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首页> 外文期刊>Advances in Astronomy >Evaluation of the Effective Temperature of Sunspots Using Molecular Parameters of AlF
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Evaluation of the Effective Temperature of Sunspots Using Molecular Parameters of AlF

机译:利用AlF分子参数评估黑子的有效温度

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摘要

The physical conditions of celestial objects can be analyzed using the spectrum of atoms or molecules present in the object. The present work focuses on the spectroscopic analysis of astrophysically significant molecule AlF. The evaluation of Franck-Condon (FC) factors andr-centroids is done by a numerical integration procedure using the suitable potential energy curves forC1Σ+-A1Σ+,b3Σ+-a3Πr,c3Σ-a3Πr, andf3Π-a3Πrband systems of AlF molecule. The intensity of various bands is discussed with the help of derived FC factors. The band degradation and the nature of potential energy curves are studied usingr-centroid values. The vibrational temperature of sunspot is estimated to be around 1220 ± 130 K which falls in the reported temperature range of cold sunspots.
机译:可以使用物体中存在的原子或分子的光谱来分析天体的物理条件。目前的工作集中在对天体上具有重要意义的分子AlF的光谱分析。通过使用AlF分子的C1Σ+-A1Σ+,b3Σ+-a3Πr,c3Σ-a3Πr和f3Π-a3Πrband系统的合适势能曲线,通过数值积分程序对Franck-Condon(FC)因子和r-形心进行评估。借助导出的FC因子讨论了各个频段的强度。使用r-质心值研究能带退化和势能曲线的性质。黑子的振动温度估计约为1220±130 K,处于报道的寒冷黑子的温度范围内。

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