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Surface modification by low-temperature plasma——Application to powders and fibers

机译:低温等离子体的表面改性-在粉末和纤维中的应用

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摘要

Surface modification by low-temperature plasmawas reviewed. Plasma treatments of powders and fibers (fabrics)were focused, and the literatures published last five yearsconcerning the treatments were introduced and discussed. In theplasma treatment of powders, some good devices for the reactorsystems are required for uniform and efficient treatments.Recently, plasma-induced graft polymerization has been appliedto powdery materials, which are expected to be used as newdispersing particles in hybrid systems. In the plasma treatment offibers, many kinds of fibers have been proceeded for differentpurposes. Recently, high-strength fibers, such as aramid andcarbon fibers, are often treated by plasma for the use of fiber-reinforced plastic (FRP). The strength of the FRPs with thoseplasma-treated fibers has been improved.
机译:审查了低温等离子体的表面改性。重点对粉末和纤维(织物)进行等离子体处理,并介绍和讨论了最近五年有关该处理的文献。在粉末的等离子体处理中,需要一些用于反应器系统的良好装置以进行均匀有效的处理。最近,等离子体诱导的接枝聚合已应用于粉状材料,有望用作杂化系统中的新分散颗粒。在等离子体处理纤维中,已经针对多种目的进行了多种纤维的研究。近来,高强度纤维,例如芳族聚酰胺和碳纤维,经常被等离子体处理,以使用纤维增强塑料(FRP)。那些经等离子体处理的纤维的FRP的强度已得到改善。

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