The two solar flares diagnostics based on the soft X-ray emission recording

Mikhail I. Savchenko, Pavel V. Vatagin, Vadim P. Lazutkov, Dmitriy V. Skorodumov, Igor V. Kudryavtsev, Yuriy E. Charikov
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引用次数: 2

Abstract

The time history of the temperature and the emission measure of the solar flare plasma have been studied relying upon the experimental data on the soft X-rays recorded by the IRIS spectrometer on June 29, 2002 (F1) and March 27, 2003 (F2). F1 was a thermal flare and was not accompanied by hard X-rays. This data analysis revealed that at least two sequential energy-release processes occurred during the F1 event. The F2 event took place behind the limb, so only the top part of the flare loop being the soft X-ray source was recorded by the satellite-based spectrometer. From this data analysis it appeared that fast plasma heating occurred in the initial stage of F2 and then the flare region expanded and the emission measure of flare plasma increased.

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基于软x射线发射记录的两个太阳耀斑诊断
利用IRIS光谱仪2002年6月29日(F1)和2003年3月27日(F2)记录的软x射线实验数据,研究了太阳耀斑等离子体的温度和发射量的时程。F1是一个热耀斑,没有伴随硬x射线。该数据分析显示,F1事件期间至少发生了两个连续的能量释放过程。F2事件发生在分支的后面,因此卫星光谱仪只记录了耀斑环的顶部作为软x射线源。从这些数据分析可以看出,在F2的初始阶段发生了快速的等离子体加热,随后耀斑区域扩大,耀斑等离子体的发射量增加。
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