Physical model for protection of cable lines and radioelectronic means of state and industrial objects from external electromagnetic influence in conditions of prevention of emergency situations
Abstract
Grounded prerequisites for the development and creation of a physical model of protection of cable lines and radio electronic means of state and industrial objects from external electromagnetic influence in the conditions of emergency prevention.It is determined that the theoretical prerequisites for modeling include the condition of protection, which is the need to ensure complete neutralization of the electromagnetic impact energy, as the main factor in maintaining the proper technical condition of cable lines and radio electronic means. The second prerequisite for the creation of the model is the functional analogy between electricity and pneumatic (hydraulic), which is the basis for the development of protection of cable lines and RES in the direction of replacement of the most vulnerable electrical devices to pneumatic devices (hydraulic), which electrical and jet pneumatic (hydraulic) devices. They will also be linked through energy conversion.The basic scheme of physical model of protection of cable lines and radio electronic means in the conditions of emergency prevention at state and industrial objects connected with external electromagnetic influence, which unlike the existing ones, is created by replacement of separate electronic measuring systems by digital and analog streaming computations Pneumatic devices (hydro-automatic) devices and fiber-optic materials are used to create protection of communication channels.
The proposed physical model will allow us to investigate changes in the technical condition of cable lines and electronic equipment in the event of emergency situations at state and industrial sites related to external electromagnetic effects.
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References
Baliuk N.V., Kechiev L.N., Stepanov P.V. (2007) Powerful electromagnetic pulse: effect on electronic means and methods of protection. Moscow: IDT Group LLC, 478 p. [in Russian]
Rickets L.U. (1979) Electromagnetic impulse and methods of protection. Moscow: Atomizdat, 1979. 327s. [in Russian]
Dachkovsky V.A. Method for the protection of guided munitions and explosive nets in conditions of external electromagnetic exposure based on the use of fiber materials. Collection of scientific works of the NGO "Proceedings of the University". 2013. No. 6 (120). S. 196 - 201. [in Ukraine]
Dachkovsky V.A. Method of protection of electric explosive networks from external electromagnetic influence. The newest technologies – for protection of HUPS air space 9th scientific conference 17-18 April 2013 abstracts abstract. Kharkiv, 2013 S. 282. [in Ukraine]
Vorobyov O.M. Influence of electromagnetic radiation on aircrafts and directions of creation of protection against it. Actual problems of development of aviation engineering: scientific-practical. Conf., June 17-18. 2010: these additions. and vist. Kyiv, 2010. S. 29. [in Ukraine]
Vorobyov O.M., Sivak V.A., Alekseenko OV The algorithm of the physical model of reproduction of protection of radio-electronic means and units of electrical equipment against the action of electromagnetic pulse. Educational and scientific support for the activities of law enforcement agencies and military formations of Ukraine: IV All-Ukrainian. Research Practice Conf., 18 Nov. 2011: these additions. Khmelnitsky, 2011. Ss. 71–73. [in Ukraine]
Vorobyov O.M. Directions of creation of protection of managed ammunition from electromagnetic influence / О.М. Vorobyov, V.O. Dachkovsky // The latest technologies for the protection of airspace: Eight Sciences. conf., 18–19 Apr. 2012: these additions. Khmelnytsky, 2012. S. 268. [in Ukraine]
Vorobyov O.M., Guslyakov OM Grounds for modeling changes in the technical condition and reproduction of protection of radio-electronic means against powerful electromagnetic radiation. Radio electronics and youth of the 21st century: 15th Anniversary Inter. Youth forum, Apr 18-20 2011: abstract. doc. Khmelnitsky, 2011. Ss. 6–7. [in Ukraine]
Vorobyov O.M., Lyashenko V.A. Combined protection of cable lines, electrical networks of radio-electronic means of stationary control points (command centers) from external electromagnetic influence. Prospects for the development of armaments and military equipment of the ground forces: international. of sciences. - tech. Conf. May 18-20, 2016: These suppl. Lviv: ACS, 2016. S.173. [in Ukraine]
Vorobyov O.M., Lyashenko V.A. Methods for assessing the effectiveness of the protection of cable lines and radio electronic means of state and industrial objects from external electromagnetic exposure in emergency situations. Creation and modernization of weapons and military equipment in modern conditions: XIX scientific-technical conf., 05-06 ver. 2019: these add. Chernihiv: DNII Armed Forces, 2019. S. 61. [in Ukraine]

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