A New Method for Direction Finding of Elliptically Polarized VLF Waves

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概要

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• A new method has been developed for the direction finding of elliptically polarized VLF electronmagnetic waves. The method uses simple algebraic relations between the vertical electric fields and the horizontal magnetic field of the incident wave to eliminate the TE component of the magnetic field. The present method can give a reasonably accurate estimate of the angle of incidence as well as azimuth when the incident wave is elliptically polarized, and this is complementary to the classical goniometer technique which is suited for the direction finding of the linearly polarized waves. Preliminary experimental result on the direction finding of whistlers by this newly developed technique is also reported.

• 宇宙航空研究開発機構の論文

著者

• Hayashi Kanji

  Geophysics Research Laboratory University Of Tokyo

関連論文

• Estimation of electric field fluctuations below the auroral ionosphere
• HF doppler measurement in the auroral ionosphere
• VLF Emission Study at Syowa Station,Antarctica -Polar Chorus Emission and Worldwide Geomagnetic Variation-
• A New Method for Direction Finding of Elliptically Polarized VLF Waves

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