Abstract

The present brief review presents the results of studies of the electrical conductivity and microwave properties of polymer composites based on Taunite-M and shungite for production of radiation-protective coatings. Anomalies in the behavior of the electrical conductivity of the composite at a concentration of Taunite-M of ≈5.0% have been found. The following results and conclusions have been provided: (1) a technology for producing Taunite-M, which can be introduced in an amount of up to 90 wt % to a selected polymer–styrene–butadiene latex; (2) structural and optical properties of Taunite-M; (3) techniques for studying dried layers and microwave properties; and (4) drying kinetics, morphology, and relief of the composite layers. It has been established that polymer composites based on paint materials with Taunite-M can be produced as protective coatings with a 80–90% content of carbon nanoparticles.

中文翻译：

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基于 Shungite 和 Taunite-M 碳纳米材料的聚合物复合材料用于辐射防护涂层

摘要

本简要综述介绍了基于 Taunite-M 和闪锌矿的聚合物复合材料用于生产防辐射涂层的导电性和微波性能的研究结果。已经发现在约 5.0% 的 Taunite-M 浓度下复合材料的电导率行为异常。提供了以下结果和结论： (1) 一种生产 Taunite-M 的技术，它可以以高达 90 wt% 的量引入到选定的聚合物-苯乙烯-丁二烯胶乳中；(2) Taunite-M的结构和光学特性；(3) 研究干燥层和微波特性的技术；(4) 复合层的干燥动力学、形态和浮雕。