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NANOPARTICLE REINFORCEMENT OF NYLON 6,6 COMPOSITES

机译:尼龙6,6复合材料的纳米颗粒增强

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Polymers have traditionally been reinforced with micron-sized fibers and fillers to improve their load-bearing capacity and/or thermal resistance. While generally cost-effective and structurally adequate for many applications, these materials usually lack good appearance and easy processing due to the relatively large size of the dispersed phase. Such disadvantages can be overcome by reducing particle size to nanoscale dimensions through several routes, including the delamination of certain mineral fillers.
机译:传统上,聚合物是用微米级的纤维和填料增强的,以提高其承载能力和/或耐热性。尽管通常具有成本效益并且在结构上适合许多应用,但是由于分散相的尺寸较大,这些材料通常缺乏良好的外观和易于加工的材料。可以通过几种途径将颗粒尺寸减小至纳米级,包括某些矿物填料的分层,从而克服这些缺点。

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