ALGORITHM FOR THE FORMATION OF A ZONE OF FUNCTIONAL INJURY OF RADIO CONTROLLED AMMUNITION FOR THE PROTECTION OF ARMORED VEHICLES

Abstract

The analysis of modern methods and means of neutralization of radio-controlled ammunition is carried out, the advantage of using cylindrical phased array antennas for construction of mobile means of neutralization of radio-controlled munitions at their installation on motor transport is shown, the algorithm of adapted formation of the zone of functional damage of radio-controlled ammunition using cylindrical phased array antennas. The algorithm of formation of the zone of functional damage of cylindrical headlights is offered, which allows to quickly adapt the zone of functional damage of radio-controlled ammunition depending on the conditions of the tactical situation when moving both columns of armored vehicles and mobile means of disposal of radio-controlled ammunition. The aim of the article is to develop an algorithm for forming a pattern of cylindrical phased array antenna to create a zone of functional damage to radio-controlled ammunition. An important advantage of such a phased array antenna compared to flat antenna systems is the ability to support the simultaneous formation of several directions of the pattern, which are at different azimuths. The proposed algorithm takes into account the convexity of the antenna arrays, namely: takes into account the curvature of their surface; the linear space-frequency control law is applied in the forming plane; in the plane of the guide depends on the radius of the cylindrical headlights, the step along the guide and the frequency range. The method of substantiation of technical characteristics of mobile antenna systems of means of neutralization of radio-controlled ammunition on armored vehicles has been further developed. armored vehicles.