摘要
针对双波段红外探测设备在不同波段的探测要求,利用曳光管的双波段辐射特性,选择无人机加载曳光管作为低空移动光电靶,使同一目标满足了双波段红外设备的双波段测试要求。通过对无人机的航路距离和航向进行统筹设计,使同一个飞行航次满足了作用距离和目标数据精度等多个测试项目的需要。然后对目标航迹的真值精度进行了深入分析,并总结了不同条件下航路、航向以及布站等相关参数的关联和设置方法,为该测试项目的组织与实施提供了充分的技术准备和选择空间。
According to the detection requirements of a double-band infrared detection equipment in different wavebands, an unmanned aerial vehicle （UAV） with a flaring light pipe having double band radiation characteristics is selected as a low altitude moving photoelectric target so that the double band test requirement is met with the same target. Through the overall design of the airway distance and heading of the UAV, the demands of several testing projects such as operation distance testing and target data precision testing are met in the same flight. Then, the precision of the true airway of the target is analyzed deeply and the relevant and setting methods of related parameters such as airway, heading and arranging under different conditions are summarized. This work provides sufficient technical support and choosing space for the organization and implementation of the testing projects.
出处
《红外》
CAS
2015年第3期45-48,共4页
Infrared
关键词
双波段
红外探测
同目标共航路
测试方法
double-band
infrared detection
same target and fairway
testing method
