摘要
巡航导弹作为一种远程精确制导的高技术武器装备,已成为以"非接触精确打击"为主要特点的新作战思想的重要支柱,在高技术局部战争和军事冲突中发挥了重要的威慑和杀伤作用。如何打击敌方巡航导弹成为现代战争中急需要解决的问题。高能激光以其独特的优势,成为对抗巡航导弹的理想武器。为有效评估高能激光打击巡航导弹的能力,采用改进的ADC效能评估法,建立了高能激光打击巡航导弹能力模型,并对其进行分析,重点对光束的毁伤能力进行了仿真,给出了影响光束打击巡航导弹能力与各因素的具体关系。
As a kind of long-range precision-guided high-tech weaponry, cruise missile has proved an important pillar of the new operational concept featured of ＂non-contact precision strike＂. Therefore, how to fight the cruise missile of opponent is an urgent need to be solved in modern war＇are since the cruise missile plays an important role in deterrence and damaging effect at the high-tech regional war and military conflict. The high-energy laser is famous for its unique advantage which is considered as an ideal weapon against cruise missile. Here, an effectiveness model of cruise missile mutilated by high-energy laser is established and analyzed based on a modified ADC performance evaluation method in order to assess the damage performance effectively, especially illustrate that relationship between the damage ability of cruise missile by high-energy laser and its factors of influence through simulation.
出处
《光学与光电技术》
2013年第2期23-27,共5页
Optics & Optoelectronic Technology
关键词
高能激光
巡航导弹
毁伤能力
评估模型
high-energy laser
cruise missile
damage ability
evaluation model
