烟雾干扰光学制导武器的有效性分析

Research on Smog Jamming Technology for Optic-guided Weapon

根据光学制导武器的作用距离方程,分别给出了烟雾干扰激光半主动制导武器、红外点源制导导弹和红外成像制导导弹的有效性条件。在此基础上计算了在典型战术条件下,烟雾材料的使用量。计算结果表明为有效干扰先进的光学制导武器,烟雾材料的使用量比较大。最后以激光半主动制导武器为例,研究了将隐身技术与烟雾干扰综合使用时的干扰效果。研究表明,隐身技术的使用可有效地降低烟雾材料的使用量。

Based on the operating distance equation of optic-guided weapon, the requirements for smoke jamming laser self-active guided weapons, infrared point guided missiles and infrared imaging guided missiles are given. The results that the minimum quantities of smoke materials to satisfy the requirements of smoke jamming are very large. The quantities of smoke materials can be reduced greatly when camouflage technology is used.