Volgogradskaya akademiya MVD Rossii (Kafedra trasologii i ballistiki UNK EKD, Nachal'nik kafedry)
FGKOU VO VA MVD Rossii (kafedra trasologii i ballistiki UNK EKD)
from 01.01.2006 until now
In recent decades, Russian security agencies have received a large range of modern firearms for 9 × 19 mm cartridge: pistols and submachine guns. In addition, samples of civilian hunting weapons were also produced for 9 × 19 mm ammunition. This weapon, though using a single bullet, has a different barrel length, which has some influence on the features of the occurrence of additional gunshot residue on the targets. On the basis of experimental firing of pistols PJ, submachine gun PP-2000 and carbine hunting "Saiga 9-02" analysis of influence of barrel length on the features of these trails at distances from 0 to 200 cm was conducted. The results of the experimental studies carried out give some idea of the features of close-fire marks in the firing of weapons with different barrel lengths, which will undoubtedly help greatly in determining the range of the shot.
CLOSE-FIRE MARKS, BARREL LENGTH, PISTOL, SUBMACHINE GUN, CARBINE
1. Chulkov I. A. Influence of barrel length and muzzle devices on soot deposition when firing from 5.45 mm Kalashnikov assault rifles. In: Forensic science and forensic activities: theory and practice: materials of the 5th All-Russian scientific and practical conference, 19 May 2017. Krasnodar: Krasnodar University of the Ministry of the Interior of Russia; 2017: 439-441. (In Russ.).
2. Bardachenko A. N., Chulkov I. A. Influence of barrel length and muzzle devices on the soot deposition of the shot when firing from 7.62 mm Kalashnikov assault rifles. In: Actual problems of the fight against crime: issues of theory and practice: materials of the 22nd international scientific and practical conference, 5-6 April 2018. Pt. 2. Krasnoyarsk: Siberian Law Institute of the MIA of Russia; 2018: 151-153. (In Russ.).
3. Afanasiev I. B., Yudina T. Yu. Diffuse-contact method when examining traces of gunshot products. Guidelines. Moscow: The Forensic science centre of the Ministry of the Interior of Russian Federation; 2015. (In Russ.).
