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Signatures of Sudden Stratospheric Warming on the Equatorial Ionosphere-Thermosphere System

机译:赤道电离层-热层系统上平流层突然变暖的特征

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The effect of Sudden Stratospheric Warming (SSW) event of January 2008 on the Equatorial Ionosphere-Thermosphere System (EITS) over Trivandrum (8.5°N, 77°E, 0.5°N diplat.), a geomagnetic dip equatorial station in India has been investigated. It has been observed that the entire EITS exhibits significant variability during the SSW period. EITS parameters like Equatorial Electrojet (EEJ), F2 layer critical frequency (foF2), Fl layer base height (h'F), Total Electron Content (TEC) and 630 nm thermospheric dayglow showed clear cut signatures of the SSW induced effects. It is suggested that dynamical perturbations associated with the SSW and subsequent modifications in the tidal components through wave-tidal interactions are responsible for such changes in the equatorial electrodynamics. The present study comprehensively brings out the quiet time equatorial ionosphere/thermosphere variability, during both night and daytimes, vis-a-vis the SSW event of January 2008.
机译:2008年1月的突然平流层变暖(SSW)事件对特里凡得琅(8.5°N,77°E,0.5°N diplat。)上的赤道电离层-热层系统(EITS)产生了影响。调查。已经观察到,整个EIT​​S在SSW期间表现出明显的可变性。 EITS参数,如赤道电喷(EEJ),F2层临界频率(foF2),F1层底面高度(h'F),总电子含量(TEC)和630 nm热球日光显示了SSW诱发效应的清晰特征。有人认为,与海面南极涛动有关的动力学扰动以及通过波潮相互作用引起的潮汐分量的后续变化是造成赤道电动力学变化的原因。相对于2008年1月的SSW事件,本研究全面地揭示了夜间和白天在赤道电离层/热层的静时变化。

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