Abstract

The work proposes methods for the study of artificial, magnetically oriented, ionosphere inhomogeneities and for its practical implementation. The developed approach makes it possible to determine the most probable longitudinal sizes and distances comparable with the wavelength of heat radiation between inhomogeneities along and across the Earth’s magnetic field, as well as the speed and direction of their movement. The method uses a software-defined radio system, which enables the remote performance of the necessary measurements. The results of observations in experiments on the formation of magnetically oriented artificial inhomogeneities at Arecibo Observatory are presented. They confirm that the topology of magnetically oriented ionospheric inhomogeneities can be determined based on the proposed method.

中文翻译：

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用无线电系统确定程序研究磁取向电离层不均匀性的新方法

摘要

这项工作提出了研究人造的，磁性取向的电离层不均匀性及其实际实施方法。所开发的方法使得可以确定最可能的纵向尺寸和距离，这些尺寸和距离与沿地球磁场和穿过地球磁场的不均匀性之间的热辐射波长相当，以及它们的运动速度和方向。该方法使用软件定义的无线电系统，该系统可以远程执行必要的测量。提出了在阿雷西博天文台形成磁性定向的人工不均匀性的实验观察结果。他们证实，可以基于所提出的方法确定磁取向电离层不均匀性的拓扑。