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Design and error analysis of the array in geostationary interferometric microwave sounder

机译:对地静止干涉微波测深仪中阵列的设计与误差分析

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Geostationary interferometric microwave sounder (GIMS) is a multichannel microwave interferometer with a rotating circular thinned array. The array has notable differences from Y-type or T-type array. It can get the same number of baselines with less element antennas at the cost of a little more complex. The spatial frequencies are like polar coordinate distribution, but not rectangular or hexagonal grids. The array is composed of 22 circular polarized corrugated horns. Moreover, in this paper, antenna errors are analyzed preliminarily.
机译:对地静止干涉微波测深仪(GIMS)是具有旋转圆形变薄阵列的多通道微波干涉仪。该阵列与Y型或T型阵列有显着差异。它可以使用更少的元素天线来获得相同数量的基线,但代价是稍微复杂一些。空间频率类似于极坐标分布,但不是矩形或六边形网格。该阵列由22个圆极化波纹状喇叭组成。此外,本文对天线误差进行了初步分析。

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