Relationships are established between the parameters of mathematical models describing the change of electrical resistance of a thermoplastic polymer matrix filled with various types of conducting carbon particles and physical models allowing features of experimental concentration dependences of orientationally drawn composites to be explained. The difference between anisotropic and isotropic fillers is explained. The structuring mechanism of conducting chains of both types of fillers and their destruction with four- and eight-fold drawing of the polymer are illustrated.

中文翻译：

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各向同性和各向异性碳纳米填料对复合膜纤维导电性能的数学和结构建模的关系

建立了描述填充有各种类型导电碳颗粒的热塑性聚合物基体电阻变化的数学模型的参数与物理模型之间的关系，从而可以解释定向拉伸复合材料的实验浓度依赖性特征。说明了各向异性填料和各向同性填料之间的区别。阐述了两种类型的填料的导电链的结构机理及其在聚合物的四倍和八倍拉伸下的破坏。