论文部分内容阅读
现代舰船为防御反舰导弹的袭击,大多数装备了各种各样电子对抗设备和末端火力拦截设备。电子对抗设备主要用于侦察和干扰雷达,对攻击雷达的干扰使之无法对目标定位;对末制导雷达的干扰使之无法跟踪目标。当导弹突破外层防御圈接近目标时,就只能用近程点防御武器进行火力摧毁。反舰导弹的攻击过程大致可分为:1)发射平台进入作战区;2)对目标定位并进入发射区发射导弹;3)导弹“静默”飞行;4)导引头开机搜索;5)导引头跟踪;6)末端
Most modern ships are equipped with a variety of electronic countermeasures and endfire interceptors to defend anti-ship missiles. Electronic countermeasures equipment is mainly used for reconnaissance and jamming of radar, the interference of the attacking radar can not locate the target; the interference of the terminal guidance radar makes it impossible to track the target. When a missile breaks through the outer defensive circle and approaches the target, it can only be destroyed by the firepower of the proximity defensive weapon. The attack process of anti-ship missiles can be broadly divided into: 1) the launch platform enters the combat zone; 2) the target is positioned and launched into the launch zone; 3) the “silent” flight of the missile; 4) the search of the seeker; 5) Tracing; 6) End