针对现代战争中高速导弹造成的严重威胁，研究了导弹壳体及废气羽烟的热辐射特征，分析了其红外、紫外波长及光谱分布。结合目前红外焦平面技术的发展状况，提出了通过扩展工作波段，采用红外双色、多色，以及红外/紫外复合等技术，提高光电侦察系统综合性能的方法。相关装备的应用证明，多色复合侦察技术的应用对提高复杂战场环境下自身生存能力具有十分重要意义。%In allusion to the serious threat of high-speed missile in modern warfare, the heat radiation characteristics of missile crust and exhaust gas tail smoke is studied. The wavelength and spectral distribution of its infrared and ultraviolet is analyzed. Combined with the current development of infrared focal plane technology, the method of improving electro-optical reconnaissance system synthetic performance is proposed by expanding waveband, using technologies of IR double-color, multi-color, as well as IR / UV composite. The related equipment application shows that the applications of multi-color composite reconnaissance technology has great significance for improving oneself survivability in a complex battlefield environment.
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