美国战区高空区域防御（THAAD）系统拦截导弹，选用动能杀伤器与来袭目标直接碰撞摧毁目标。 动能杀伤器采用红外成像寻的器。
THAAD system intercept missiles use kinetic energy antipersonnel weapon to impact target and destroy it, the kinetic energy antipersonnel weapons use imaging IR seeker.
在精确拦截的情况下，EKV的动能和导弹会粉碎弹头并摧毁任何导弹可能携带核能、化学能或者生物能的杀伤制剂。
In the event of a precise hit, the kinetic energy of the EKV and the missile will pulverize the warhead and destroy any nuclear, chemical, or biological agents it might be carrying.
第四级是20磅“动能拦截弹头”(LEAP)杀伤运载具，采用红外传感器逐渐接近和碰撞目标。
The fourth stage is the 20 pound LEAP kill vehicle, which USES infrared sensors to close on the target and ram it.
现代步兵迫切需要一种集动能弹的点杀伤能力和榴弹的面杀伤能力于一体的新型班组支援武器。
Modern infantry desires a new type of crew-served weapon that can fair kinetic energy projectiles to kill pinpoint target and HE projectiles to destroy area target.
现代步兵迫切需要一种集动能弹的点杀伤能力和榴弹的面杀伤能力于一体的新型班组支援武器。
Modern infantry desires a new type of crew-served weapon that can fair kinetic energy projectiles to kill pinpoint target and HE projectiles to destroy area target.
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