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NUMERICAL INVESTIGATION OF AIRBORNE RADARS FOR REMOTE SENSING APPLICATIONS

机译:机载雷达遥感应用的数值研究

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摘要

This article reports an accurate numerical investigation of some technological solutions for embedded airborne radars in the P-and X-bands applied to remote sensing. The propagation analyses are based on transient and Floquet simulations by taken into account the influence of an entire fuselage from a commercial plane and the vegetation electromagnetic characteristics, similar to Amazon rainforest, to reproduce a realistic situation. Moreover, it is designed and analyzed a log-periodic antenna with dual polarization for embedded airborne radars. The antenna analysis is based on S-parameters and radiation pattern characteristics.
机译:本文报告了应用于遥感的P波段和X波段嵌入式机载雷达的一些技术解决方案的精确数值研究。传播分析基于瞬态和Floquet模拟,其中考虑了商用飞机对整个机身的影响以及类似于亚马逊雨林的植被电磁特性,从而再现了现实情况。此外,它还设计和分析了用于嵌入式机载雷达的双极化对数周期天线。天线分析基于S参数和辐射方向图特性。

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