摘要
在分析两栖装甲车辆的双红外暴露特征、双红外制导抗干扰原理和常见的红外干扰技术的基础上,得出了在两栖装甲车辆对抗双红外制导的最佳伪装方法——人工水雾红外遮蔽技术。并利用Mie散射理论分析了单位喷水量条件下,水雾滴径与3～5μm、8～14μm波段衰减的关系,从理论上给出了水雾滴径的最佳尺寸,最后编程模拟计算了人工水雾的双红外遮蔽性能。
On the basis of analyzing exposed signature of amphibian armored car, anti-jamming principle of the dual-infrared-guidance and familiar countermeasures, the artificial water fog screen is determined to be a good choice.Relationship of spray quantity, water fog radius and extinction characteristics has been analyzed with the Mie Scattering Theory, which is used to optimize the prime water fog radius. Furthermore, performance of the water fog are also simulated theoretically.
出处
《红外与激光工程》
EI
CSCD
北大核心
2007年第4期555-559,共5页
Infrared and Laser Engineering
关键词
两栖装甲车辆
人工水雾
双红外制导
消光截面
Amphibian armored car
Artificial water fog
Dual infrared guidance
Extinction section
