论文标题
TIC：一种用于散射极化的反演代码，部分频率重新分布和任意磁场
TIC: A Stokes inversion code for scattering polarization with partial frequency redistribution and arbitrary magnetic fields
论文作者
论文摘要
我们介绍了特内里费式反演代码（TIC），该代码已开发出来，以通过极化光谱线的全孔反转来推断太阳能球和过渡区域的磁性和等离子体特性。该代码基于Hanlert向前发动机，该发动机考虑了许多物理机制对于正确建模，这些机制对于适当建模的谱系线的谱图起源于发射线的光谱线的曲线，这些光谱线的圆形和高度动态的等离子体是散发和过渡区域的：量子的种群不平衡和干扰（atomicalizic of频率）的频率（频率）的频率（频率）的频率（频率）散射（频率）散射（频率）散射的频率（频率）散射（频率）散射频率（频率）。原子极化和辐射场。我们介绍了大气和磁反演的第一个结果，并讨论了该项目的未来发展。
We present the Tenerife Inversion Code (TIC), which has been developed to infer the magnetic and plasma properties of the solar chromosphere and transition region via full-Stokes inversion of polarized spectral lines. The code is based on the HanleRT forward engine, which takes into account many of the physical mechanisms that are critical for a proper modeling of the Stokes profiles of spectral lines originating in the tenuous and highly dynamic plasmas of the chromosphere and transition region: quantum level population imbalance and interference (atomic polarization), frequency coherence effects in polarized resonance scattering (partial frequency redistribution), and the impact of arbitrary magnetic fields on the atomic polarization and the radiation field. We present first results of atmospheric and magnetic inversions, and discuss future developments for the project.
