摘要
为了研究舰空导弹对超音速反舰导弹的拦截效果,首先建立了真比例导引舰空导弹的三维矢量拦截模型,在分析反舰导弹弹道特点的基础上,分别建立了其在巡航段、机动段、比例导引段和跃升俯冲段的三维弹道模型,然后仿真了舰空导弹对处于上述四个阶段的反舰导弹的拦截弹道,对比分析了不同阶段目标机动对舰空导弹过载性能的要求,以及对脱靶量的影响。结果表明,拦截机动段和跃升俯冲段难度要比另外两个阶段更大,如果时间允许最好在巡航段和比例导引段进行拦截。
In order to study the effect of ship-to-air missile intercepting supersonic anti-ship missile, a 3D vector intercepting model of TPN ship-to-air missile has been set up first. And then 3D trajectory model of anti-ship missile on the cruise stage, maneuver stage, proportional navigation stage and rising and diving stage has been set up on the base of analysis its characteristics. The trajectory of ship-to-air missile intercepting anti-ship missile on the four stages above has been simulated subsequently. The requirements of ship-to-air missile＇s capabilities and miss distance about the target＇s maneuver on different stages have been analyzed comparing to each other. The result shows that intercepting anti-ship missile on the maneuver stage and rising and diving stage is more difficult than on the other two stages, and it is better to intercept on the cruise stage and proportional navigation stage if time permits.
出处
《指挥控制与仿真》
2012年第6期76-79,95,共5页
Command Control & Simulation
基金
航空科学基金资助项目(20085584010)
关键词
三维矢量
舰空导弹
真比例导引
弹道仿真
超音速反舰导弹
3 D vector
ship-to-air missile
true proportional navigation
trajectory simulation
supersonic anti-ship missile
