摘要
随着信息化战场面临的光电环境日趋复杂,作战场景亦随之复杂,各类物理特性、光学特性各异的大气粒子交织分布,各类不同体制的光电信号在战场环境中密集交互,对精确制导武器的实战抗干扰应变能力提出了新的挑战。精确制导武器作为信息化战争取胜的关键武器,为提高其实战化能力,干扰测试评估是必备环节。因此,构建逼真的干扰威胁环境,有助于针对精确引导设备开展不同干扰环境下的测试评估,对设备研发人员的技术策略提升及设备实战化作战效能提升具有重要意义。文章对国内外针对激光引信干扰试验技术进行归纳及研究,提出基于大气粒子干扰试验技术、激光有源干扰试验技术和复合干扰试验技术的静\动态有效干扰试验方法。
As the photoelectric environment of infonnation battlefield becomes more and more complex,the battle scenes are complicated.Various physical properties and different optical properties of atmospheric particles are intensely interactive.The photoelectric signals of different profiles interact intensively in battlefield environment.New challenges are brought to the anti-jamming ability of precisioguided weapon.Precision-guided weapon is the most critical weapons for winning a war.In order to enhance its combat ability,interference test evaluation is important.Therefore,building realistic interference threat environment is helpful for testing and e-valuating precision guided devices in different interference environments and is significant for the improvement of the equipment and person and for the improvement of the actual combat.In this paper,the interference test technology of laser fuze at home and abroad is summarized and analyzed and static and dynamic effective interference test method for laser active test technology and composite interference test technology are proposed.
作者
赵丽东
ZHAO Li-dong(The 27th Research Institute of China Electronics Technology Group Corporation,Zhengzhou 450047,China)
出处
《电光系统》
2022年第1期10-14,共5页
Electronic and Electro-optical Systems
关键词
激光引信
干扰
精确制导武器
Laser Fuze
Interference
Precision-guided Weapon
