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A theoretical study of diurnal shift in reflection height of VLF waves using IRI electron density model

机译:基于IRI电子密度模型的甚低频波反射高度日变化的理论研究

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摘要

Electron density profiles for the International Reference Ionosphere (IRI) 2001 and 2007 models have been utilized in evaluating the D-region conductivity parameter in earth ionosphere wave guide calculations. The day to night shift in reflection height of very low frequency (VLF) waves has been calculated using D-region conductivities derived from IRI models and the results are compared with those obtained from phase variation measurements of VLF transmissions from Rugby (England) made at Visakhapatnam (India). The values derived from the models are found to be much lower than those obtained from the experimental measurements. The values derived from the IRI models are in good agreement with those obtained from exponential conductivity model.
机译:国际参考电离层(IRI)2001和2007模型的电子密度分布已用于评估地球电离层波导计算中的D区电导率参数。已使用从IRI模型导出的D区电导率计算了非常低频(VLF)反射高度的日夜变化,并将其结果与从英国橄榄球(Rugby)进行的VLF传输相位变化测量获得的结果进行了比较。维沙卡帕特南(印度)。发现从模型得出的值比从实验测量获得的值低得多。从IRI模型获得的值与从指数电导率模型获得的值非常一致。

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