首页> 外国专利> METHOD AND SYSTEM OF FAR RADIO ELECTRONIC EXPLORATION BY THE SIGNS OF 'NEXT IN THE ATMOSPHERE' FLYING IN THE STRATOSPHERE WITH A HYPERSONIC SPEED OF 'RADIO-MISSIONAL' OBJECT

METHOD AND SYSTEM OF FAR RADIO ELECTRONIC EXPLORATION BY THE SIGNS OF 'NEXT IN THE ATMOSPHERE' FLYING IN THE STRATOSPHERE WITH A HYPERSONIC SPEED OF 'RADIO-MISSIONAL' OBJECT

机译:超音速对象以超音速飞行于平流层的“大气中下一个”征兆进行远距离无线电电子探测的方法和系统

摘要

FIELD: physics.SUBSTANCE: invention relates to reconnaissance in atmosphere of hypersonic target. Disclosed is a method and system for reconnaissance of a hypersonic object by degree of luminosity and radiation temperature of formation of a plasma and a red-hot vortex stream, an albedo of a condensation loop of its "trace in atmosphere", together with geometrical, dynamic and trajectory features of target selection, consisting in arrangement of optimum search conditions by lifting above 21 km on unmanned aeronautical vehicles and synchronous operation of thermal imagers, television cameras, which emit radars for a short time based on the principles of radio-photonics – measuring the range to the ion-electronic "trace in atmosphere" exercise. Their carriers as survey-aiming stations "drift" above ground-based stations for processing information and controlling radio-electronic reconnaissance of the search-tracking complex, where spatial coordinates and parameters of movement of the target are calculated.EFFECT: measurement of angular coordinates by passive optical radiometer and range to target – active radar of meter-high radio waves, calculation of motion parameters with required accuracy.2 cl, 4 dwg
机译:技术领域本发明涉及高超声速目标大气中的侦察。公开了一种通过等离子和炽热涡流形成的光度和辐射温度,其“大气中痕迹”的凝结环的反照率以及几何学,目标选择的动态和轨迹特征,包括通过在无人驾驶飞机上举起21 km以上的最佳搜索条件,以及根据无线电光子学原理在短时间内发射雷达的热像仪,电视摄像机的同步运行来安排最佳搜索条件–测量离子电子“大气中的痕迹”运动的范围。其作为测量瞄准站的运载工具“漂流”到地面站上方,以处理信息并控制搜索跟踪综合体的无线电电子侦察,在其中计算目标的空间坐标和运动参数。效果:角坐标的测量通过无源光学辐射计和目标测距–高米无线电波的有源雷达,以要求的精度计算运动参数。2cl,4 dwg

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