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A Spectral Analysis of the Masuda Flare Using Yohkoh Hard X-Ray Telescope Pixon Reconstruction

机译:使用Yohkoh硬X射线望远镜Pixon重建对增田耀斑的光谱分析

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摘要

Masuda's discovery of a compact hard X-ray impulsive source at the apex of a flaring coronal loop has received a great deal of recent attention in the solar physics community. The Masuda flare, which occurred on 1992 January 13, exhibited evidence of energy deposition in a compact region some distance above the soft X-ray loop, suggesting, to some authors, a flare process similar to the classical model for two-ribbon flares proposed by Shibata et al. These conclusions were made on the basis of a maximum entropy method (MEM) reconstruction of the Yohkoh Hard X-Ray Telescope (HXT) observations. Recently, a new approach has been developed for reconstructing the spatial information from the HXT: that of pixon reconstruction, proposed by Metcalf et al.
机译:Masuda在日冕形冠状环的顶点发现了一个紧凑的硬X射线脉冲源,最近在太阳物理学界引起了很多关注。 Masuda耀斑发生在1992年1月13日,显示出能量沉积在软X射线环上方一定距离的紧凑区域中的证据,这对一些作者来说,表明了类似于经典的两色耀斑模型的耀斑过程由Shibata等人撰写。这些结论是根据Yohkoh硬X射线望远镜(HXT)观测值的最大熵方法(MEM)重建得出的。最近,已经开发了一种从HXT重建空间信息的新方法:由Metcalf等人提出的pixon重建方法。

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