Abstract
A detailed analysis of the x-ray spectrum (5-10.2A) emitted by laser-produced plasma of dysprosium (Dy) is given using ab initio calculations with the HULLAC relativistic code and isoelectronic trends. Resonance 3d-4p, 3d-nf (n=4 to 7), 3p-4s, and 3p-4d transitions of NiI-like Dy XXXIX and neighboring ion satellite transitions (from Dy XXXIV to Dy XL) are identified.
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