Prediction of atmospheric turbulence on the basis of weather conditions

L. Hudcová, O. Wilfert
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引用次数: 3

Abstract

The goal of the paper is in calulation of refractive index structure parameter from weather condition in selected area. Sadot - Kopeika model was chosen for determination of atmospheric turbulence during the whole day. Information about temperature, relative humidity, wind speed, time of sunrise and sunset is necessary for calculations in case of usage of the model. The main advantage of Sadot - Kopeika model is in possibility of prediction of refractive index structure parameter. We need meteorological data, so we compared the predictions for one and two days in advance from three online meteorological services. After that we have compared predicted data with data from meteorological station. Our work on the paper rely on the refractive index structure parameter prediction and comparison with calculated values from meteorological stations.
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根据天气情况预测大气湍流
本文的目的是根据选定地区的天气条件计算折射率结构参数。采用Sadot - Kopeika模式测定全天的大气湍流。在使用该模型时,需要计算温度、相对湿度、风速、日出和日落时间等信息。Sadot - Kopeika模型的主要优点是可以预测折射率结构参数。我们需要气象数据,所以我们比较了三个在线气象服务提前一天和两天的预报。然后将预报数据与气象站实测数据进行了比较。本文的工作依赖于折射率结构参数的预测和与气象站计算值的比较。
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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