摘要
针对在外弹道测量弹丸速度及命中靶标的两维坐标参数的光电探测靶,结合探测靶自身结构特点,提出将阵列光电探测器应用于光电探测靶的研制中,改善与提高其探测灵敏度和增大作用视场;对阵列光电探测器存在的探测盲区,提出采用离焦弥散技术,消除探测盲区;分析阵列光电探测器应用在光电探测靶出现的影响探测因素,提出合理改善措施。
The optic-electric detecting fire was used in the exterior trajectory to measure the velocity and two-dimensional coordinate of the bullet, considering the structure characteristics of optic-electric detecting fire, the array optic-electric detector was used to improve the detect sensitivity and increase the detect scope in the optic-electric detecting fire; array optic-electric detector exists the detection blind area which cannot detect the bullet signal and the deviating focus technique was proposed to eliminate detect blind area; The factors of influencing optic-electric detecting fire were analyzed, and reasonable improving measures were introduced.
出处
《弹箭与制导学报》
CSCD
北大核心
2008年第3期264-266,共3页
Journal of Projectiles,Rockets,Missiles and Guidance
关键词
阵列光电探测器
光电探测靶
探测灵敏度
array optic-electric detector
optic-electric detecting fire
detect sensitivity
