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Effect of antenna aircraft interaction on phased-array radar performance

机译:天线飞机相互作用对相控阵雷达性能的影响

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Large ultralow sidelobe airborne array antennas are required for detection of low radar cross section targets against a background of complex clutter and jammer interference. One of the critical factors which limits the clutter and jammer suppression performance of adaptive phased-array radars is the impact of the aircraft in the near-field of an ultralow sidelobe antenna. A simulation featuring a cost-effective method of predicting performance is described, together with the modeling of the aircraft and airborne radar simulation. The performances attainable in the airborne environment for two possible antenna-aircraft platform configurations are compared using the Ohio State University geometrical theory of diffraction numerical code.
机译:在复杂的杂波和干扰干扰的背景下,需要大型超低旁瓣机载阵列天线来检测低雷达截面目标。限制自适应相控阵雷达的杂波和干扰抑制性能的关键因素之一是飞机对超低旁瓣天线近场的影响。描述了一种具有成本效益的预测性能方法的仿真,以及飞机的建模和机载雷达仿真。使用俄亥俄州立大学的衍射数字几何理论比较了两种可能的天线-飞机平台配置在机载环境中可获得的性能。

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