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1)  hybrid composite
混杂复合材料
1.
Study on longitudinal tensile properties of F-12/CF hybrid composites;
F-12/CF混杂复合材料纵向拉伸性能研究
2.
New model SiC preform made up of SiC foam and SiC particle,SiC foam / particle / Al hybrid composites(V SiC=53%,56%,59.
运用挤压铸造法制备了SiC泡沫陶瓷/SiC颗粒/Al混杂复合材料,研究了温度和SiC泡沫陶瓷体积分数对复合材料热膨胀的影响。
3.
The result shows that the properties of the hybrid composites in the form of(CF)0/(CF)0/(UHMWPEF)/(CF)0/(CF)0 are much better with UHMWPEF modified.
本文对不同铺层方式的碳纤维(CF)和高强聚乙烯纤维(UHMWPEF)混杂复合材料的力学性能进行测试,同时对UHMWPEF表面处理前后的混杂复合材料性能进行了比较。
2)  hybrid composites
混杂复合材料
1.
Study on preparation of nylon 6/ montmorillonite hybrid composites by in-situ polymerization via anionic ring-opening path;
阴离子开环原位聚合法制备尼龙6/蒙脱土混杂复合材料
2.
Mechanical properties and hybrid effect of 3D braided UHMWPE fiber/carbon fiber/epoxy resin hybrid composites;
三维编织超高分子量聚乙烯纤维/碳纤维/环氧树脂混杂复合材料力学行为及混杂效应
3.
Mechanical behavior of Fe-based amorphous ribbons-glass fibers reinforced hybrid composites
铁基非晶条带玻璃纤维混杂复合材料力学特性
3)  super-hybrid composite
超混杂复合材料
1.
Mechanical properties of ceramics/fibers/resin super-hybrid composite;
陶瓷/纤维/树脂超混杂复合材料的力学性能
2.
Interfacial control of ceramics/resin/fibers super-hybrid composite;
陶瓷/树脂/纤维超混杂复合材料的界面控制
3.
Carbon fiber /titanium super-hybrid composite (CTSC) was developed in order to improve transformation and utilization of fiber performance.
为提高增强纤维性能的转化和利用,开发了碳纤维/钛超混杂复合材料
4)  superhybrid composite
超混杂复合材料
1.
The research and development of the multi-functional and low-cost resin matrix superhybrid composite and the application prospect of its products are introduced.
介绍研究、开发的低成本、多功能树脂基超混杂复合材料及其产品的应用前景。
2.
The polymer matrix superhybrid composites boards which posessed shock resistance, wearability and corrosion resistance were developed, and their properties and application were studied.
研制了具有耐冲击、耐腐蚀、耐磨损功能的聚合物基聚酰胺纤维、金属纤维、玻璃纤维超混杂复合材料板材,并对其性能与应用进行了研究。
5)  unidirectional hybrid composite
单向混杂复合材料
1.
The results showed that most of the fracture of unidirectional hybrid composites are multiple.
实验结果表明,单向混杂复合材料的拉伸断裂大多为多次性,界面数越多,一次性断裂的可能性越大。
6)  HFRP
混杂纤维复合材料
1.
It is shown that the ways for increasing the efficiency of FRP and improving the ductility of the repaired beams are anchorages of the FRP at the ends of a beam,bond pressure along the span of a beam and using hybrid fiber reinforced polymer(HFRP).
简述加固混凝土梁纤维复合材料 (FRP)性能发挥效率较差、加固梁延性较低的主要原因 ,说明提高FRP性能的利用率、改善加固梁延性的途径是 :梁端FRP锚固、沿梁长粘结加压和使用混杂纤维复合材料 (HFRP) ;并初步探讨简易实施方法。
补充资料:混杂复合材料
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性质: 广义上包括用两种(或以上)的基体和增强体进行混杂所构成的复合材料,也包括用两种(或以上)的复合材料或复合材料与其他材料进行混杂所构成的复合材料。但通常指用两种(或以上)的增强体组合的混杂复合材料。增强体的混杂也有多种形式,如两种连续纤维单向排列、两种连续纤维的混杂编织。两种短纤维的混杂铺设、纤维与颗粒的混杂和两种粒子的混杂等。但是目前主要是使用第一、二两种形式的混杂,也有少量的纤维与颗粒的混杂。混杂复合材料可以根据构件结构的使用性能要求进行设计。混杂复合材料中由于产生混杂效应将明显提高或改善原单一增强体复合材料的某些性能,也大大降低复合材料的原料费用。

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