破片式空地反辐射导弹引战配合研究

Study on Fuze-Warhead Coordination for Air-to-Ground Anti-radiation Missile With Fragment Warhead

为提高破片式空地反辐射导弹的毁伤效能,提出了一种炸高依末端弹道倾角而定的近炸方式.分析了起爆点相对目标的方位及距离;确定了由破片面积密度和破片动能所限定的导弹毁伤范围的解析表达式;以毁伤目标雷达天线概率最大为目标函数,建立了求解导弹最佳炸高函数的优化模型;以AGM-88C攻击SAM-6为例,进行了Monte-Carlo仿真计算.结果表明,这种近炸方式能实现较好的引战配合,使导弹获得较高的单发毁伤概率.

In order to improve the destructive effect of air-to-ground Anti-Radiation Missile（ARM） with fragment warhead, a new proximity detonation mode was put forward, in which the burst height varied with terminal trajectory angle. The orientation and distance relationships between detonation point and the target were analyzed. The destructive region confined by fragment density and kinetic energy was established with analytic expression. The optimization model for solving optimal burst height was set up, with the objective of maximizing the probability of destructing the target radar antenna. A Monte-Carlo simulation was carried out aiming at the process of AGM-88C attacking SAM-6. The result indicates that this proximity detonation mode can make ARM achieve good fuze-warhead coordination, and have a high single-missile destructive probability.