论文部分内容阅读
低空目标跟踪需要使用陆地基础航天测控、海洋基础航天测控两种设备,但该设备在对低空目标的测控过程中,会由于本身视野限制造成测控的局限性。直升机载测控站相比于地面的测控设备而言,有着更为宽阔的视距,还可以根据对象的运动进行目标跟踪,应用范围也较广泛。本文主要探讨机载测控站雷达测控性能,通过对直升机载测控站的工作原理进行分析,给出提高目标跟踪的具体方案。在与陆地基础航天测控、海洋基础航天测控的跟踪比较后得出:直升机载测控站的低空跟踪效果更高,在低空弹道炮弹的实验中起到良好的辅助作用。
Low-altitude target tracking need to use land-based aerospace monitoring and control, marine basic aerospace monitoring and control of two kinds of equipment, but the device in the low-altitude target measurement and control process, due to limitations of their own field of vision limitations caused by measurement and control. Helicopter airborne monitoring and control station compared to the ground monitoring and control equipment, has a more wide line of sight, you can also target the movement of the object tracking, the application is also broader. This paper mainly discusses the airborne monitoring and control station radar measurement and control performance, through the analysis of the working principle of the helicopter-based monitoring and control station, gives a specific program to improve the target tracking. After comparing with the tracking and control of land-based space and spacecraft, and the monitoring and control of ocean-based spacecraft, it is concluded that helicopter-based monitoring and control station has better low-altitude tracking effect and plays a good auxiliary role in experiments of low-altitude ballistic shells.