Changing the surface of the 07C11-KV mixed fabric modified by carbon and zirconium clusters, during climate tests

A. Anisovich, M. I. Markevich, I. Akula, N. Chekan, E. N. Shcherbakova, E. V. Kevra
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Abstract

The technology of modification of textile mixed materials using carbon and zirconium targets has been developed. A change in the structure of a composite material based on a 07C11‑KV mixed fabric (produced by Mogotex OJSC) modified with carbon and zirconium clusters after exposure at low temperatures (up to ‑40 °C) in a climatic chamber was investigated. It is shown that at temperatures ‑20 – ‑30 °C, the material is de‑fibrous. At ‑40 °C, there is no de‑fibering, fiber straightening is observed. The continuity of the coating is maintained for all test variants.
在气候试验中,改变碳和锆簇改性07C11-KV混合织物的表面
研究了以碳锆为靶材对纺织混料进行改性的技术。研究了一种基于07C11 KV混合织物(由Mogotex OJSC生产)的复合材料在低温(高达- 40°C)气候室中暴露后的结构变化,该复合材料采用碳和锆簇改性。结果表明,在- 20 ~ - 30℃的温度下,材料呈非纤维状。在- 40°C时,不发生脱纤维现象,观察到纤维变直。对于所有的测试变体,涂层的连续性都保持不变。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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