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Improved Design of Fragment Dispersion of Forward-firing Warhead

机译:改进了向前射击弹头片段分散的设计

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Because a uniform fragments field is needed for forward-firing warhead intercepting air targets, it is necessary to analyze quantitatively and improve fragments dispersion uniformity. The wave controller is added in the warhead to make fragments at marginal zone close to the dispersion center. The static explosion experiments are performed to obtain the fragments dispersion data before and after the warhead being improved. The results of data analysis indicate that the marginal fragments will close to the center after adding a suitable wave controller in the warhead. And at the same time the field density of fragments in the centre zone changes little. The fragments radial dispersion uniformity is much better than before. The effective fragments area is about 1.8 times larger than before, and the fragments quantity in effective fragments area increases 54.2%. But about 30% of total fragments are still not used effectively because of the sparse density, and the problem needs to be researched farther in the future.
机译:因为前进的弹头拦截空气目标需要均匀的碎片场,所以需要定量分析并改善片段色散均匀性。波控制器被添加在弹头中,以在靠近分散中心的边缘区域的碎片。进行静态爆炸实验以在正在改进的弹头之前和之后获得片段分散数据。数据分析结果表明,在弹头中添加合适的波控制器后,边际碎片将靠近该中心。同时,中心区域的碎片的场密度几乎变化。径向分散均匀性的碎片比以前要好得多。有效碎片面积比以前大约1.8倍,有效碎片面积的碎片量增加了54.2%。但由于密度稀疏,大约30%的总片段仍然没有有效地使用,并且未来需要研究问题。

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