太阳耀斑对赤道电喷站纬向和经向电流的影响

R.G. Rastogi
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引用次数: 20

摘要

在正常的电喷期,太阳耀斑在北部电喷站产生水平场(H)正变化,向东场(Y)负变化,垂直场(Z)负变化。平均而言,ΔY约为ΔH的40%。在反电喷期间,由于太阳耀斑,ΔH是负的,ΔY和ΔZ是正的。在部分反电喷期间,与其他低纬度站相比,赤道站的ΔH可能较小,ΔY可能是正的,或者有时非常小。在电喷站观测到的ΔY的变化,认为是耀斑对相关Sq电流系统和电喷相关经向电流的综合影响。这些数据证实了赤道经向电流的位置在电离层E层。
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Solar flare effects on zonal and meridional currents at the equatorial electrojet station, Annamalainagar

During the normal electrojet period, a solar flare produces a positive change in the horizontal (H) field, negative changes in the eastward (Y) field and a negative change in the vertical (Z) field at a northern electrojet station. On average, the ΔY is about 40% of ΔH. During a counter electrojet period, ΔH, due to a solar flare, is negative and ΔY and ΔZ are positive. During a partial counter electrojet period, ΔH may be smaller at equatorial stations compared with other low latitude stations, and ΔY may be positive, or sometimes of very small magnitude. The observed change of ΔY at an electrojet station is suggested to be the combined effect of the flare on the associated Sq current system and on electrojet related meridional currents. These data confirm the seat of the equatorial meridional current to be in the ionospheric E layer.

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