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首页> 外文期刊>Radiophysics and quantum electronics >First experience on spatial discrimination of large-scale natural elf interference on the example of two-point measurements of the magnetic field of an artificial ionospheric source
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First experience on spatial discrimination of large-scale natural elf interference on the example of two-point measurements of the magnetic field of an artificial ionospheric source

机译:关于大规模自然小精灵干扰的空间判别的初步经验,以人工电离层源磁场的两点测量为例

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We present the results of an experiment on the generation of extremely low-frequency (ELF) electromagnetic fields at frequencies near the first Schumann resonance upon the ionosphere modification by modulated powerful radio emission. The reception was performed at two sites spaced by 14 km in the distance from “SURA” facility. It was found that the natural noise at different reception sites is highly correlated, which allows one to achieve the noise suppression by about an order of magnitude by subtracting the measurement results. We demonstrate the opportunities of spatial discrimination of the interference upon the two-site reception of the “small-scale” field of an artificial ionospheric source. The directions of future studies and possible applications are discussed.
机译:我们提出了通过调制强无线电发射对电离层进行修改后,在第一次舒曼共振附近的频率处产生极低频(ELF)电磁场的实验结果。接待在距“ SURA”设施相距14公里的两个地点进行。已经发现,在不同接收点处的自然噪声是高度相关的,这允许人们通过减去测量结果来实现大约一个数量级的噪声抑制。我们演示了在人工电离层源的“小规模”场两点接收时对干扰进行空间分辨的机会。讨论了未来研究的方向和可能的应用。

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