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RESEARCH IN THE FIELD OF HYBRID DETECTION OF INDUSTRIAL EXPLOSIVES FOR THE SECURITY OF LOCATIONS
Abstract
In order to carry out the detection and examination of explosive substances both before and after their detonation, this multifunctional integrated system uses the work facilities provided by the use of: ISCAN type specialized equipment intended for the determination of threat traces based on the principle of ion mobility spectrometry; GSCAN type specialized equipment intended for the detection of explosives in bulk form and in closed containers using the principle of Raman spectrometry; the LDS800HDK specialized tablet following the creation of network connections with the two previously mentioned equipment in order to realize the hybrid detection of the investigated explosive substances. In this paper, a technical-scientific way of assessing the degree of vulnerability specific to industrial and urban sites is highlighted, based on the identification and examination of substances of an explosive nature that can generate, following controlled or accidental detonation, unwanted events resulting in explosion-type phenomena. The experimental tests carried out in the specialized laboratory focused on the use of various explosive materials based on nitroderivatives (TNT, SEMTEX, RDX, HMX), as well as means of initiating them (electric detonators and busters) in order to examine them (detecting the presence and type of explosive component) before and after their initiation.
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References6
Law 126/1995 on the regime of explosive materials, as amended.
""Technical Norms - to Law 126/1995 - on the possession, preparation, experimentation, destruction, transport and storage, handling and use of explosive materials in any other specific operations in the activities of holders, as well as the authorization of fireworks and pyrotechnicians"", with subsequent amendments and additions.
Law 319/2006 on health and safety at work.
Methodological Norms - from 11.10.2006 - for the application of the provisions of the Law on Safety and Health at Work no. 319/2006.
G.,D., Vasilescu, C., D., Petrilean, A., Kovacs, G. V., Vasilescu, D., Pasculescu, G., I., Ilcea, Burduhos-Nergis, C., Bejinariu, Methodology for Assessing the Degree of Occupational Safety Specific to Hydrotechnical Construction Activities, in order to Increase Their Sustainability, Sustainability, 2021, 13(3), Article number: 1105, DOI: 10.3390/su13031105
Vasilescu G, Laszlo R; Kovacs A, Jitea IC, Rus D, Radeanu C, Miron C ?Determination of threats traceability in the use of explosive materials in different environments?, 9TH INTERNATIONAL CONFERENCE ON MANUFACTURING SCIENCE AND EDUCATION (MSE 2019): TRENDS IN NEW INDUSTRIAL REVOLUTION, Book Series: MATEC Web of Conferences, Volume: 290, Article Number: 12029, DOI: 10.1051/matecconf/ 201929012029, Published: 2019, Location: Sibiu, ROMANIA, JUN 05-07, 2019, ISSN 1582-2559, WOS:000459686300007 201929012029
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