Description
Title: Calculations of Atomic Structure and Analysis of Plasma Parameters of Al-Like Ions
Abstract: The GRASP2K package, which is based on fully relativistic Multi-Configuration Dirac-Hartree-Fock (MCDHF) wave-functions in the active space approximation, is used in the present paper to conduct a thorough and in-depth investigation into the spectroscopic characteristics and plasma characteristics of Al-like ions. In accordance with the active space framework, we have provided energy levels for Al-like ions for Valence-Valence (VV) and Core-Valence (CV) correlations. Additionally, we have provided radiative information for E1 transitions for Al-like ions and investigated how nuclear charge affects the transition wavelength and probability for electric dipole (E1) Extreme Ultraviolet (EUV) transitions. Our calculated energy levels and transition wavelengths are in good agreement with the results of existing theoretical and experimental studies. Discussion is also had regarding the differences between the GRASP2K code results and the CIV3 and RMPBT (Relativistic Many Body Perturbation Theory) results. In Local Thermodynamic Equilibrium, the variations of the line intensity ratio, electron density, plasma frequency, and plasma skin depth with plasma temperature and nuclear charge are illustrated in detail (LTE). We think that the results we have obtained could be useful for comparisons, as well as for fusion and plasma astrophysics research.
Keywords: energy levels; radiative data; transition wavelengths; line intensity
Paper Quality: SCOPUS / Web of Science Level Research Paper
Subject: Physics
Subject Category: Atomic and Molecular Physics, and Optics
Writer Experience: 20+ Years
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