加工温度,提高力学性能等.
英语翻译不要用网上翻译器直接翻译,中文如下,请翻译成英文：针对PP和PET的优缺点,对其进行改性,将两者进行共混.可是PP与PET属于热力学不相容体系,直接共混的话,共混体系的界面作用力小,
According to the advantages and disadvantages of PP and PET, and carry on the modification, will both for blending. But PP and PET belong to thermodynamics incompatible system, direct blend of words, blending system interface force is small, poor compatibility, the serious influence by blending with the mechanical properties of materials. Therefore, this paper studies using PP-g-GMA improve PP/PET composite material compatibility. Then through the tensile, melting and the isothermal crystallization tests found that both can mutual optimize their performance: PET can improve the strength of the PP, modulus, heat resistance, it can improve the crystallization of PP ability; And PP is able to reduce the PET processing temperature, increase mechanical properties, etc.