首页> 外文期刊>Chinese journal of aeronautics >EXPERIMENTAL STUDY ON PEK-C MODIFIED EPOXIES AND THE CARBON FIBER COMPOSITES FOR AEROSPACE APPLICATION
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EXPERIMENTAL STUDY ON PEK-C MODIFIED EPOXIES AND THE CARBON FIBER COMPOSITES FOR AEROSPACE APPLICATION

机译:航天用PEK-C改性环氧树脂和碳纤维复合材料的实验研究。

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摘要

The morphological structure of various epoxies toughened with a special amorphous ther- moplastic PEK-C and their carbon fiber composites were studied by using SEM. For both cases, phase separation and inversion took place to form fine epoxy-rich globules dispersing in the PEK-C matrix, in which the epoxy-rich phase had the absolutely higher volume fraction. The phase struc- ture and the interfacial properties were also studied by means of FTIR, DSC, and DMTA as well. An accompanying mechanical determination revealed that an improved toughness was achieved both in the blend casts and in the carbon fiber composites. A composite structural model was hence sug- Gested.
机译:用SEM研究了用特殊的非晶热塑性PEK-C增韧的各种环氧树脂的形态结构及其碳纤维复合材料。对于这两种情况,都发生了相分离和转化,以形成分散在PEK-C基质中的富环氧细小球,其中,富环氧相具有绝对更高的体积分数。还通过FTIR,DSC和DMTA研究了相结构和界面性质。伴随的机械测定表明,共混铸件和碳纤维复合材料均获得了改善的韧性。因此建议采用复合结构模型。

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