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Periodic Motion Along Solar Filaments

机译:沿着太阳丝的周期性运动

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摘要

We present observations of four filaments that exhibit large-amplitude periodic mass motion. Observations are obtained using the high resolution (2″) and high cadence (1 min) Hα telescope system at the Big Bear Solar Observatory (BBSO). The motions found in these events are along the axis of the filaments, and are associated with the activity of a nearby flare or filament. The most characteristic properties of these motions are long period (≥ q80 min), large distance (≥ q 4 × 104 km) of mass transport at much higher velocity (≥ q 30 km s−1) than ever detected from filament motions. The velocity, period, dimension and damping timescale measured for these motions are presented, and discussed to identify the most plausible restoring force and damping mechanism.
机译:我们提出了四个展现出大振幅周期性质量运动的细丝的观察。使用大熊太阳天文台(BBSO)的高分辨率(2'')和高节奏(1分钟)Hα望远镜系统获得观测结果。在这些事件中发现的运动沿细丝的轴,并与附近的火炬或细丝的活动有关。这些运动的最典型特征是长时间(≥q80 min),大距离(≥q 4×104 km)以更高的速度(≥q 30 km s-1 )进行质量传输。比从灯丝运动中检测到的要多。给出了针对这些运动测得的速度,周期,尺寸和阻尼时标,并进行了讨论,以确定最合理的恢复力和阻尼机制。

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  • 来源
    《Solar Physics》 |2006年第1期|97-109|共13页
  • 作者单位

    Center for Solar-Terrestrial Research New Jersey Institute of TechnologyBig Bear Solar Observatory;

    Center for Solar-Terrestrial Research New Jersey Institute of TechnologyBig Bear Solar Observatory;

    Center for Solar-Terrestrial Research New Jersey Institute of TechnologyBig Bear Solar Observatory;

    Center for Solar-Terrestrial Research New Jersey Institute of TechnologyBig Bear Solar Observatory;

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