Geospace environmental monitoring at Zhongshan Station, Antarctica
スポンサーリンク
概要
- 論文の詳細を見る
Geospace deals with the Earth's middle and upper atmosphere, thermosphere/ionosphere and magnetosphere. This geospace environment is of great scientific and practical interest. Situated in both the cusp region and the ozone controlled area, the Chinese Antarctic Zhongshan Station (69.4°S, 76.4°E) has a unique location for ground-based measurements in monitoring geospace environment. According to the scientific concept of global character of solar-terrestrial system, during past few years at Zhongshan Station has been built a ground-based composite measurement system, with more than 20 different instruments relevant to solar radiation, geomagnetic field, aurora, ionospheric disturbances and middle and low atmospheric phenomena. In the paper the observational strategy, composite instruments, measured data and some preliminary results are described.
- 国立極地研究所の論文
著者
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Liu Ruiyuan
Polar Research Institute of China
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Lin Ruiyuan
Polar Research Institute Of China
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Liu R
Polar Research Institute Of China
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Lue Daren
Institute of Atmospheric Physics, Academia Sinica
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Lue Daren
Institute Of Atmospheric Physics Academia Sinica
関連論文
- Simultaneous quasi-periodic optical and HF radar signatures observed in the postnoon sector
- Cusp-latitude conjugate ionospheric absorption associated with increase of solar wind dynamic pressure during strong northward IMF-a case study
- Conjugate features of daytime absorption associated with specific changes in the solar wind observed by inter-hemispheric high-latitude imaging riometers
- Interhemispheric conjugacy of auroral poleward expansion observed by conjugate imaging riometers at 67゜ and 75゜- 77゜ invariant latitude
- Postnoon aurora observed at Zhongshan Station, Antarctica - A case study -
- Conjugate imaging riometer observation at polar cusp/cap stations: A daytime absorption event for a specific change of solar wind conditions (scientific paper)
- Initial results of imaging riometer observations at polar cap conjugate stations
- Geospace environmental monitoring at Zhongshan Station, Antarctica
- Study on pixel intensity correction in projection transform of an all-sky auroral image
- Ionospheric Effects of the March 13, 1989 Magnetic Storm at Sub-Auroral Region