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首页> 外文期刊>Turkish journal of physics >Total sunspot number calculation based on flare production potential of sunspot groups: reconstruction of SSN and its relation to some geomagnetic indices
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Total sunspot number calculation based on flare production potential of sunspot groups: reconstruction of SSN and its relation to some geomagnetic indices

机译:基于黑子群耀斑产生潜力的总黑子数计算:SSN的重建及其与某些地磁指数的关系

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In this study, we modified the previously introduced X-ray flare production potential (FPP) of each modified Zurich sunspot group based on its X-ray flare peak flux. Then, using these FPPs, the daily total sunspot number (Zurich number) calculation equation was modified; thus, new sunspot number data (CRz) were produced. We also compared ISSN and CRz with some geomagnetic indices (Dst, the maximum CME speed, and Ap indices). We found that the CRz data describe the geomagnetic indices quite well compared to ISSN. By using the regression equation between CRz and the sunspot area, the CRz dataset was recalculated back to 1874. Those reconstructed datasets were compared to observational data, and it was found that reconstructed and observed monthly datasets show very good agreement. The only small differences exist in maxima and minima of cycles.
机译:在这项研究中,我们根据其X射线耀斑的峰值通量,对每个经过修改的苏黎世黑子群的先前引入的X射线耀斑产生潜力(FPP)进行了修改。然后,使用这些FPP修改了日总黑子数(苏黎世数)的计算公式;因此,产生了新的黑子数数据(CRz)。我们还将ISSN和CRz与某些地磁指数(Dst,最大CME速度和Ap指数)进行了比较。我们发现,与ISSN相比,CRz数据很好地描述了地磁指数。通过使用CRz和黑子面积之间的回归方程,将CRz数据集重新计算回1874年。将这些重建的数据集与观测数据进行比较,发现重建和观测的月度数据集显示出很好的一致性。唯一的差异存在于周期的最大值和最小值。

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