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Some Characteristics of the Ionospheric Behavior During the Solar Cycle 23 - 24 Minimum

机译:太阳周期电离层行为的一些特征 23 - 24 最小值

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摘要

The Solar Cycle 23 - 24 minimum has been considered unusually deep and complex. In this article we study the ionospheric behavior during this minimum, and we have found that, although observable, the ionosphere response is minor and marginally exceeds the range of normal geophysical variability of the system. Two main ionospheric parameters have been studied: vertical TEC (vTEC, total electron content) and NmF2 (peak concentration of the F region). While vTEC showed a consistent modest decrease of the mean value, NmF2 behavior was less clear, with instances where the mean value for the minimum 23 - 24 was even higher that for the minimum 22 - 23. More extensive work is required to gain a better understanding of the ionospheric behavior under conditions similar to those presented in the last minimum.
机译:太阳周期23-24的最小值被认为是异常深邃和复杂的。在本文中,我们研究了这个最小值期间的电离层行为,我们发现,尽管可以观察到电离层响应,但电离层响应很小,并且略微超出了系统的正常地球物理变化范围。已经研究了两个主要的电离层参数:垂直TEC(vTEC,总电子含量)和NmF2(F区的峰浓度)。虽然 vTEC 显示平均值持续适度下降,但 NmF2 行为不太清楚,最小 23 - 24 的平均值甚至高于最小 22 - 23 的平均值。需要更广泛的工作来更好地了解电离层行为,这些条件与上一个最小值中提出的条件相似。

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