All Tables

Table 1: Configurations used in the SSTRUCT model.
Table 2: Thomas-Fermi-Pauli scaling parameters for the Fe XIII SSTRUCT model.
Table 3: Term energy corrections applied to the Fe XIII model. The correction is the energy amount added to the theoretical energy to improve agreement to the observed energy.
Table 4: Comparison of length and velocity forms of the weighted oscillator strengths.
Table 5: Level indices, experimental and theoretical energy levels, and percentage compositions for the 27 levels of the 3s²3p², 3s3p³ and 3s²3p3d configurations of Fe XIII. Experimental energies are from the NIST database (Martin et al. 1995) except where otherwise stated. The first number in the percentage composition column is the contribution of the identified level. Other contributing levels from the same configuration do not have their configurations identified. Only percentages $\ge$ 5% are listed.
Table 6: Observed wavelengths, oscillator strengths and radiative decay rates for allowed transitions amongst the 27 levels of the Fe XIII model.
Table 7: Ground configuration forbidden decay rates. The symbols $\vartriangleleft$ and $\blacktriangleleft$ indicate that the values are different from those of the present calculations by amounts greater than 30% and a factor of 2, respectively.
Table 8: Radiative decay rates for forbidden transitions that de-populate the metastable 3s²3p3d ³F₄ level. i is the level index of the lower level in the transition. M1 denotes a magnetic dipole transition, M2 a magnetic quadrupole transition, and E2 an electric quadrupole transition. M1+E2 indicates that the M1 and E2 components are comparable in strength. The symbols $\vartriangleleft$ and $\blacktriangleleft$ indicate that the values are different from those of the present calculations by amounts greater than 30% and a factor 2, respectively.
Table 9: Branching ratio comparison. j is the index of the upper emitting level for the ratio.