摘要
本文对美国报导的洲际弹道导弹“大力神”I型贮箱与“飞毛腿”弹道导弹受强激光辐照演示实验的破坏模式和破坏机理进行了分析。认为:用激光拦截助推段弹道导弹时,其液体贮箱壳体和固体燃料发动机壳体是最易损的,生存能力很低;在新型号设计时应进行结构加固。
The paper analyses the failure models and failure mechanisms of 'Titan' type I storage and 'Scud' ballistic missile shown experiments under strong laser irradiation. It is realized: when ballistic missile in boost phase is intercepted with CW Laser, its liquid storage and solid rocket engine shells are the brittlest, the survivability is very low; the hardened design of the new style missiles structures must be considered.
出处
《强度与环境》
2005年第2期29-32,38,共5页
Structure & Environment Engineering
关键词
激光武器
弹道导弹
辐射效应
CW laser
ballistic missile
failure model
cylindrical shell
