BALLISTIC TESTS OF BULLET IMPACT INTO WATER

D. Pacek, P. Badurowicz, Przemysław Sidelnik, K. Szczurowski
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Abstract

Research works described in the paper, were performed within the framework of the project: Laboratory stand for stopping high-energy projectiles (Agreement no. DOBBIO10/ 04/02/2019). Methods used nowadays in forensic laboratories allow to stop some kinds of projectiles with degree of deformation which lets to use them for comparing traces to bullets found on the crime scene. However they are not useful for every type of projectiles. The aim of the research is to elaborate methods which allow to slow down and gently stop high-energy susceptible to deformation bullets in a way that does not cause their deformation or possibly limit it. The paper presents the results of ballistic tests of impact of various types of projectiles into water. The behavior of bullets of various calibers, with different kinetic energy and different construction was analyzed. On the basis of the obtained results, the projectiles with the highest susceptibility to deformation were identified.
子弹入水的弹道测试
本文中描述的研究工作是在项目框架内进行的:停止高能弹丸的实验室站(协议编号:。DOBBIO10 / 04/02/2019)。目前法医实验室使用的方法可以阻止某些变形程度不同的弹丸,以便将其与犯罪现场发现的子弹进行比较。然而,它们并不是对每种类型的射弹都有用。这项研究的目的是详细阐述一种方法,可以在不引起或可能限制变形的情况下,减缓和温和地停止易变形的高能子弹。本文介绍了各种类型的弹丸入水的弹道试验结果。分析了不同口径、不同动能、不同结构子弹的性能。在此基础上,确定了变形敏感性最高的弹丸。
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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