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防御系统跟踪照射雷达对巡航导弹探测是低空反导防御系统有效作战的关键环节,是影响防御系统拦截效能的重要因素。依据雷达探测功能仿真原理,结合巡航导弹飞行仿真与雷达探测仿真建立跟踪照射雷达对巡航导弹探测仿真模型。通过建立杂波模型、电子干扰模型以及大气衰减模型,分析了巡航弹飞行环境对雷达探测性能的影响。所述方法能满足巡航导弹与防御系统跟踪照射雷达作战效能仿真和评估的应用要求。
Defense System Tracking Radar on cruise missile detection is a key link in the effective combat of a low-altitude anti-missile defense system and is an important factor affecting the interception performance of the defense system. According to the principle of radar detection function simulation, combined with the cruise missile flight simulation and radar detection simulation, a tracking radar simulation model of cruise missile detection was established. By setting up the clutter model, the electronic jamming model and the atmospheric attenuation model, the impact of the cruise missile flight environment on the radar detection performance is analyzed. The method can meet the application requirements of the combat effectiveness simulation and evaluation of the cruise missile and defense system tracking illumination radar.