弹道高分子材料的耐爆炸性能评价

P. Skalický, J. Komenda, R. Vitek, L. Jedlička, Jana Vlhová
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引用次数: 1

摘要

本文介绍了一项试验的结果,在该试验中,选定的弹道材料对高爆爆炸引起的爆炸进行了耐爆性测试。我们使用的纺织品来自两个制造商帝人(Twaron,两种层压织物和三种机织织物)和霍尼韦尔(Spectra,一种层压织物)。在相同条件下,共制作了6个受参考装药爆炸影响的实验样品。鉴于所选材料的面密度不同,确定了“相对冲孔层数”和“相对冲孔层数”作为实验者评价的定量标准。比较实验结果,可以确定所选材料中最耐腐蚀的材料(Twaron CT 709/2)。实验结果带来了新的发现和教训,并丰富了对爆炸作用下软弹道材料行为的认识。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Evaluation of explosion resistance of ballistic polymeric materials
The article presents the results of an experiment in which selected ballistic materials were tested for explosion resistance to a blast caused by a high explosive explosion. Were used textiles from two manufacturers Teijin (Twaron, two fabrics laminated and three woven) and Honeywell (Spectra, one fabric laminated). In total 6 experimental samples were made which were exposed to blast effects of a reference charge under the same conditions. In view of different areal density of individual selected materials "Relative punched layers" and "Relative number of punched layers" were determined as the quantitative criteria for evaluation of the experimenter. Comparing results of the experiment, it was possible to determine the most resistant material (Twaron CT 709/2) of selected materials. Results of the experiment brought new findings as well lessons and enriched knowledge about the behavior of soft ballistic materials exposed to the effects of blast.
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