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托卡列夫手枪、马卡罗夫手枪和格洛克19手枪在10厘米、15厘米和25厘米射击距离造成的损伤比较。

Comparison of injuries caused by the pistols Tokarev, Makarov and Glock 19 at firing distances of 10, 15 and 25cm.

作者信息

Lepik Delia, Vasiliev Vitaly

机构信息

Department of Pathological Anatomy and Forensic Medicine, University of Tartu, Ravila 19, 51014 Tartu, Estonia.

出版信息

Forensic Sci Int. 2005 Jun 30;151(1):1-10. doi: 10.1016/j.forsciint.2004.06.030.

Abstract

Firings at cloth targets and at human skin from autopsy material were performed from the pistols 7.62 mm Tokarev (TT), 9 mm Makarov (PM) and 9 x 19 mm Glock 19 with common ammunition. The differences were in the soot deposit pattern, the degree of scorching of the synthetic fibres on the edges of the entrance hole and in the findings of the soot and the gunpowder particles. The results were similar on the cloth and on the skin targets. In the case of the TT and the PM, the soot deposit patterns reminded of a blossom or shafts of rays or fans, or the bullet wipe had four narrow and four wide sections regarding the number of lands and grooves. The TT left a large amount of soot and many gunpowder particles and caused the melting of the synthetic fibres on the edges of the entrance hole, producing a defect of the material 0.1-0.3 cm in diameter and defects of textile fibres around the entrance hole. In the skin the TT caused many intraepithelial tears, folds of the epidermis and recesses of the epidermis containing soot. Firings from the PM and the Glock 19 caused the melting only of the ends of individual synthetic fibres on the edges of the entrance hole. The PM left a large amount of soot and only a few gunpowder particles. The Glock 19 gave the least soot and the greatest number of gunpowder particles and also caused tears and recesses in the epidermis. Only in the case of the Glock 19, hexagonal or polygonal zones were seen in the soot deposit pattern. The differences in the soot pattern were more distinct at the firing distance of 10 cm. By increasing the distance from 10 to 15 cm, the intensity of soot diminished and began to disappear at 25cm, but remained more visible in the case of the TT. The gunpowder particles could be found in the epidermis and deeper in both layers of the dermis at all distances fired from the TT and the Glock 19. In the case of firings from the PM, at the distance 10 cm some of the gunpowder particles had penetrated into the dermis and most of them were in the upper layer of the dermis. At the firing distance of 15 and 25 cm, the gunpowder particles were only on and in the stratum corneum.

摘要

使用7.62毫米托卡列夫手枪(TT)、9毫米马卡洛夫手枪(PM)和9×19毫米格洛克19手枪,搭配普通弹药,对尸检材料中的布料靶标和人体皮肤进行射击。差异在于烟灰沉积模式、入口孔边缘合成纤维的烧焦程度以及烟灰和火药颗粒的情况。在布料靶标和皮肤靶标上的结果相似。对于TT和PM手枪,烟灰沉积模式类似花朵、射线束或扇形,或者根据膛线和凹槽数量,子弹擦痕有四个窄段和四个宽段。TT手枪留下大量烟灰和许多火药颗粒,导致入口孔边缘的合成纤维熔化,产生直径0.1 - 0.3厘米的材料缺陷以及入口孔周围的纺织纤维缺陷。在皮肤上,TT手枪造成许多上皮内撕裂、表皮褶皱以及含有烟灰的表皮凹陷。PM手枪和格洛克19手枪射击仅导致入口孔边缘个别合成纤维末端熔化。PM手枪留下大量烟灰和少量火药颗粒。格洛克19手枪产生的烟灰最少,火药颗粒数量最多,还导致表皮出现撕裂和凹陷。仅在格洛克19手枪射击的情况下,烟灰沉积模式中可见六边形或多边形区域。在10厘米的射击距离下,烟灰模式的差异更为明显。将距离从10厘米增加到15厘米时,烟灰强度减弱,在25厘米时开始消失,但在TT手枪射击的情况下仍更明显可见。从TT手枪和格洛克19手枪在所有射击距离发射时,火药颗粒可在表皮以及真皮两层的更深处发现。对于PM手枪射击,在10厘米的距离下,一些火药颗粒已穿透进入真皮,且大多数位于真皮上层。在15厘米和25厘米的射击距离下,火药颗粒仅存在于角质层上和角质层内。

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