Collateral damage risk: Quantifying the water surface bullet ricochet problem
Collateral damage risk: Quantifying the water surface bullet ricochet problem
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DOI：
10.1109/wssc.2010.5730264
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发表时间：
2010-11
期刊：
影响因子：
--
通讯作者：
R. Mirshak
中科院分区：
文献类型：
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作者：
R. Mirshak
海面的子弹弹跳给在近岸环境中工作的海军操作员带来了一个问题，因为它带来了重大但约束不力的附带损害风险。本文介绍了五种军用弹丸的跳弹实验结果。实验是在确保水面平坦的实验室环境中进行的，但使用考虑波浪表面的方法来扩展结果以考虑简单的波场。计算机生成的标有跳弹后飞行路径的见证板证实了操作员的担忧，即军事射弹从水面的跳弹是不可预测的。这一结果强调了对替代威慑和分类能力的需求。
Bullet ricochet from the sea surface presents a problem for naval operators working in near-shore environments because it provides a significant but poorly constrained collateral damage risk. This paper presents results of ricochet experiments for five military projectiles. The experiments were carried out in a laboratory environment where a flat-water surface was ensured, but an approach to consider wavy surfaces is used to extend the results to consider simple wave fields. Computer-generated witness plates marking the post-ricochet flight path confirm operator concerns that ricochet of military projectiles from the water surface are unpredictable. This result underlines the need for alternative deterrence and classification capabilities.