针对微型空射诱饵采用噪声压制性干扰方式,建立了基于功率准则的分布式干扰模型,并对比分析了地面单站雷达在单枚和多枚微型空射诱饵两种作战条件下,以双方之间的距离和诱饵偏离雷达主瓣角度为变化量的单站雷达最大探测距离的变化情况,为预警雷达在防区内提高战术生存能力提供决策依据。

According to noise blanket jamming for minature air launch decoy (MALD), a distributed interference model was established based on power rule. With both operational conditions of single MALD and multi-MALD, the maximum detection range of radar is analyzed by changing the angle of the decoy deviating from radar main lobe or the distance between the two. The results of the simulation offered the survivability of early-warning radars in sector important decision-making basis.

武器装备重点科研项目