Field of the arctic control-correction station of the GLONASS when received at heights up to 10 km in different seasons of the year

机译：一年中不同季节在最高10 km的高度接收到的GLONASS北极控制校正站的区域

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The altitude dependence of the electromagnetic field above the arctic path at a frequency of 300 kHz (GLONASS CCS) is considered. When comparing the altitude dependences of the modulus of the attenuation function |W| and field level E for the radio paths "ice-sea" and "sea" it is shown that the conditions for propagation of radio waves over ice-covered sea at reception altitudes up to 3-10 km are more favorable than over the open sea. It is established that the propagation over the ice paths depends on the height of the reception. The field of a vertical electric antenna over an "ice-sea" structure with highly inductive impedance exceeds the field of the earth's wave above the open sea. It decreases with increasing reception height. This effect is due to the concentration of the field above the highly inductive medium interface. Insignificant growth of the field above the sea occurs with an increase of the reception height.

机译：考虑了在300 kHz频率下北极路径上方电磁场的高度依赖性（GLONASS CCS）。当比较衰减函数的模数| W |的高度依赖性时。以及“冰海”和“海”无线电路径的场级E，表明在接收高度高达3-10 km的冰雪覆盖的海面上，无线电波的传播条件比公海更有利。。已经确定，在冰路上的传播取决于接收高度。具有高感应阻抗的“冰海”结构上的垂直电天线的场强超过公海上方的地波场。它随着接收高度的增加而减小。这种效果是由于高感应介质界面上方的电场集中所致。随着接收高度的增加，在海上的场的增长很小。

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《International symposium on atmospheric and ocean optics: atmospheric physics》|2017年|104665O.1-104665O.4|共4页
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Yu.B. Bashkuev; M.G. Dembelov;
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electromagnetic field; ice-sea structure; GLONASS;

机译：电磁场冰海结构;格洛纳斯;

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Field of the arctic control-correction station of the GLONASS when received at heights up to 10 km in different seasons of the year

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