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Signatures of quasi-2-day planetary waves in the equatorial electrojet: results from simultaneous observations of mesospheric winds and geomagnetic field variations at low latitudes

机译:赤道电喷中准2天行星波的特征:同时观测低纬度中层风和地磁场变化的结果

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摘要

Observations of mesospheric winds in the altitude region 84-98 km with the medium frequency (MF) radar located close to the magnetic equator at Tirunelveli (8.7°N, 77.8°E geographic, 0.35°N magnetic dip), India, and the ground-based geomagnetic data from the low latitude Indian sector, are used to identify the signatures of the quasi-2-day (QTD) planetary waves in the equatorial electrojet (EEJ). It is found that there is a reasonable correlation between the occurrence times of the quasi-2-day oscillation in the EEJ strength and the mesospheric winds as revealed by the observations.
机译:使用位于蒂鲁内尔维利(8.7°N,77.8°E地理,0.35°N磁倾角),印度和地面的磁赤道附近的中频(MF)雷达,在84-98 km海拔地区观察中层风来自低纬度印度地区的基于地磁的数据,用于识别赤道电喷(EEJ)中准2天(QTD)行星波的特征。观测发现,EEJ强度中准2天振荡的发生时间与中层风之间存在合理的相关性。

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