Rain height study to predict satellite link rain attenuation

M. Kovalchuk, K. Pitaš, O. Fiser
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Abstract

The height of rain and the zero isotherm height serves as an important parameter to define the satellite link length in the rain volume. This enables to estimate the important rain attenuation. We introduce 5 known models of rain height and computed the zero and minus 15°C isotherme heights in Prague. The typical height of zero isotherm in Prague (-15°C isotherm) varies around 3,5 km (6 km, respectively). We also compared data from seventies with 2019 data. We concluded that now the zero isotherm height is higher (global warming acknowledgement).
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以雨高研究预测卫星链路雨量衰减
雨高和零等温线高度是确定雨量中卫星链路长度的重要参数。这样就可以估计重要的雨量衰减。我们介绍了5种已知的雨高模式,并计算了布拉格的零和负15°C等温线高度。布拉格零等温线(-15°C等温线)的典型高度在3.5公里(分别为6公里)左右变化。我们还将70年代的数据与2019年的数据进行了比较。我们的结论是,现在的零等温线高度更高(全球变暖承认)。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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