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Ionosphere Fitting Method and Path Parameters Analysis

机译:电离层拟合方法和路径参数分析

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Anti-parabolic model was adopted to describe the joint layer’s electron density which distribute between the quasiparabolic multi-lays in ionosphere.The parameters of the antiparabolic layer,such as critical frequency,semi thickness and the layer bottom radial distance from earth’s center,were calculated on the basis of the continuous electron density distribution and its continuous derivative.The plasma frequency calculated in the quasi-parabolic model or anti-parabolic model was substituted into Appleton-Hartree formula and Snell theorem to calculate the ray trace with the help of ray geometry in the ionosphere.The three important path parameters which are the ground range,group path and phase path were calculated on this multi-layer ionosphere model with the joint layer.The relationship between the path parameters,which is influenced by the angle of incidence and the working frequency,was analyzed.
机译:采用反抛物​​线模型描述了电离层中准抛物线多层之间分布的结合层的电子密度。计算了反抛物线层的临界频率,半厚度和层底距地球中心的径向距离等参数。在准抛物线模型或反抛物线模型中计算的等离子体频率被代入Appleton-Hartree公式和Snell定理,以借助射线几何学来计算射线迹线在具有连接层的多层电离层模型上,计算了地面距离,群路径和相路径这三个重要的路径参数。路径参数之间的关系受入射角和入射角的影响。分析了工作频率。

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