巡航导弹协同突防的效能优化设计研究

Research on Effectiveness Optimization Design of Cruise Missile Cooperative Penetration

为了提高巡航导弹突防的效能,利用干扰型空射诱饵弹与巡航导弹协同突防;并分析了干扰型空射诱饵弹的诱骗功能及电子干扰功能对敌防空导弹系统探测距离及杀伤概率的影响;利用排队论的突防概率模型,计算了使用干扰型空射诱饵弹时的突防概率和效费比;修正了巡航导弹与防空导弹系统对抗的兰彻斯特方程,仿真分析了干扰型空射诱饵弹对时效性的影响;并和基本型诱饵弹与巡航导弹协同突防的效能进行了比较,结果表明,干扰型空射诱饵弹比基本型诱饵弹更有利于提高巡航导弹的突防效能。

To improve the effectiveness of penetration performance of cruise missile, Jamming miniature air- launched decoy （MALD-J） and cruise missile are used to cooperative penetration. The influence of the function of Jamming miniature air-launched decoy and electronic jamming to enemy anti-aircraft missile system detection range and kill probability is analyzed. By using the penetration probability model of queuing theory, penetration probability and cost-effective of Jamming air-launched decoy are calculated. Then, lanchester equation which cruise missile and anti-aircraft missile system confront is amended, and the effect of MALD-J on timeliness is studied. Besides, the effectiveness of cooperative penetration of basic decoy and cruise missile is compared with the effectiveness of MALD- J. The result shows that jamming air-launched decoy use is more conducive to improve the penetration effectiveness of cruise missile than basic decoy.