南部非洲辐射气候模式的进展

T. Afullo
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引用次数: 1

摘要

本文介绍了过去二十年来为南部非洲发展起来的辐射气候学模拟工作。这项工作包括微波和毫米波在晴空和降水条件下的传播。本文提出了确定链路上衍射衰落的有效地球半径因子(k因子)的模型。此外,它还提供了用于估计链路上多径衰落的地理气候因子的季节变化。在降水条件下,这篇论文涵盖了南非大陆以及邻近的马里恩岛和戈夫岛的年平均降雨量和最糟糕月份的降雨量。还包括降雨积分时间转换参数、地面路径上的雨衰减预测、利用前向散射的雨衰减,以及最后的雨滴大小分布估计。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Progress in radioclimatological modeling for Southern Africa
This paper presents the work in radioclimatological modeling that has been developed over the last two decades for Southern Africa. The work covers microwave and millimetric wave propagation in clear-air and under precipitation. The paper presents models for the effective earth radius factor (k-factor) for of the determination of diffraction fading over a link. In addition, it presents seasonal variation of the Geoclimatic factor, which is used for the estimation of multipath fading over a link. Under precipitation conditions, the paper covers the average year and worst-month rainfall rate for mainland South Africa and the neighbouring islands of Marion and Gough. Also covered are the rainfall integration time conversion parameters, rain attenuation prediction on terrestrial paths, rain attenuation using forward scattering, and, finally, the raindrop size distribution estimates.
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