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首页> 外文期刊>The Inspectioneering Journal >CARBON NANO-TUBE EPOXY FILLER IMPROVES ENGINEERED COMPOSITE REPAIR SYSTEM PERFORMANCE
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CARBON NANO-TUBE EPOXY FILLER IMPROVES ENGINEERED COMPOSITE REPAIR SYSTEM PERFORMANCE

机译:碳纳米管环氧树脂填料可改善工程化的复合修补系统的性能

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摘要

Engineered Composite Repair (ECR) systems are moving into mainstream usage at a faster pace than ever. This increased usage and exposure is working to push them into new frontiers and commands a more demanding understanding of their basic functions. A fully inspectable ECR system was recently developed for use in high temperature environments (up to 300°F, or 149℃, continuous operating temperature). As a result, a new filler epoxy material needed to be developed that would retain its toughness and durability in this high temperature environment. Because the existing materials simply did not meet the needs of the industry in many situations, one had to be developed.
机译:工程复合修复(ECR)系统以前所未有的速度进入主流应用。使用和暴露的增加正在努力将它们推向新的领域,并要求对它们的基本功能有更严格的理解。最近开发了一种可完全检查的ECR系统,用于高温环境(连续工作温度最高300°F或149℃)。结果,需要开发一种在这种高温环境下仍能保持其韧性和耐久性的新型填料环氧树脂材料。由于现有材料在许多情况下根本无法满足行业需求,因此必须开发一种材料。

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