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Evolution of magnetic field corresponding to X-ray brightening events in coronal holes and quiet Sun

机译:冠状孔中X射线增白事件对应的磁场的演变与安静的阳光

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We study the magnetic field structure and evolution for 26 X-ray brightening events in coronal holes and quiet Sun regions, including bright points and jets. We found that all brightening events are associated with bipolar regions and caused by magnetic flux emergence followed by cancellation. The emission fluctuations seen in the X-ray bright points are associated with reoccurring magnetic cancellation in the footpoints. An X-ray jet presents similar magnetic behaviour in the footpoints but its magnetic flux cancellation rate is much higher than in the bright point. Comparing coronal holes and the quiet Sun, we do not find differences in their corresponding magnetic field behavior.
机译:我们研究了冠状孔和静阳区的26个X射线增白事件的磁场结构和演化,包括明亮的点和喷射。我们发现所有亮片事件都与双极区域相关联,并由磁通量出现后接着取消。在X射线亮点中看到的发射波动与距离的磁性消除磁性消除相关。 X射线喷射在足部呈现类似的磁性行为,但其磁通量消除速率远高于明亮点。比较冠状孔和安静的太阳,我们没有发现它们相应的磁场行为的差异。

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