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Full-Wave Indoor Measurements’ Cross-Validation With the Model Demos for Foliage Penetrating Applications

机译:全波室内测量与模型演示的交叉验证,用于叶子穿透应用

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摘要

For foliage penetrating (FoPen) radar development, we previously developed a hybrid volume-surface model, named Domain dEcomposition Model (DEMOS), to evaluate the electromagnetic scattering from large scenes composed by targets (metallic objects) placed in a natural environment (dielectric object). In this letter, we compare the scattered field obtained by DEMOS with the quasi-monostatic measurements done in an anechoic chamber on scaled models composed of dielectric and metallic structures. For all measurements, we consider both polarizations, HH and VV. Our final objective is to determine the optimal configurations for the detection of a target placed in a forest environment in the very high-frequency (VHF)-UHF frequency bands.
机译:对于叶片穿透(FOPEN)雷达开发,我们之前开发了一种混合体积表面模型,命名域分解模型(演示),以评估由靶(金属物体)组成的大型场景中放置在自然环境中的电磁散射(电介质物体)。在这封信中,我们比较通过演示获得的散射场与在由电介质和金属结构组成的缩放模型上的AneChice腔室中完成的准单色测量。对于所有测量,我们考虑偏振,HH和VV。我们的最终目标是确定在非常高频(VHF)-UHF频带中置于森林环境中的目标的最佳配置。

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