论文部分内容阅读
随着反舰巡航导弹技术的迅速发展,舰船的防御问题日趋严峻。下一代反舰巡航导弹将能以数马赫的速度在高出水面仅几米作掠海飞行,而且能在末段采取规避机动,因而使舰炮系统的自卫能力和现有舰载导弹系统的有效性大大降低。然而,高能激光武器系统在经历了20多年的发展之后,已成为解决舰船自卫问题的一条可行途径。高能激光武器系统基本上能全天候(除浓雾外)有效运行;它的反应时间短,无需计算火控提前量;可跟踪与对付任何目标,一旦光束定向器锁定目标,目标机动就无济于事;它的命中概率高达96％;每
With the rapid development of anti-ship cruise missile technology, ship defense has become more and more serious. The next generation of anti-ship cruise missiles will be capable of flying at a mere several meters above sea level at a Mach speed and will be able to avert maneuver at the end so that the self-defense capabilities of the naval gun system and the effectiveness of the existing shipboard missile system Sex greatly reduced. However, after more than 20 years of development, the high-energy laser weapon system has become a feasible way to solve the problem of self-defense of ships. The high-energy laser weapon system is basically capable of operating all day long (except dense fog); it has a short reaction time and does not need to calculate the fire control advance; it can track and deal with any target. Once the beam director locks the target, the target maneuver will not help; Hit probability up to 96%;