All Tables

Table 1: Ion model key. AST1-AST3: present work ( AUTOSTRUCTURE). HFR1-HFR3: Present work ( HFR). HFR4: HFR calculation by Jacobs et al. (1989). BPR1: Present work ( BPRM). COR: Cornille data set from Kato et al. (1997). SAF: Safronova data set from Kato et al. (1997) and Safronova & Shlyaptseva (1996). MCDF: Multiconfiguration Dirac-Fock calculation by Chen (1986).
Table 2: Comparison of level energies (keV) for the n=2 complex of Fe XXIV (see approximation key in Table 1). Experimental values from Shirai et al. (2000).
Table 3: Comparison of wavelengths (Å) for K transitions in Fe XXIV (see approximation key in Table 1). Transition labels from Gabriel (1972) and tokamak measurements (uncertainties in brackets) by Beiersdorfer et al. (1993).
Table 4: Comparison of A-values (10¹³ s^-1) for K transitions in Fe XXIV (see approximation key in Table 1). Note: $a\pm b\equiv a\times 10^{\pm b}$ .
Table 5: A-values (10⁹ s^-1) for K transitions with sizable magnetic components computed in approximation AST3. E1: electric dipole. M2: magnetic quadrupole. M1: magnetic dipole. M1*: magnetic dipole computed with the uncorrected operator. Note: $a\pm b\equiv a\times 10^{\pm b}$ .
Table 6: Comparison of Auger rates (10¹³ s^-1) for K-vacancy states in Fe XXIV (see approximation key in Table 1). Note: $a\pm b\equiv a\times 10^{\pm b}$ .
Table 7: Spin-spin contribution to Auger rates (10¹³ s^-1). SS: bound-free spin-spin coupling neglected. SS*: bound-free spin-spin coupling included. Note: $a\pm b\equiv a\times 10^{\pm b}$ .
Table 8: Comparison of radiative branching ratios $B_{\rm r}$ and satellite intensity $Q_{\rm d}$ factors (10¹³ s^-1). Approximation key is given in Table 1. Note: $a\pm b\equiv a\times 10^{\pm b}$ .
Table 9: Comparison of the dielectronic resonance strengths measured by Beiersdorfer et al. (1992) with the theoretical values. The quantities listed are the ratios of the theoretical values to the measurements as defined in Beiersdorfer et al. (1992). Approximation key is given in Table 1, and the transition labels are from Gabriel (1972).
Table 10: Effective collision strengths at $3.0\times 10^5$ K for transitions from the ${\rm 1s}^2{\rm 2s}~^2{\rm S}_{1/2}$ ground level to the K-vacancy levels of Fe XXIV showing the effects of radiation and Auger dampings. ND: computed without damping. RD: radiation damping is included. R+AD: radiation and Auger dampings are included. Note: $a\pm b\equiv a\times 10^{\pm b}$ .
Table 11: Electron impact effective collision strengths for K transitions within the n=2 complex of Fe XXIV.