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Impact of Coronal Mass Ejections, Interchange Reconnection, and Disconnection on Heliospheric Magnetic Field Strength

机译:冠状体重射出,交换重新连接和断开对氦层磁场强度的影响

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An update of Owens et al. (2008) shows that the relationship between the coronal mass ejection (CME) rate and the heliospheric magnetic field strength predicts a field floor of less than 4 nT at 1 AU. This implies that the record low values measured during this solar minimum do not necessarily contradict the idea that open flux is conserved. The results are consistent with the hypothesis that CMEs add flux to the heliosphere and interchange reconnection between open flux and closed CME loops subtracts flux. An existing model embracing this hypothesis, however, overestimates flux during the current minimum, even though the CME rate has been low. The discrepancy calls for reasonable changes in model assumptions.
机译:欧文斯等人的更新。 (2008)表明,冠状质量喷射(CME)速率与螺旋磁场强度之间的关系预测了1个Au小于4nt的磁场地板。这意味着在这种太阳能最小期间测量的记录低值并不一定与打开通量保持保守的想法相矛盾。结果符合CMES将通量添加到氦层和闭合CME之间的旋转磁通和闭合CME之间的交换重新连接的假设一致。然而,即使CME速率低,现有模型的现有模型可在最低限度期间高估过度的磁通量。差异呼吁模型假设的合理变化。

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