Methodology for determining the scope of tasks of chemical, biological, radiological and nuclear protection of troops during operations in conditions of radioactive and chemical contamination
Abstract
Purpose: determination of the scope of radiation, chemical, biological protection measures to perform tasks in conditions of radioactive and chemical contamination.
Method: logical-analytical.
Findings: a methodology for determining the scope of radiation, chemical, biological protection measures for the performance of tasks in conditions of radioactive and chemical contamination has been developed, which, unlike the existing ones, is based on a logical-analytical method and covers a set of measures necessary for the performance of tasks in the event of a radiation, chemical, dangerous situation.
Theoretical implications: formation and solving of problems regarding the determination of the scope of radiation, chemical, and biological protection measures to perform tasks in conditions of radioactive and chemical contamination, using traditional methods of deduction and induction.
Papertype: descriptive and computational and analytical.
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References
Poplavets S., Нuzchenko S., Vorobyev O., Avramenko A., & Shumeiko V. (2022). A possible approach to determining the rational composition of forces and means of radiation, chemical, biological protection for the implementation of measures in conditions of radioactive and chemical contamination. Journal of scientific works. Social development and security. 12 (5), 130-146. https://doi.org/10.33445/sds.2022.12.5.12 [View date June 1, 2024].
Poplavets S. I., & Lazebnyk S. V. (2019). Models and methods of forming a rational structure of the system of radiation, chemical, biological protection of the air command during preparations for combat operations. Weapon systems and military equipment. 3 (59), 43-47. https://doi.org/10.30748/soivt.2019.59.05 [View date June 1, 2024].
Poplavets S. I. (2019). The method of determining the rational composition of forces and means of radiation, chemical, biological protection of the air command. Collection of scientific works of the Kharkiv National University of the Air Force, 3(61), 24-29. https://doi.org/10.30748/zhups.2019.61.04 [View date June 1, 2024].
Lazebnyk S. V., Poplavets S. I., Tkachuk S. S., Rybkin O. V., Oleksiy Kolmogorov O. V., & Tretyak D. V. (2020). The method of determining the rational structure of the system of radiation, chemical, biological protection of the air command. InterConf, 2(35), 699-707. Available from : https://archive.interconf.center/index.php/conference-proceeding/issue/view/16-18.11.2020/61 [View date June 1, 2024].
Poplavets S. I. Gishko G. B., Kushpeta R. Yu., Kolmogorov O. V., & Babich O. V. (2021). Evaluation of the effectiveness of the method of forming a rational structure of the system of radiation, chemical, biological protection. InterConf, 73, 349-357. Available from : https://archive.interconf.center/index.php/conference-proceeding/issue/view/6-8.09.2021/90 [View date June 1, 2024].
Poplavets S. I. Gishko G. B., Kushpeta R. Yu., Yavtushenko V. O., Kolmogorov O. V., & Shamrai N. B. (2021). Justification of the indicators and criteria for the formation of a rational structure of the radiation, chemical, biological protection system. InterConf, 46, 448-460. URL: https://doi.org/10.51582/interconf.19-20.03.2021 [View date June 1, 2024].
Poplavets S. I. Kolmogorov O. V., Drol O. Yu., Titov O. V., Shamrai N. B. & Babich O. V. (2021). Selection and substantiation of indicators and criteria for the formation of a rational model of the radiation, chemical, biological protection system. InterConf, 51, 990-998. Available from : https://archive.interconf.center/index.php/conference-proceeding/issue/view/18-19.04.2021/74 [View date June 1, 2024].
Romanyuk V. P. (2012). Views on RHC protection of troops (forces) in the conditions of local wars and modern conflicts. Works of the university, 1 (107), 124-129.
Kazmirchuk V. O. Savrun B. E., & Tsybulya S. A. (2014). Problematic issues of RHC protection of troops (forces) in the zone of territorial defense. Military and technical collection. 2 (11). 77–84. https://doi.org/10.33577/2312-4458.11.2014.77-84 [View date June 1, 2024].
Poplavets S.I. Drobakha G.A., & Tsyganko O.V. (2019). A possible approach to determining the scope of radiation, chemical, biological intelligence tasks. 25th international scientific conference of KhNUPS "New technologies - for airspace protection", April 10-11, 456.
Poplavets S.I. (2017). Increasing the effectiveness of the RHC protection system in the Air Force of the Armed Forces of Ukraine as a result of the intensification of its resource potential. 12th scientific and practical conference of the National Academy of NSU "Actual issues of logistical support of military formations and law enforcement agencies", October 26, 2014.
Ventzel E.S. (1972). Operations research. Moscow: Soviet radio, 552 p.
Yurkov B.N. (1990). Operations research. Moscow: VIA, 528 p.
Aoki M. (1977). Introduction to optimization methods. Moscow: Science, 344 p.
Polak E. (1971). Numerical optimization methods. Unified approach. Moscow: Mir,. 376 p.
Alekseev V.M., Tikhomirov V.M., & Fomin S.V. (1979). Optimal control. Educational manual. Moscow: Science, 224 p.
Berzin E.A. (1974). Optimal distribution of resources and elements of systems synthesis. Moscow: Soviet radio, 276 p.
Taraduda D. V. (2017). Approach to the development of a security strategy against CBRN terrorist incidents in Ukraine. Bulletin of the National University of Civil Defense of Ukraine, 1, 329-335. Available from : http://nbuv.gov.ua/UJRN/VNUCZUDU_2017_1_47 [View date June 1, 2024].
Taraduda D.V., & Dement M.O. (2016). An approach to quantitative assessment of the danger of emergency situations associated with terrorist acts at radiation-hazardous facilities. Collection of scientific works. Problems of emergency situations. (24). 126-132. Available from : http://repositsc.nuczu.edu.ua/handle/123456789/3250 [View date June 1, 2024].
Gutchenko A. G., Gishko G. B., & Prokofiev V. O. (2017). Tactics of radiation, chemical, biological protection units. Part 3. Tactical calculations for the tasks of the RHC defense service. Educational and methodological manual. Kharkiv: KhNUPS, 48 p.
Haydabuka V. E., Pisarev S. A., & Marushchenko V. V. (2017). Combat use of radiation, chemical, biological defense units. Training manual. Kharkiv: FVP NTU KhPI, 184 p.
Poplavets S.I., Kushpeta R.Yu., O.V. Kolmogorov O.V., Safarova H.M. & Babich O.V. (2021). Some views on determining the scope of activities for collecting, summarizing, processing and issuing information about the radiation and chemical environment. InterConf, (65). 177-185. Available from : https://archive.interconf.center/index.php/conference-proceeding/issue/view/6-8.07.2021/84 [View date June 1, 2024].
Poplavets, S., Huzchenko, S., Nikitin, A., Meshcheriakov, I., & Kaplia, I. (2023). Some views on determining the scope of collection, processing, analysis, generalization and release of information on the chemical, biological, radiological environment. Social Development and Security, 13(3), 184-195. https://doi.org/10.33445/sds.2023.13.3.12 [View date June 1, 2024].
Nikitin, A., Vorobiov, O., Partalian, A., Kurtseitov, T., Romaniuk, V., & Ivashchuk, O. (2022). Rationale for the rational distribution of special processing points on traffic routes in the event of the destruction of a nuclear power facility. Social Development and Security, 12(4), 129-137. https://doi.org/10.33445/sds.2022.12.4.12 [View date June 1, 2024].
Hishko G. B. (2017). Special processing in Air Force units: degassing, decontamination, disinfection. Educational and methodological manual. Kharkiv: KhNUPS, 168 p.
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