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The effect of metallisation, porosity and thickness on the thermaln resistance of two-layer fabric assemblies

机译:金属化,孔隙率和厚度对两层织物组件的耐热性的影响

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摘要

In this study, we evaluated the thermal resistance of various combinations of commercially available, metallised and conventional, mid- and shell-layer materials, and additionally investigated the effect of plasma metallisation of the non-metallised materials. The evaporative resistance of the shell layers was measured, and did not increase due to plasma metallisation. Metallised mid- and shell-layers increased the thermal resistance of fabric assemblies, and this increase was greatest when the
机译:在这项研究中,我们评估了市售,金​​属化和常规,中层和壳层材料的各种组合的热阻,并另外研究了非金属化材料的等离子体金属化的影响。测量了壳层的蒸发阻力,并且没有由于等离子体金属化而增加。金属化的中间层和壳层增加了织物组件的热阻,当织物层的热阻增加时,这种增加最大。

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