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Horizontal Structural Functions in Troposphere for Radio Waves Refractivity Index by Use of Ground Set of GPS-GLONASS Receivers

机译:GPS-GLONASS接收器地面对流层对流层水平结构功能对无线电波折射率的影响

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In this paper we show results of troposphere fluctuation analysis and its influence on radiowaves refractive index variations. For comparison of inhomogeneous impurities structure we used electromagnetic waves refraction index data which don't depend on impurity but depend on atmospheric parameters only. Our main object of investigation is a mesoscalc process in troposphere. We can estimate space structure of atmospheric parameters, using the data from network based on Global Navigation Satellite System receivers. We used structure function to estimate characteristics of impurities and refraction index fluctuation. Function shows the contribution of the processes of the defined scale in the total variance of the fluctuations. The received structure functions demonstrate increasing with distance between stations. The results show a significant effect on electromagnetic wave refraction index caused by the mesoscale troposphere process.
机译:在本文中,我们显示了对流层波动分析的结果及其对无线电波折射率变化的影响。为了比较不均匀的杂质结构,我们使用了电磁波折射率数据,该数据不取决于杂质,而仅取决于大气参数。我们的主要研究目的是对流层中的中钙过程。我们可以使用基于全球导航卫星系统接收器的网络数据估算大气参数的空间结构。我们使用结构函数来估计杂质和折射率波动的特征。函数显示了所定义规模的过程对波动总方差的贡献。接收到的结构函数表明,站之间的距离会增加。结果表明,对中尺度对流层过程引起的电磁波折射率有显着影响。

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