The study of glass fragments on the electronic inverted microscope METAM LV in order to fi re-technical expertise
Rubrics: WITHOUT RUBRIC
Authors:
Type:
Article
Pages:
from 13
to 16
Status:
Published
Received:
31.03.2017
Accepted:
31.03.2017
Published:
31.03.2017
Subject area:
UDC 343.985.44
Language:
Russian
Keywords:
investigation of fi res, investigate crimes, vehicle glazing
Abstract:
Analysis of the situation with fi res and consequences from them in territory of the Russian Federation for 2016 shows that during the year a fi re destroyed 3273 units of tractors. So every day in the Russian Federation, on average, as a result of fi res that destroyed 9 units of automotive vehicles [1]. Analyzing the current situation there is a need to improve techniques to study the causes of fi res in vehicles, one of the components of this complex is the study of the remnants of glazing the car to identify the mode of fracture during the investigation of cases of fi res associated with arson with the help of studies of the glazing of the vehicle on the inverted microscope METAM LV.
Analysis of the situation with fi res and consequences from them in territory of the Russian Federation for 2016 shows that during the year a fi re destroyed 3273 units of tractors. So every day in the Russian Federation, on average, as a result of fi res that destroyed 9 units of automotive vehicles [1]. Analyzing the current situation there is a need to improve techniques to study the causes of fi res in vehicles, one of the components of this complex is the study of the remnants of glazing the car to identify the mode of fracture during the investigation of cases of fi res associated with arson with the help of studies of the glazing of the vehicle on the inverted microscope METAM LV.
Keywords:
investigation of fi res, investigate crimes, vehicle glazing
investigation of fi res, investigate crimes, vehicle glazing
1. The Ministry of the Russian Federation for Civil Defense, Emergency Situations and Elimination of Consequences of Natural Disasters. The official website. www.mchs.gov.ru.
2. Ivakhnyuk G.K., Cheshko I.D., Ivanov A.V., Yuzhakova N.A. article "Investigation of the surface texture of thermally exposed glasses by scanning probe microscopy".
3. Metallographic inverted metal microscope. User manual. IKSHU.201132.002 RE.
4. Fire site inspection: Method. the manual. Moscow: VNIIPO, 2005 – 505 p.
