Sochacki透镜用于自主海上巡逻FLAR的评估

D. Gray, J. Le Kernec, J. Thornton
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引用次数: 5

摘要

给出了用于全自主远程海上巡逻的小型无人机上前视雷达的最小层透镜天线为主传感器的初步数值和实验结果。27dBi是通过与6米级无人机机身尺寸兼容的单一材料透镜实现的。给出了两层和三层透镜在38dBi指向性下的数值结果,与目前P-3C和P-8A有人海上巡逻机上使用的反射天线相当。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Assessment of Sochacki lenses for autonomous maritime patrol FLAR
Initial numerical and experimental results are given for minimal layer lens antennas for Forward Looking Airborne Radar as the primary sensor onboard small Unmanned Aerial Vehicles adapted for fully autonomous long distance maritime patrol. 27dBi was achieved by a single material lens that is dimensionally compatible with the fuselage of a 6-meter class Unmanned Aerial Vehicle. Numerical results for 2 and 3 layer lenses up to 38dBi directivity were given, been comparable to the reflector antennas presently used in P-3C and P-8A manned maritime patrol aircraft.
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