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The dynamics of ionosphere disturbance level during 94-04 and its response to a global leap of geophysical parameters at 1997

机译:94-04期间电离层扰动水平的动态及其对1997年地球物理参数全球飞跃的反应

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The paper is dedicated to analysis of total electron content (TEC) dynamics over the decade of 1994-2004. The analysis is made by calculation of vertical TEC disturbances index (W_(TEC) index) for more than 20 stations in Northern Hemisphere. The calculation procedure allows us to obtain long series of the index for each station and thus to analyze long-term dynamics of the ionosphere disturbance level over the station. The results show that intensity of TEC disturbances rises with latitude and solar activity level. It is also shown that high-latitude station YELL W_(TEC) variations have a pronounced leap in amplitudes at a middle of 1997. It is believed that during the period of 1997-98 there was some global changes in Earth's parameters (e.g. sea level, gravitation field, polar cap albedo, etc.). In the paper, we try to analyze the connection of the observed W_(TEC) leap with such global geophysical changes and to find the probable reasons of the observed phenomena.
机译:本文致力于在1994 - 2004年的十年内分析电子含量(TEC)动态。通过计算北半球的20多个站点的垂直TEC扰动指数(W_(TEC)指数)来进行分析。计算过程允许我们获得每个站的长系列索引,从而分析在车站上的电离层扰动水平的长期动态。结果表明,TEC障碍强度随着纬度和太阳能活动水平上升。还表明,高纬度站Yell W_(TEC)变化在1997年中间具有明显的跃入幅度。据信,在1997 - 99年期间,地球参数存在一些全球变化(例如海平面,成力场,极帽反照镜等)。在论文中,我们尝试分析观察到的W_(TEC)飞跃与此类全球地球物理变化,并找到观察到的现象的可能原因。

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