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首页> 外文期刊>Advances in space research >On extreme space weather events: Solar eruptions, energetic protons and geomagnetic storms
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On extreme space weather events: Solar eruptions, energetic protons and geomagnetic storms

机译:极端空间天气事件:太阳爆发,精力充沛的质子和地磁风暴

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摘要

The purpose of this study is to identify the extreme space weather events in the available satellite and ground-based databases and to relate them to other associated or accompanied solar activity events. Solar flares, coronal mass ejections, energetic protons and geomagnetic storms are selected among all manifestations/consequences of solar activity due to their well-known space weather relevance. Long-lasting and freely available data series of these phenomena are preferred. Lists of the top 50 extreme space weather events of each category are compiled. Standard association scheme is employed in order to link a given phenomenon with the remaining ones and, in addition, the procedure is applied when starting from each event type. The relationship between the different events is finally explored in a quantitative manner using association rates and ranking correlations. The results are summarized and discussed.
机译:本研究的目的是识别可用卫星和地面数据库中的极端空间天气事件,并将其与其他相关或伴随的太阳能活动事件相关联。由于其众所周知的空间天气相关性,在太阳能活动的所有表现形式/后果中选择了太阳能耀斑,冠状大规模射血,能量质子和地磁风暴。这些现象的长期持久和自由的数据系列是首选这些现象。编译了每个类别的前50个极端空间天气事件的列表。采用标准关联方案,以将给定现象与其余的特定现象链接,此外,从每个事件类型开始时应用程序。最终使用关联率和排序相关性以定量方式探讨不同事件之间的关系。结果总结和讨论过。

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