摘要
雷达有源跟踪定位一直是火控系统的主要侦察探测方式,由于雷达对抗技术的发展,有源雷达设备的作战效能大为降低。在火控系统中,光电无源跟踪定位可代替雷达的部分功能,其开发潜力备受关注。介绍了光电/弹炮结合防空系统的重要作用,论述了光电探测和弹炮一体化设计的基本结构和功能,提出了系统综合设计的主要研究内容和关键技术,探索了光电信息火力引导的技术途径并给出了一种基于光电探测的弹丸脱靶量测量技术。
Radar tracking used to be a main fashion of detecting targets in fire control systems. With the development of radar countermeasures, the efficiency of the radars in fire control systems is falling. Replacing the part functions of the radars, optoelectronic passive tracking would be greatly attractive in fire control systems. Putting forward a project about the air defence system of optoelectronic integrated missile and antiaircraft gun, this paper discusses an integrative design in laser detecting and firepower attack. Based on optoelectronic detecting, it also introduces a technic approach of firepower guide and undershooting quantity measure of artillery.
出处
《火力与指挥控制》
CSCD
北大核心
2007年第9期58-61,共4页
Fire Control & Command Control
基金
高等学校博士学科点基金项目(20020699014)
关键词
光电跟踪
光电探测
火控系统
一体化设计
optoelectronic tracking ,optoelectronic detectin, fire control system ,integrat design.
