首页> 外文会议>Technical Conference of the Society of Plastics Engineers >FOAMING EFFECTS ON THE PERCOLATION THRESHOLD IN CONDUCTIVE POLYMER COMPOSITES: A SYSTEMATIC ANALYSIS
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FOAMING EFFECTS ON THE PERCOLATION THRESHOLD IN CONDUCTIVE POLYMER COMPOSITES: A SYSTEMATIC ANALYSIS

机译:对导电聚合物复合材料中渗透阈值的发泡作用:系统分析

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In this research, a systematic analysis was conducted to clarify the foaming effects on the electrical percolation threshold of rod-like conductive fillers in polymer composites. In order to decouple the volume exclusion and the cell growth effects, instead of using the "final" volume content of filler in foamed samples the "initial" volume concentration of filler was considered in the analysis. This provided a means to investigate the sole effect of cell growth action. By independently analyzing the effects of void fraction and cell size on the filler orientation and inter-connections, and the subsequent electrical conductivity, a clear understanding of the filler motion in conductive polymer composite foams was obtained. The results of this study provide a useful theoretical guideline for future research.
机译:在该研究中,进行了系统分析,以阐明聚合物复合材料中棒状导电填料的电渗滤阈值的发泡效应。为了使体积排除和细胞生长效应分离,而不是使用泡沫样品中填料的“最终”体积含量,在分析中考虑了填料的“初始”体积浓度。这提供了一种研究细胞生长作用的唯一影响的方法。通过独立地分析空隙部分和细胞尺寸对填料取向和相互连接的影响,得到随后的导电性,得到了对导电聚合物复合泡沫中的填充物运动的清楚理解。本研究的结果为未来的研究提供了一个有用的理论指南。

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