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Polystyrene/Plasma Treated Clay Nanocomposite

机译:聚苯乙烯/等离子体处理的粘土纳米复合材料

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One of weak point of PS/clay nanocomposite is the lack of interfacial adhesion between clay and polystyrene matrix. In this research, the radical sites on the clay surface were induced via the plasma technique. The optimum condition for this process was investigated and used to treat bentonite before grafting styrene on clay structure. The increase of basel-spacing of clay was not noticeable from XRD spectra, but the FT-IR spectra showed characteristic peak of polystyrene implied that the styrene grafting was occurred on the outer surface of the clay. The impact strength is quite improved, especially for the higher ratio of styrene/clay during the grafting step.
机译:PS /粘土纳米复合材料的弱点之一是粘土和聚苯乙烯基质之间缺乏界面粘附。在该研究中,通过等离子体技术诱导粘土表面上的自由基部位。研究了该方法的最佳条件并用于在粘土结构上嫁接苯乙烯之前对膨润土进行治疗。粘土的巴塞尔间距的增加不受XRD光谱明显,但FT-IR光谱显示出聚苯乙烯的特征峰,暗示苯乙烯接枝在粘土的外表面上发生。冲击强度完全改善,特别是在接枝步骤中的苯乙烯/粘土的比例较高。

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