利用箔条和Fe团簇吸波材料互补性对抗厘米波雷达  

Counter-Centimeter Wave Radar Based on Mutual Offset of Fe Cluster Absorbing Material and Foil Cloud

作　　者：沈均平[1] 刘建永[1] 吕进[1] 胡江华[1] 

机构地区：[1]解放军理工大学工程兵工程学院,江苏南京210007

出　　处：《兵工自动化》2004年第4期75-75,共1页Ordnance Industry Automation

摘　　要：Fe团簇材料对14～17GHz波段厘米雷达波有良好吸收效果。箔条云对8～11GHz波段衰减较强。箔条干扰克服了Fe团簇材料在8～14GHz波段吸收不足的缺点,而Fe团簇材料弥补了箔条云在14～17GHz波段遮挡衰减效果较差的弱点,两者互补性强,对8～17GHz波段的厘米波有较强的综合衰减效果,衰减峰值达到97.5%,平均衰减达到-12.66dB。Fe cluster absorbing material has good effect in 14～17GHz wave band for centimeter wave radar, while foil cloud has preferable interferential capability in 8～11GHz wave band. Foil cloud interfere overcome the disadvantage of lacking absorb for Fe cluster absorbing material, and that Fe cluster absorbing material compensated the disadvantage of lesser cloak attenuation of foil cloud in 14～17GHz wave band. Fe cluster absorbing material and foil cloud has better mutual offset capability, and has better integrated attenuation effect for centimeter wave in 8～11GHz wave band. The peak value of attenuation can reach 97.5%, and average attenuation can reach -12.66dB.

关 键 词：厘米波雷达 Fe团簇材料 箔条 衰减峰值 

分 类 号：TN959.1[电子电信—信号与信息处理]