Comparison on ionosphere Spread-F between high and low latitude regions during the storm time
Tao Wei, Jiankui Shi, Guojun Wang, Г. А. Жеребцов, O. M. Pirog, А. А. Степанов
Abstract
Tao Wei, Jiankui Shi, Guojun Wang, Г. А. Жеребцов, O. M. Pirog, А. А. Степанов
Abstract
Contrastive study of Spread-F between different latitudes of ionosphere is an important method to investigate ionospheric disturbance propagation. In this paper, data from three DPS-4 digisondes located at low and high latitude regions were used to study the ionospheric Spread-F properties during the six storm times. The results show that, the observed types of Spread-F over high and low latitudes are not exactly the same. And the start time of Spread-F will be later if the latitude of the station is lower. It implies that propagation of the ionospheric irregularities which caused the Spread-F is from high latitude to low latitude ionosphere. © 2011 by Editorial Department of Chinese Journal of Radio Science.
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Contrastive study of Spread-F between different latitudes of ionosphere is an important method to investigate ionospheric disturbance propagation. In this paper, data from three DPS-4 digisondes located at low and high latitude regions were used to study the ionospheric Spread-F properties during the six storm times. The results show that, the observed types of Spread-F over high and low latitudes are not exactly the same. And the start time of Spread-F will be later if the latitude of the station is lower. It implies that propagation of the ionospheric irregularities which caused the Spread-F is from high latitude to low latitude ionosphere. © 2011 by Editorial Department of Chinese Journal of Radio Science.
Key concepts: Ionosphere, Latitude, Low latitude, High latitude, Storm, Middle latitudes, Atmospheric sciences, Geology