CAJ | 학술논문

针对双波段红外探测设备不同波段的探测要求，利用曳光管双波段辐射特性，提出无人机加载曳光管作为低空移动光电靶，实现同一靶标满足双波段测试要求；通过对无人机航路距离和航向的统筹设计，实现同一个飞行航次满足作用距离和目标数据精度等多个测试项目；文中对目标航迹真值精度进行深入分析，总结出在不同条件下，航路、航向及布站等相关参数的关联和设置方法，为该测试项目组织实施提供充分的技术准备和选择空间。
침대쌍파단홍외탐측설비불동파단적탐측요구，이용예광관쌍파단복사특성，제출무인궤가재예광관작위저공이동광전파，실현동일파표만족쌍파단측시요구；통과대무인궤항로거리화항향적통주설계，실현동일개비행항차만족작용거리화목표수거정도등다개측시항목；문중대목표항적진치정도진행심입분석，총결출재불동조건하，항로、항향급포참등상관삼수적관련화설치방법，위해측시항목조직실시제공충분적기술준비화선택공간。
According to the detecting requirements of double band Infrared detecting equipment in different bands and the double band radiation characteristics of flaring light pipe, unmanned aerial vehicle (UAV) equipped with flaring light pipe as low-level moving target is proposed. Same target meeting double band testing requirements is realized. Through designing UAV fairway distance and heading, testing projects meeting the requirements such as action distance and target data accuracy are realized in the same flight. Target track real value accuracy is analyzed deeply. The correlation and setting methods of relative parameters such as fairway, heading and distribution stations under different conditions are summarized to provide full technology preparation and choosing space for the testing project.