毫米波与静电复合定向探测与目标识别技术

Target position and identification with millimeter wave and electrostatic compound detection

为实现高精确度的脱靶方位探测,分析了静电探测矢量测角算法原理并推导出探测方程。提出了毫米波与静电复合探测目标识别方法和起爆控制方法,通过试验验证了毫米波与静电复合定向探测技术的可行性。试验结果表明毫米波与静电复合探测技术具有良好的定位精确度和较强的抗干扰性能,可满足定向引战系统的高精确度起爆控制要求。

To achieve a high accuracydetectionfor the target missing in azimuth,the principle of angle vector measurement with electrostatic detection system is studied thoroughly and the equations for rolling angle detection are derived. Furthermore,the methods of target identification and detonation control are given after the mechanism of target and disturbance identification. In the end, the feasibility of the position and identification with millimeter wave and electrostatic compound detection is verified by a test. Result shows that millimeter wave and electrostatic compound directional detection technique has high positioning accuracy and strong anti-jamming performance. It can meet the requirements of high accuracy detonation control for directional fuze-warhead system.