太阳光谱中的磁敏线

Ye Shi-hui, Wang Zhen-yi, Jin Jie-hai
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引用次数: 6

摘要

本文对磁场作用下斯托克斯参数的传递方程进行了数值求解。这得到了三条磁敏谱线(FEIλ6302.499、6173.341、5250.216)的斯托克斯参数分布。还研究了这些谱线的磁增宽、温度敏感性和其他一些性质。在Unno的开创性工作中,在一系列假设下获得了Stokes参数传递方程的代数解。其中两个是:1)源函数B随光学深度τλ线性变化;2) 大气层遵循米尔恩·爱丁顿模型。在本文中,我们放弃了这两个不切实际的假设。因此,我们的数值解比Unno的代数解更符合观测结果。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Magneto-sensitive lines in the solar spectrum

In this paper a numerical solution of the equations of transfer of the Stokes parameters in the presence of magnetic fields has been carried out. This yields the profiles of the Stokes parameters for three magneto-sensitive spectral lines (FEI λλ 6302.499, 6173.341, 5250.216). The magnetic broadening, temperature sensitivity and some other properties of these lines have also been investigated.

In Unno's pioneering work, an algebraic solution of the equations of transfer of the Stokes parameters were obtained under a series of assumptions. Two of these are: 1) The source function B, varies linearly with the optical depth τλ; 2) The atmosphere follows the Milne-Eddington model. In this paper we have abandoned both these unrealistic assumptions. In consequence, our numerical solution agrees with observations better than the algebraic solution of Unno.

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