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The article opportunities and features of meteoric communication which are expedient for use ensuring anti-terrorist security of infrastructure facilities of the Northern Sea Route. The practicability of complex use of the network of meteoric communication for in crease of transport and technological process of the Northern Sea Route economic efficiency of is demonstrated in this work, and for safety of navigation and protection of his infrastructure against acts of terrorism is shown. Process of data transmission by means of network of meteoric communication for a distance up to 2000 km on the basis of the offered structurall and functional scheme and the time chart is described in the article.

Pages  3-11

UDK:  621.371

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The object of the study is the justification of the road network in the interests of military security of the state. The article considers a mathematical model based on the classical distribution problem, which takes into account all possible options for the organization of cargo and passenger traffic and allows to determine the required transport and operational performance of roads, depending on the dynamics of production, the need to ensure the mobility of the population, as well as possible threats to the military security of the state. The considered model allows to scientifically justify and coordinate the development of the road network with the development of the economy, social infrastructure, development of new territories, carrying out measures to improve the military security of the state.

Pages  12-20

UDK:  625.7

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Тhe development and integration of communication networks with society is growing rapidly. The activities of various social structures, up to the state level, go into the technological, network plane and become increasingly dependent on cyberspace. The complexity of the study of the properties of cyberspace in the conditions of destructive software influences is an actualizing factor of the research, the result of which was the presented new method of modeling of communication networks. The method, unlike analogues, takes into account the mutual dependence of the elements of the communication network and the impact of destructive software influences. The model developed based on the presented method allows obtaining a number of important quantitative characteristics of the communication network. The developed method and model can be used in the design and operation of communication networks, as well as in control systems that use telecommunications resources, to improve the intellectualization of decisions. The article is the development of the method for which the patent of the Russian Federation is obtained.

Pages  21-28

UDK:  004.056.57

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The article deals with the problem of effective staffing of various units by personnel, which is a generalization of the well-known task of appointment. The substantial statement of the specified problem is given. The solution is reduced to constructing an optimal set of ensembles from the vertices of a multi-modal graph (one vertex from each of its fractions). To assess the quality of a set of these ensembles, the theory of fuzzy sets is used. An algorithm for solving the problem under consideration based on one of the methods for solving the maximum flow problems is proposed. The proposed algorithm has a much lower computational complexity, which gives the proposed solution to this problem, the undoubted relevance. A meaningful example is given.

Pages  29-37

UDK:  519.816

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In the context of the aggravation of the current international situation, against the background of the outgoing threats from terrorist organizations in Syria and Iraq, it is necessary to create a system of protection and defense of military facilities that meet modern requirements and are able to detect and influence the offender with high probability. When creating a system of protection and defense of military facilities to increase the probability of detection of the offender used detection tools that work on different physical principles. The most preferable is the use of sensors based on the passive method of operation. The disadvantages of passive sensors are sensitivity to weather conditions and technogenic factors, which is manifested in the form of a high probability of false positives, such sensors include seismic. The application, which is due to the high probability of false positives as the target sensor engineering ammunition is not possible. The article considers the possibility of using seismic detection means as a target sensor of engineering ammunition, based on the developed technique, which in turn is based on the definition of the law of distribution of seismic background signals.

Pages  38-43

UDK:  623.454.3

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The article is devoted to the development of a model estimation of functional suitability for bearing construction launch facilities of rocket and space systems. The analysis of the functioning of launch facilities during the immediate threat of aggression and wartime, as well as additional requirements to the procedure of assessment of suitability for bearing structures of launch facilities in these periods. The developed model takes into account the features and additional requirements for the procedure of assessing the functional suitability of bearing structures of launch facilities during the immediate threat of aggression and in wartime, which were obtained as a result of the analysis of the requirements of normative documents and the experience of conducting inspections of the technical condition of bearing structures of launch facilities.

Pages  44-48

UDK:  624.92.012.3/.4

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In the article the relations for substantiation of the reliability indicator for the automated control means functioning are suggested. The indicator takes into account the compliance of control tasks with a certain subset of command and control vehicles and also the number of control tasks that occur during the control cycle time. To derive this indicator, a model of participation each control vehicles in the performance of the corresponding control functions is proposed. On the basis of the performed calculations, conclusions are drawn for complex technical systems that perform their tasks at discrete moments of time, the evaluation of their successful work with the help of such an indicator as the probability of a working state of the object is insufficiently substantiated.

Pages  49-57

UDK:  623.4

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High requirements to the level of stability of the information and telecommunication network (ITCS) determine the need to assess the effectiveness of information security systems. The article presents a technique that allows to determine the integral index of stability, taking into account the survivability, reliability, noise immunity and cyber stability. As this indicator in the technique the coefficient of serviceable action of Ku is used. In its assessment, the prediction of the distribution of different types (methods, means) of impact on the elements of the ITCS is carried out, taking into account the place and role of the elements in the system, the order of impact on the elements is determined and the most dangerous effects are identified. The technique allows to substantiate decisions on the choice of the most effective means of protection of ITCS elements from information impact.

Pages  58-62

UDK:  654.026

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In this article exposed a method of electromagnetic environment modeling on automation objects by the way of determination accessory electromagnetic emission level outdoors in guarding securing. Also decided a problem of electromagnetic waves flow modeling from complex signal sources on the base of finite-difference method. In manuscript shortly exposed the main points of complex signal flow modeling in two algorithms with and without accordion analysis. Here shows the results of modeling in graphical illustrations and their explanations to that algorithms. In the conclusion, conclusions and recommendations within the further direction of researches are provided.

Pages  63-68

UDK:  004.056:061.68

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Quantum communication - is a system of methods and means of data transmission, i.e. data, coded in quantum states from one spatial point or user to another. The information carriers are quantum systems themselves, they can exist in different quantum states. There are several ways of these principles implementation, different approaches, which surely introduce perspectives in data transfer speed and range increase. Quantum cryptosystems are being fabricated by commercial companies for a long time both for researches and for scientific-practical purpose. Quantum signals are carried out on the sideband. This action improves the rate and range characteristics and removes distance restriction, which the existing schemes have.

Pages  69-77

UDK:  530.145

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Synthesis of radio, radio-technical, electro-optical, radar supervision and weapon systems of small-size unmanned aerial vehicles (UAV) is the improvement task in a complex systems theory. Synthesis task solution is consideration of a wide range of improvement tasks each of which may be characterized by using various conditions, restrictions and efficiency criteria as well. Diversity of small-size unmanned aerial vehicles and specifics of their functioning do not allow to form common methodology allowing to perform synthesis of these vehicles sensing equipment and weapon system. Therefore, synthesis of a specific system is an individual process. The UAV supervision and weapon system synthesis concept considered is based on the common principles of a system approach to the synthesis of any complex multi-purpose system, and at the same time it includes a set of specific features, which are a part of the synthesized system peculiarities.

Pages  78-84

UDK:  519.81

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This article describes the procedure of actions of employees of the internal Affairs bodies in the detection of an explosive object. The order of action is given if it is possible to transport an explosive object to the place of destruction. The variant of the equipment of the site of destruction of explosive objects is shown. Calculation of formulas for the calculation of threat zones in the destruction of UXO on the site of its discovery. Recommendations on suppression of the damaging factors of the explosion of regular devices and materials at hand.

Pages  85-92

UDK:  351.745.5

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The article deals with the concept of enhancing the capabilities of tube artillery in counterinsurgency operations by means of guided artillery munitions. Presented is the basis for development of a Common Guided Artillery Projectile (CGAP) - a type of advanced precision guided shell meant to facilitate the process of supplying artillery systems with guided munitions thus increasing their relevance in modern warfare. A list of operational requirements for such a projectile is presented. A variant of a CGAP to be used in a wide range of artillery systems with minimal modification is proposed. The viability of the concept is illustrated by the results of preliminary calculations set to estimate warhead effectiveness and maximum flight range in comparison to other models of guided artillery shells.

Pages  93-99

UDK:  623.462

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In the article are considered the main types of power intentional electromagnetic interference that cause the failure of electronic equipment of military equipment objects. The differences of powerful broadband intentional electromagnetic interferences from narrowband interferences are considered. The methods of protecting objects from powerful intentional electromagnetic interferences on the «front door» and «back door» are considered. The technique for validation of protection requirements is proposed and a block-scheme of method is given. The technique is based on the analysis of critical systems and subsystems of an object, taking into account the specialties of its combat use and the evaluation of an object protection in relation to a specific type of carrier of a radiation source using simulation methods. It is proposed to formulate requirements for the protection of objects in the form of requirements for additional attenuation of radiation through the «front door» and «back door», of hardening value of critical components and limiting the distance to the carrier of source of the powerful electromagnetic radiation.

Pages  100-103

UDK:  623.094

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Developed analytical method to predict failure States (FS) ammunition when conducting Assembly and repair work, including model appearance (FS) ammunition when performing particularly dangerous operations. A distinctive feature of analytical methods in comparison with probabilistic methods is the possibility of obtaining a solution in a General form. And it is possible to conduct a qualitative analysis of the problem, the use of optimization methods, identify patterns and solve other problems. The analysis of the results of the solution of the system of differential equations (SDU) by the numerical Runge-Kutta method of the 4th order of accuracy and the proposed analytical solution showed their good convergence. Made the decision equation by the method of dynamics of average for consideration of the question of its sustainability. Check on the stability of solutions is made on the basis of the provisions of the theory of differential equations, one of the questions of which is the question of the stability of motion, studied in detail by the Russian mathematician Lyapunov.

Pages  104-110

UDK:  623

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The article presents the description and operating principles of an automatic gyrocompass. Its main technical characteristics and instrumental makeup are reported as well as workout phasing and implementation, both realized within a short time due to research-andtechnological groundwork and homeland electronic base. High accuracy in large area temperature is supported by construction structure with instrument capsule magnetic isolated and thermal controlled including floated gyro and floated accelerometer.

Pages  111-114

UDK:  623.4.084

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The article deals with the issue of instrumental control of the optical properties of the materials that make up the elements of equipment. Studies of the optical properties of materials that are part of the equipment, measuring devices should cover the visible spectrum, where the properties of human vision remain to distinguish between colors and the near infrared region of the spectrum, where the meaning of the color as operated by this disappears. It is shown that the task of determining the conformity of color and reflection spectra to a natural standard is reduced to measuring, comparing the reference composite color with the composite color of the material in the visible, IR ranges and determining the degree of their similarity. To solve these problems, spectrometer-measuring devices are used: spectrophotometers and spectrocolorimeters of various designs.

Pages  115-119

UDK:  623.4

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The classification of composite materials (CM) for protective screens of electromagnetic radiation based on polymer matrices filled with dispersed carbon nanostructures (CNS) is formulated. The review and analysis of the current state and trends in the development of ways to increase the efficiency of radio-absorbing polymer nanocomposites through the use of functionalized and surface-modified CNS, combining different in nature nano-and micro-fillers, creating hybrid CM on the basis of CNS and microfibers, using a conductive polymer matrix. It is shown that the use of CNS for screening of electromagnetic radiation has great prospects, and the effectiveness of screening depends on the type of CNS, their size and concentration, the type of matrix, dispersion technology, etc.

Pages  120-127

UDK:  621.316.97: 678

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Various weather factors have a great influence on the displacement of the muzzle from the theoretical axis of the barrel channel of a tank gun, which entails a significant reduction in shooting accuracy. To reduce the influence of these negative factors in modern tank artillery heat shield are used. Aluminum tanks are used on domestic tanks, which make the entire structure heavier and complicate the process of replacing the kit with the crew’s forces. Several variants of heat-shielding housings for a tank gun made of composite material were developed. Stand equipment has been developed to simulate such weather factors as rain, wind and solar radiation. A series of tests on the effect of each weather factor on the tank barrel was carried out. Data were obtained on the displacement of the axis of the bore under the influence of these factors and an experimental evaluation was made of the effectiveness of the heat shield for a tank gun.

Pages  128-137

UDK:  623.4.011

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The paper grounds the choice of the material for a heat-shielding coating of a flexible nozzle attachment, its structural and geometric parameters and composition. Here the structure of materials produced by the method of pile winding is presented. The methodology of the impact of pile materials of the non-impregnated structure estimation, the test and specialized equipment are presented. The calculated and experimental methodology for indentifying the heat flux density on the surface of samples was developed. It is based on the method of calorimetry and the use of finite elemental analysis in the Ansys software package. The results of comparative testing the samples of pile materials of the non-impregnated structure on a plasma installation are also presented.

Pages  138-145

UDK:  620.22

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Environmental problems in the passage of toxic components of rocket fuel into the environment have arisen from the moment of the appearance of the first liquid-fuel rocket engines (heptyl), which are very toxic in their properties, kakhorogeno, and have hazard class 1. During operation, the remnants of rocket fuel components from the tanks of the missiles fall into the lithosphere when the waste stages fall, as well as in emergency situations and straits during transportation by rail and road. This article analyzes the available vibration viscometers as well as their disadvantages and describes a vibration viscometer designed to determine the content of components of rocket fuel heptyl in the soil and water in the field.

Pages  146-152

UDK:  614.835.3

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The task to design the technical appearance of the Industry 4.0 mechanical assembly production of an item designing company is being studied. It is clear that the existing methods for the Industry 3.0 company production division designing cannot be applied to design a digital high-tech production of the Industry 4.0 standard and it is necessary to find a new method for CAD designing of production sections. A modified algorithm for the technical appearance mechanical assembly production of an Industry 4.0 item designing company was proposed. The proposed algorithm is based on the multicriteria optimization method of V.L. Volkovich.

Pages  153-158

UDK:  004.4

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Hybrid war, not having the constraints of a moral or legal order, cover all significant areas of society. Modern methods and techniques of conducting a hybrid war require more and more attention from forensic scientists. When developing methods and ways to overcome hybrid threats, it is necessary to take into account a fairly wide range of possibilities of conducting a hybrid war. The events that took place in 2014, associated with the emergence of new psychoactive substances (surfactants) in a number of regions of Russia, were used as an analytical base. The nature of the impact on the human body testified to the presence of a new surfactant more pronounced toxic properties, which led to the onset of more severe consequences of use and a sharp increase in the probability of death from external causes. The results of the study indicate that effective forecasting for the development of effective means and methods of counteraction requires new approaches. One of the tools of this activity is forensic examination, and in terms of studying the means of destruction of a living target, forensic, forensic chemical and toxicological examination.

Pages  159-164

UDK:  343.983

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The article raises the problem of the legal regulation of the use of electroshock devices in the territory of the Russian Federation and abroad. The authors reviewed the main points of the legislation of the Russian Federation concerning the regulation of the use of electroshock devices, as well as a comparison with the legislative acts in this area of other states. According to the authors, the problem of legal regulation of the use of electroshock devices should be solved collectively within the framework of the United Nations with respect for human rights and the resolution of differences between supporters and opponents of the use of electric-shock weapons.

Pages  165-168

UDK:  623.4, 351.74