论文标题
微钙化计时代的多云：k $α$过渡的能量改善
Cloudy in the microcalorimeter era: improved energies for K$α$ transitions
论文作者
论文摘要
使用微氧计技术的X射线任务将以前所未有的细节来解决光谱特征。在这项工作中，我们改善了类似于H的k $α$能量，以介于6 $ \ leq z \ leq $ 30之间的频谱模拟代码的发行版本中，以匹配实验室能量。我们为这些元素更新电离电位（$ i _ {\ rm ion} $），并在级别的能量差上添加四阶多项式。这将Cloudy的发行版本与NIST达成了近乎完美的协议。更新的能量为$ \ sim $ 15-4000倍，比当前版本的Cloudy版本（C17.02）高。这些新更改将是发布版本C17.03的下一个更新的一部分。
X-ray missions with microcalorimeter technology will resolve spectral features with unprecedented detail. In this work, we improve the H-like K$α$ energies for elements between 6 $\leq Z \leq$ 30 for the release version of the spectral simulation code Cloudy to match laboratory energies. We update the ionization potential ($I_{\rm ion}$) for these elements and add a fourth-order polynomial to the level energy difference. This brings the release version of Cloudy into a near-perfect agreement with NIST. The updated energies are $\sim$ 15-4000 times more precise than that of the current release version of Cloudy (C17.02). These new changes will be a part of the next update to the release version, C17.03.
