空间通信链路毫米波段云衰减和雨衰减的严重原因及雨衰减和云衰减的区别

K. K. Srinivas, T. Ramana
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引用次数: 4

摘要

降雨将根据由水滴组成的云的形成来估计,在更高的频率,如毫米波段,由于云由水滴组成,信号会退化和减少。大气中的气体、云、雨、雪、雾、云滴、噪声、水蒸气、湿度计等都会吸收电磁能量,从而导致信号衰减。云一般由直径小于0.10毫米的水滴组成,而雨滴一般由直径为0.10毫米至9.5毫米的雨滴组成。因此,所有这些影响都导致了传输质量的下降和数字传输错误率的增加。一般来说,频率越高,信号就越容易受到大气中降雨的影响。为了评估云的影响效果,低空云的云量统计数据来源于地球-卫星链路观测。这些提取的统计数据被用来得到季节性的剧烈波动。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Severe Cause of Cloud Attenuation and Rain Attenuation on Space Communication Link at Millimetre Band and Differentiation between Rain Attenuation and Cloud Attenuation
Rain will be estimated with the formation of cloud consists of water droplets, at higher frequencies such as millimetre band, that experiences a signal degradation and signal reduction due to the cloud consists of water droplets. The atmospheric gases, clouds, rain, snow, fog, cloud droplets, noise, water vapour, hydrometers absorbs electromagnetic energy, which results in the signal degradation. Clouds in generally consists of water droplets of less than 0.10mm in diameter, whereas raindrops in generally consists of range from 0.10mm to 9.5mm in diameter. So all these effects were leads to degradation in the quality of transmissions and in increase in the error rate of digital transmissions. In general, the higher frequency leads to, the more a signal is susceptible to rain in the atmosphere. For the purpose of cloud impact effect evaluation, the cloud cover statistical data, for low level clouds were derived from the earth-satellite link observations. These Extracted statistical data were used to obtain the seasonal drastic fluctuations.
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