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Fluctuations of Solar Activity during the Declining Phase of the 11-Year Sunspot Cycle

机译:11年黑子周期下降阶段太阳活动的波动

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摘要

The number of coronal mass ejections (CMEs) erupting from the Sun follows a trend similar to that of sunspot numbers during the rising and maximum phase of the solar cycle. In the declining phase, the CME number has large fluctuations, dissimilar to those of sunspot numbers. In several studies of solar – interplanetary and solar – terrestrial relationships, the sunspot numbers and the 2800-MHz flux (F10) are used as representative of solar activity. In the rising phase, this may be adequate, but in the declining phase, solar parameters such as CMEs may have a different behaviour. Cosmic-ray Forbush decreases may occur even when sunspot activity is low. Therefore, when studying the solar influence on the Earth, one has to consider that although geomagnetic conditions at solar maximum will be disturbed, conditions at solar minimum may not be necessarily quiet.
机译:从太阳喷出的日冕物质抛射(CME)的趋势与太阳周期上升和最大阶段太阳黑子数类似。在下降阶段,CME数波动较大,与黑子数不同。在对太阳-行星际关系和太阳-地球关系的若干研究中,太阳黑子数和2800 MHz通量(F10)被用作太阳活动的代表。在上升阶段,这可能是足够的,但在下降阶段,诸如CME的太阳参数可能具有不同的行为。即使黑子活动少,宇宙射线前冲也会减少。因此,在研究太阳对地球的影响时,必须考虑到,尽管太阳最高处的地磁条件会受到干扰,但太阳最低处的条件不一定会保持安静。

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    《Solar Physics》 |2009年第1期|p.163-168|共6页
  • 作者

    R. P. Kane;

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