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Abstract <p>Composite materials based on an amorphous-crystalline polypropylene matrix and conductive carbon particles were obtained using melt technology. Samples were obtained in two form factors: 1D structure (fiber) and 2D structure (film). The influence of the type, shape and axial ratio of highly dispersed nanofillers on the physical properties and on the structure of a conducting cluster of composite materials in the form of 1D and 2D structures was studied.</p>

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Effect of Dispersed Nanofillers Morphology on the Structure of a Conducting Cluster of Polymer Composites

  • 期刊论文

  • 发表日期：

    2025年10月12日

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  • O. Molokanova,
  • G. Molokanov,
  • E. Tsobkallo,
  • V. Yudin

摘要

Abstract

Composite materials based on an amorphous-crystalline polypropylene matrix and conductive carbon particles were obtained using melt technology. Samples were obtained in two form factors: 1D structure (fiber) and 2D structure (film). The influence of the type, shape and axial ratio of highly dispersed nanofillers on the physical properties and on the structure of a conducting cluster of composite materials in the form of 1D and 2D structures was studied.