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ARTEMIS IV Radio Observations of the 14 July 2000 Large Solar Event

机译:2000年7月14日大型太阳事件的ARTEMIS IV无线电观测

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摘要

In this report we present a complex metric burst, associated with the 14 July 2000 major solar event, recorded by the ARTEMIS-IV radio spectrograph at Thermopylae. Additional space-borne and Earth-bound observational data are used, in order to identify and analyze the diverse, yet associated, processes during this event. The emission at metric wavelengths consisted of broad-band continua including a moving and a stationary type IV, impulsive bursts and pulsating structures. The principal release of energetic electrons in the corona was 15–20 min after the start of the flare, in a period when the flare emission spread rapidly eastwards and a hard X-ray peak occurred. Backward extrapolation of the CME also puts its origin in the same time interval, however, the uncertainty of the extrapolation does not allow us to associate the CME with any particular radio or X-ray signature. Finally, we present high time and spectral resolution observations of pulsations and fiber bursts, together with a preliminary statistical analysis.
机译:在本报告中,我们展示了与2000年7月14日的重大太阳事件相关的复杂的度量突发,由Thermopylae的ARTEMIS-IV无线电光谱仪记录。为了确定和分析这一事件期间各种不同但又相关的过程,还使用了附加的星载和地球约束观测数据。公制波长的发射包括宽带连续谱,包括移动和静止的IV型,脉冲猝发和脉动结构。火炬开始后的15-20分钟内,电晕中的高能电子的主要释放是在火炬发射迅速向东扩散并出现硬X射线峰的时期。 CME的向后外推法也将其起源放在相同的时间间隔中,但是,外推法的不确定性使我们无法将CME与任何特定的无线电或X射线签名相关联。最后,我们介绍了脉动和光纤爆裂的高时间和频谱分辨率观察结果,以及初步的统计分析。

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  • 来源
    《Solar Physics》 |2001年第2期|165-177|共13页
  • 作者单位

    Department of Informatics University of Athens;

    Section of Astro-Geophysics University of Ioannina;

    Section of Astrophysics Astronomy and Mechanics Department of Physics University of Athens;

    Section of Astro-Geophysics University of Ioannina;

    Section of Astrophysics Astronomy and Mechanics Department of Physics University of Athens;

    Département de Recherche Spatial CNRS UA 264 Observatoire de Paris;

    Section of Astro-Geophysics University of Ioannina;

    Département de Recherche Spatial CNRS UA 264 Observatoire de Paris;

    Thermopylae O.T.E Inmarsat;

    Department of Electronics Technological Education Institute of Lamia;

    Department of Informatics University of Athens;

    Department of Informatics University of Athens;

    Département de Recherche Spatial CNRS UA 264 Observatoire de Paris;

    Section of Astrophysics Astronomy and Mechanics Department of Physics University of Athens;

    Section of Astrophysics Astronomy and Mechanics Department of Physics University of Athens;

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