Constructing theoretical M-shell spectra for Mg-like Au through Cl-like Au ions in gold plasma diagnostics

Hamasha S.; Alshaiub R.

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Constructing theoretical M-shell spectra for Mg-like Au through Cl-like Au ions in gold plasma diagnostics

机译：在金等离子诊断中构造Mg类金到Cl类金离子的理论M壳光谱

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The theoretical atomic structure and spectra data for electric dipole transitions in six gold ions (Au~(67+) through Au~(62+)) are produced using the flexible atomic code (FAC). The produced data contain energy levels, radiative transition rates and oscillator strengths with Δn ≠0 (n = 3 → 4, 5, 6, 7). All M-shell strong lines for the six gold ions are also identified. The produced data and constructed spectra revealed the presence of a wide variety of ionization stages of Au with several blended spectral lines in the spectral range (1.7-4.4 ?). Calculated energy levels are compared against published values, which were calculated using the multi-reference many body perturbation theory that includes higher order quantum electrodynamics corrections effects. Favorable agreement with <0.26% difference was observed.

机译：使用柔性原子编码（FAC）生成了六个金离子（Au〜（67+）至Au〜（62+））中电偶极跃迁的理论原子结构和光谱数据。产生的数据包含能量水平，辐射跃迁速率和Δn≠0（n = 3→4、5、6、7）的振荡器强度。还确定了六个金离子的所有M壳强线。所产生的数据和构造的光谱揭示出存在各种金的电离阶段，在光谱范围（1.7-4.4λ）中有几条混合的谱线。将计算出的能级与发布的值进行比较，该发布的值使用多参考多体摄动理论计算得出，该理论包括更高阶的量子电动力学校正效应。观察到良好的一致性，差异＜0.26％。

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《Physica Scripta: An International Journal for Experimental and Theoretical Physics》 |2012年第6期|共16页
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Hamasha S.; Alshaiub R.;
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Constructing theoretical M-shell spectra for Mg-like Au through Cl-like Au ions in gold plasma diagnostics

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