利用能量弥散实验鉴定射击手的GSR

Mishra Rk, P. C. Jain, A. Budania, Mukesh Sharma, R. Tiwari
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引用次数: 2

摘要

背景:射击残留物是在枪击事件或使用枪支后收集的,用于通过各种技术确定GSR参考物的成分,选择最适合这类分析的方法和技术,如SEM-EDX, NAA, LBIS等。目的:我们提出的研究是使用EDX - 8000装置确定GSR的元素分析。所有GSR成分铅-钡-锑(Pb-Ba-Sb)在印度制造的弹药中都得到了验证。方法:用土产弹药,用不同种类武器(国产炮)多次射击后,提取金属粉末残留样品。因此,本研究旨在发展化学弹道专业,以改善法医调查,并为印度警方和法医专家带来好处。结果:我们的研究结果表明,无损EDX方法是足够的分析所提出的调查。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Identification of GSR on the Shooters Hands Using Energy Dispersive Experiments
Background: Gunshot residues are collected after shooting incident or firearms used, using to determine the composition of the GSR reference by various techniques to choose methods and techniques most suitable for this type of analysis, such as SEM-EDX, NAA, LBIS and etc. Objectives: Our proposed study is to determine the elemental analysis of GSR using EDX – 8000 set-up. All the GSR constituents lead-barium-antimony (Pb-Ba-Sb) are verified in the Indian made ammunition. Methods: Samples of metallic powder residue were realized after several shoots by different kind of weapons (country made firearms) with local ammunitions. So, this study was undertaken to develop chemical ballistic specialty in order to improve forensic investigations and drive benefit to Indian police and forensic experts. Results: Our results reveals that the non-destructive - EDX method is quite adequate to analysis the proposed investigation.
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