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首页> 外文期刊>The Astrophysical journal >THE MICROWAVE PULSATIONS AND THE TEARING MODES IN THE CURRENT-CARRYING FLARE LOOPS
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THE MICROWAVE PULSATIONS AND THE TEARING MODES IN THE CURRENT-CARRYING FLARE LOOPS

机译:载流喇叭口中的微波脉冲和撕裂模式

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Solar microwave observations of the X3.4 Flare/CME event observed in Chinese solar broadband radiospectrometer (SBRS/Huairou) on 2006 December 13 show a series of very short period pulsations ( VSP) with the period of < 1.0 s in the frequency range of 2.60-3.80 GHz. Many pulsating events have the period of only several tens of milliseconds. These pulsations are quasi-periodic, broad bandwidth, and ubiquitous during all the phases of the flare/CME event. Based on theoretical analysis of the temporal behavior of the resistive tearing mode in the electric current-carrying flare loops, we propose that microwave pulsations are a result of the modulation of the tearing-mode oscillations in the current-carrying flare loops. Our calculation of the period of the tearing-mode oscillations are in good agreement with the observations.
机译:2006年12月13日在中国太阳宽带无线电光谱仪(SBRS / Huairou)中观测到的X3.4 Flare / CME事件的太阳微波观测结果显示,在频率范围内,一系列短周期脉动(VSP)的周期小于1.0 s。 2.60-3.80 GHz。许多脉动事件的周期只有几十毫秒。这些脉冲在耀斑/ CME事件的所有阶段都是准周期的,宽带宽的,并且无处不在。基于对载流耀斑回路中电阻性撕裂模式的时间行为的理论分析,我们提出微波脉动是载流耀斑回路中撕裂模式振荡的调制结果。我们对撕裂模式振荡周期的计算与观察结果非常吻合。

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