All Tables

• Table 1: Radial scaling parameters used in AUTOSTRUCTURE.
• Table 2: Energy levels of the 2s² 2p³, 2s 2p⁴, 2p⁵, and 2s² 2p² 3l configurations for the present 4l calculation, compared to NIST (v. 3). For the 2s² 2p² 3l levels, we use only the valence electron as a label to save space. Gaps in the level-index sequence indicate the presence of a level from another configuration. All energies are given in Ry. (Full table available at the CDS.)
• Table 3: Comparison of gf-values of the present calculations with the Case B calculation of Mason & Bhatia (1983) for transitions to 2s² 2p² 3s/3d levels from the ground level. The indices, i and j, are the energy-ordered level indices of the 4l calculation.
• Table 4: Effective collision strengths of the present 3l and 4l calculations compared with those of McLaughlin & Kirby (2001) (denoted as M&K). Values are given at the peak abundance temperatures for Fe¹⁹⁺ in photo-ionized plasmas and collision-dominated plasmas.
• Table 5: List of all the most prominent lines in Fe¹⁹⁺. Columns 3-5 indicate the theoretical line intensities (photons) calculated with the present 4l dataset, the dataset of Landi & Gu (L05), and that of Butler & Zeippen (BZ01). The intensities have been calculated assuming steady-state conditions, in the low density regime (10¹² cm^-3) at T= 10⁷ K, and are normalised to the intensity of the strongest transition. Columns 6-9 give, respectively, our A-values, those in the NIST database (v. 3), those in Jonauskas et al. (2005 - J05) and in Nahar (2004 - N04). Notable differences are marked with asterisks.