Mathematical model of prevention of terrorist emergencies by detecting masked fire and armored vehicles with radiation devices from aircraft

Keywords: emergency, mathematical model, fire and armored vehicles, radiation devices, aircraft

Abstract

The work is devoted to solving an important scientific problem in the field of civil protection, which is to prevent terrorist emergencies by detecting masked fire and armored vehicles with radiation devices used on aircraft. On the basis of experiments conducted in the Chornobyl zone, areas of anomalous zones and shielding parameters of vehicles were determined. The characteristics of aircraft, digital information processing and transmission systems are analyzed and the organization of the search engine is investigated. Models for detecting the range of masked fire and armored vehicles and the probability of detecting a masked vehicle by one or a group of aircraft have been developed. Based on the obtained results, a mathematical model for the prevention of terrorist emergencies was developed.

Downloads

Download data is not yet available.

Author Biographies

Mykhailo Divizinyuk , Institute of Environmental Geochemistry of the NAS of Ukraine

Dr, Professor, Head of Department

Yuri Lutsenko , Cherkasy Institute of Fire Safety Heroes of Chernobyl NUGZ of Ukraine

PhD student

Alexander Avramenko, The National Defence University of Ukraine named after Ivan Cherniakhovskyi

candidate of technical sciences, senior lecturer

References

Analytical review of the state of man-made and natural security in Ukraine in 2018. Access mode: https://www.dsns.gov.ua

Protection of critical infrastructure of the state from terrorist influence / ed. Divizinyuk M.M. Kyiv:, 2018. 84 p. ISBN 978-617-7187-25-6

Terrorism and terrorists: East. reference book / Under common. ed. A. E. Taras. Moscow: Harvest, 1999. 606 p.

Makhviladze G.M., Yakush S.E. (2002) Large-scale unconfined fires and explosions. Proc. of the Compustion Institute. Vol. 29. P. 195-210

Palyukh B.V., Matveev Y.N., Stukalova N.A. Some approaches to solving the problem of localization of emergencies at chemical-technological facilities. Logistics and economics of resource and energy saving in industry (MNPK “LEREP-9-2015”): Sat. Articles of the IX International Scientific and Technical Conference. Smolensk, 2015. P. 226-230

Stukalova N.A., Matveev Y.N., Dolzhenko A.B. Automated control system for technological processes of destruction of chemical weapons // Internet-journal “Science”. 2014, №4 (23) [Identification number of the article in the journal 54TVN414] M.2014. Access mode: http //naukovedenie.ru/PDF/54TVN414.pdf

Goncharenko Yu. Yu. Structure of the emergency management model by levels and stages at the protected enterprises of Ukraine / Yu. Yu. Goncharenko // Collection of scientific works SNUYAetaP. Sevastopol: SNUYAEtaP, 2011. Vip. 19. P. 10-19.

Azarenko E. V., Konovalenko N.V., Goncharenko Yu. Yu., Divizinyuk M. M., Konovalenko N. V. Peculiarities of radar information as a means of preventing emergencies of a terrorist nature. Scientific and technical collection “Legal, regulatory and metrological support of information security systems in Ukraine”. Kyiv: State Service for Special Sound and Information Protection in Ukraine NTUU “KPI”, 2016. Issue. 2. (32). P. 82-87

Information and technical methods of prevention of terrorist emergencies at critical infrastructure facilities. Part 1. Using active pulsed radar / ed. Divizinyuk M.M. Kyiv: 2019. 164 p. ISBN 978-617-7187-33-1

Divizinyuk M. M., Lutsenko Yu. V., Myroshnyk O. M. and others. (2018) Hypothetical scenarios of terrorist acts at different objects of transport communications. Collection of scientific works of the Institute of Environmental Geochemistry. Kyiv: Issue. 1 (11). P. 92–97.

Asaenok I.S. Radiation safety: Textbook. manual / IS Asayenok, AI Navosha Mn .: Bestprint, 2004. 105 p. ISBN 985–6722–76–4

Dudykevich V.B., Maksimovich V.N., Koltunov B.G., Khoroshko V.A. (2008) Radiation methods of obtaining information and the possibility of technical means of radiation reconnaissance. Scientific and Technical Journal “Information Protection”, Кyiv: № 4. С. 53-61.

Detection of radioactive materials at the border / Prepared jointly by the IAEA, WTO, Europol and Interpol. Access: https://www–pub.iaea.org/MTCD/publications/PDF/te_1312r_web.pdf

Local radiation anomaly. Access: https://www.google.com/search? Rlz

Divizinyuk M.M., Lutsenko Yu. V., Myroshnyk O.M. and others. (2018) Characteristics of aircraft and the organization of the search system for the search for radiation anomalies. Collection of scientific works of the Institute of Environmental Geochemistry. Kyiv: Issue. 3 (13). P. 90–95.


Abstract views: 266
PDF Downloads: 179
Published
2020-08-22
How to Cite
Divizinyuk , M., Lutsenko , Y., Myroshnyk, O., Avramenko, A., & Bass, O. (2020). Mathematical model of prevention of terrorist emergencies by detecting masked fire and armored vehicles with radiation devices from aircraft. Journal of Scientific Papers ʽʽSocial Development and Security’’, 10(4), 58-68. https://doi.org/10.33445/sds.2020.10.4.5
Section
Articles

Most read articles by the same author(s)