摘要
紫外告警技术是现代军事中光电对抗领域的重要方面,为了检测紫外告警系统的告警精度,提出了一种基于日盲紫外的导弹模拟系统。研究了导弹模拟系统的原理及结构组成,根据阿基米德螺线的性质和像面照度公式,提出了导弹和告警系统之间距离及接近速度的实现方法,并完成了该模拟装置的光学系统设计。为紫外告警系统告警精度的检测提供了新方法。
Ultraviolet （UV） warning technology is an important aspect of photo-electronic confrontation in the field modern military, a missile simulation system based on solar blind UV is presented to test the accuracy of UV warning system. The principle and structure of missile simulation system are researched, according to the nature of the Archimedean spiral and the image plane illuminance formula. The method of the distance to the warning system and approximate speed of the missile is proposed, the optical system of the simulative setup is designed. A new test method for UV warning accuracy is proposed.
出处
《光学仪器》
2011年第5期48-51,共4页
Optical Instruments
关键词
日盲紫外
导弹告警
模拟系统
距离
速度
solar blind UV
missile warning
simulation system
distance
speed
