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IMPORTANCE OF FLARES IN UNDERSTANDING THE ORIGIN OF CMES

机译:耀斑在理解CMES起源中的重要性

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摘要

Although the correlation between flares and energetic coronal mass ejections (CMEs) is generally high, there is a trend in which flares are considered to be of secondary importance in the processes of CME initiation. This trend may be aligned with the existence of flares unassociated with CMEs and vice versa. The purpose of this paper is to remind that the term "flare" as it is widely used could confuse the issue, and to propose a new scheme to distinguish different physical processes in flares. Furthermore, we discuss direct low coronal observations of CMEs in their early evolution, including outward motions detected in temperatures 1-10 MK. In order to understand the relation of such motions with CME initiation and coronal/interplanetary shocks, we need to characterize them more unambiguously using multi-wavelength observations.
机译:尽管耀斑与高能冠状物质抛射(CME)之间的相关性通常很高,但存在一种趋势,即耀斑在CME引发过程中被认为是次要的。这种趋势可能与没有与CME相关的耀斑的存在相吻合,反之亦然。本文的目的是提醒人们,广泛使用的“耀斑”一词可能会混淆该问题,并提出一种新方案来区分耀斑中的不同物理过程。此外,我们讨论了CMEs早期演化的直接低冠冕观测,包括在1-10 MK温度下检测到的向外运动。为了了解此类运动与CME引发和日冕/行星际激波之间的关系,我们需要使用多波长观测更明确地表征它们。

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