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出席老乌鸦协会(AOC)1998年度第35届年会的空军研究实验室等部门谈到了先进的光电/红外干扰能力,即对光电/红外制导导弹的干扰。21世纪的红外威胁将包括:①应用范围更加广泛的适合于白天/夜间目标(即对付低可探测性)的搜索和跟踪系统,微光电视,红外与激光传感器;②红外地空导弹攻击距离和高度至少要增加一倍,分别增加到8～10km,和9000m高度;③2005年后红外成像导引头将占主流,预计新一代导弹对付红外诱饵弹的概率接近100％,老式导弹将过时。导弹设计师将综合应用光谱、高度和弹道非连续性原理对目标飞机实施光电红外制导导弹攻击。
The Air Force Research Laboratory and other departments attending the 15th Annual Convention of the Old Crows Association (AOC) spoke about advanced optical / infrared interference capability, that is, interference with optoelectronic / infrared guided missiles. The 21st century infrared threats will include: ① wider range of applications Search and tracking systems for daytime / nighttime targets (ie for low detectability), microlight televisions, infrared and laser sensors; ② infrared ground-to-air missile attack range And the altitude should be doubled to 8-10km and 9000m respectively respectively. After 2005, the infrared imaging seeker will be the mainstream. The probability of a new generation of missiles is expected to be close to 100% with the infrared missiles, and the old missiles will be outdated. The missile designer will apply the principle of spectrum, altitude and ballistic discontinuity to attack the target aircraft with a photonic infrared guided missile.