CHIANTI: An Atomic Database for Emission

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CHIANTI: An Atomic Database for Emission CHIANTI: An Atomic Database for Emission Lines
Paper 4: Extension to X-ray Wavelengths
K. P. Dere, E. Landi, P. R. Young and G. Del Zanna
1.0 to 50.0Å
Sep 1, 2000

The CHIANTI database has been compared with observed spectra in the 1-50 Å wavelength range in order to test for correctness and completeness. We have compiled a list of observed lines from high resolution solar spectra for this comparison, in a manner similar to Paper I. This compiled list includes observations from:

(1) Acton et al. 1985: Acton, L. W., Bruner, M. E., Brown, W. A., Fawcett, B. C., Schweizer, W., Speer., R. J. 1985, ApJ, 291, 865
(7) Widing and Sandlin 1968: Widing K. G., Sandlin G. D., 1968, ApJ, 152, 545
(11) Fawcett et al. 1987: Fawcett, B. C., Jordan, C., Lemen, J. R., Phillips, K. J. H., 1987, MNRAS, 225, 1013
(12) the list of Fawcett et al. 1987 revised by Philllips et al. 1999
(13) Feldman, Doschek & Kreplin 1980: Feldman, U., Doschek, G. A., Kreplin, R. W., 1980, ApJ, 238, 365
(14) McKenzie et al. 1980: McKenzie, D. L., Landecker, P. B., Broussard, R. M., Rugge, H. R., Young, R. M., Feldman, U., & Doschek, G.A., 1980
(15) McKenzie & Landecker 1982: McKenzie, D. L. & Landecker, P. B., 1982, ApJ, 254, 309
(16) McKenzie et al. 1985: McKenzie, D. L., Landecker, P. B., Feldman, U., & Doschek, G. A., 1980, ApJ, 289, 849
(17) Phillips et al. 1982: Phillips, K. J. H., Leibacher, J. W., Wolfson, C. J., Parkinson, J. H., Fawcett, B. C., Kent, B. J., Mason, H. E., Acton, L. W., Culhane, J. L., & Gabriel, A. H., 1982
(18) Phillips et al. 1999: Phillips, K. J. H., Mewe, R., Harra-Murnion, L. K., Kaastra, J. S., Beiersdorfer, P., Brown, G. V., and Liedahl, D. A., 1999, AA, 138, 381
(19) Doschek 1972: Doschek, G. A., 1972, Space Sci. Rev., 13, 765
(20) Pike et al. 1996: ApJ, 464, 487

The numbers between 1 and 20 refer to the reference key provided in the last column of Table 5. Aside from the spectra of Widing and Sandlin 1968, all of the spectra were observed during solar flares. We have developed a composite of these spectra by combining all of the observations within a narrow wavelength interval.
Because of the relatively low resolution of the X-ray spectra compiled by Doschek 1972, we have not included all of these observed wavelengths.

The results of this analysis are presented in Table 5. Whenever solar observations were available, the average of the observed wavelengths for each single spectral line feature is given in the first column of Table 5 (the last column provides a key to the reference to the observations). If there are CHIANTI predicted lines associated with the observed line, they are listed, with their CHIANTI wavelength (in second column), their identification (third and fourth column), and intensity of the line (fifth column). A blank first column indicates multiple strong lines that can be associated with the observed wavelength. Note that only the brightest lines contributing to each blend are shown. A `.....' in the first column indicates a strong spectral line that is expected on the basis of the CHIANTI computed spectra that has not apparently been observed.
The intensities of the lines in the CHIANTI database have been calculated as in Paper I, using a differential emission measure (DEM) of a solar flare between 3 x 10⁴ and 2 x 10⁷K is taken from Dere and Cook (1979) this time enhanced and extrapolated to 10⁸K in order to reproduce the lines at the shortest wavelengths. The calculations of the line intensities assume the solar elemental abundances of Allen (1973), the ionization equilibria of Arnaud and Raymond (1992) for iron ions, Arnaud and Rothenflug (1985) for the other abundant ions and Landini and Monsignori Fossi (1991) for the minor ions. The line intensities are expressed in erg cm^-2 s^-1 str^-1.
If there are no bright lines predicted by CHIANTI, associated with the observed one, a `missing' line is listed in the Table. This line can be recognised by the absence of a predicted intensity (i.e. a `...' in the intensity column). Wavelengths and identifications are those given by Kelly (1987).
The CHIANTI database predicts many more lines than are listed in Table 5 but we have not included lines below a threshold value suggested by the intensities of the lines that have been observed. The CHIANTI database also predicts the presence of many lines that apparently have not been observed yet. Some of these lines are from energy levels that do not have observed values, and are not included in the Table.

We stress that the intensity values in the Table should only be used as a guide to the identification and the problem of blending and should be used in a relative sense. Some identifications should be considered simply coincidental if the expected intensity is relatively low.

Table 5. CHIANTI XUV Line List

l_solar (Å) l (Å) Ion Transition Int Refs
····· 1.2540 Ni XXVII 1s² ¹S₀ - 1s 5p ¹P₁ 1.1e+03
····· 1.2540 Ni XXVII 1s² ¹S₀ - 1s 5p ¹P₁ 1.1e+03
····· 1.2830 Ni XXVII 1s² ¹S₀ - 1s 4p ¹P₁ 2.5e+03
····· 1.2934 Ni XXVIII 1s ²S_1/2 - 3p ²P_3/2 1.2e+03
····· 1.3500 Ni XXVII 1s² ¹S₀ - 1s 3p ¹P₁ 7.6e+03
····· 1.3520 Ni XXVII 1s² ¹S₀ - 1s 3p ³P₁ 1.3e+03
····· 1.3917 Fe XXVI 1s ²S_1/2 - 5p ²P_3/2 7.5e+03
····· 1.3919 Fe XXVI 1s ²S_1/2 - 5p ²P_1/2 3.8e+03
····· 1.4249 Fe XXVI 1s ²S_1/2 - 4p ²P_3/2 1.5e+04
····· 1.4253 Fe XXVI 1s ²S_1/2 - 4p ²P_1/2 7.4e+03
····· 1.4610 Fe XXV 1s² ¹S₀ - 1s 5p ³P₁ 3.5e+03
····· 1.4610 Fe XXV 1s² ¹S₀ - 1s 5p ¹P₁ 2.6e+04
····· 1.4950 Fe XXV 1s² ¹S₀ - 1s 4p ¹P₁ 5.7e+04
····· 1.4950 Fe XXV 1s² ¹S₀ - 1s 4p ³P₁ 7.8e+03
····· 1.5023 Fe XXVI 1s ²S_1/2 - 3p ²P_3/2 4.6e+04
····· 1.5035 Fe XXVI 1s ²S_1/2 - 3p ²P_1/2 2.3e+04
····· 1.5303 Ni XXVIII 1s ²S_1/2 - 2p ²P_3/2 7.7e+03
····· 1.5358 Ni XXVIII 1s ²S_1/2 - 2p ²P_1/2 3.8e+03
····· 1.5415 Ni XXVII d 1s 2p ¹P₁ - 2p 2p ¹D₂ 1.1e+03
1.567 1.5730 Fe XXV 1s² ¹S₀ - 1s 3p ¹P₁ 1.7e+05 19
1.5750 Fe XXV 1s² ¹S₀ - 1s 3p ³P₁ 2.6e+04
1.587 1.5880 Ni XXVII 1s² ¹S₀ - 1s 2p ¹P₁ 5.2e+04 19
····· 1.5923 Ni XXVII 1s² ¹S₀ - 1s 2p ³P₂ 7.7e+03
····· 1.5935 Ni XXVI 1s² 2s ²S_1/2 - 1s 2s 2p (¹P) ²P_1/2 1.2e+03
····· 1.5965 Ni XXVII 1s² ¹S₀ - 1s 2p ³P₁ 1.0e+04
····· 1.5970 Ni XXVI 1s² 2s ²S_1/2 - 1s 2s 2p (³P) ²P_3/2 5.6e+03
····· 1.5977 Ni XXVI d 1s² 2p ²P_3/2 - 1s 2p (³P) 2p ²P_3/2 1.1e+03
····· 1.5984 Ni XXVI d 1s² 2p ²P_1/2 - 1s 2p (¹P) 2p ²D_3/2 2.3e+03
····· 1.5996 Ni XXVI 1s² 2s ²S_1/2 - 1s 2s 2p (³P) ²P_1/2 1.5e+03
····· 1.6009 Ni XXVI d 1s² 2p ²P_3/2 - 1s 2p (¹P) 2p ²D_5/2 3.5e+03
····· 1.6036 Ni XXVII 1s² ¹S₀ - 1s 2s ³S₁ 1.0e+04
1.778 1.7780 Fe XXVI 1s ²S_1/2 - 2p ²P_3/2 3.0e+05 20
····· 1.7795 Fe XXV d 1s 3p ¹P₁ - 2p 3p ¹D₂ 1.3e+04
1.783 1.7833 Fe XXVI 1s ²S_1/2 - 2s ²S_1/2 1.0e+04 20
1.7834 Fe XXVI 1s ²S_1/2 - 2p ²P_1/2 1.5e+05
····· 1.7872 Fe XXV d 1s 2s ¹S₀ - 2s 2p ¹P₁ 1.9e+04
····· 1.7873 Fe XXV d 1s 2p ³P₂ - 2p² ¹D₂ 1.2e+04
1.792 1.7920 Fe XXV d 1s 2p ¹P₁ - 2p² ¹D₂ (J) 3.7e+04 20
1.7926 Fe XXV d 1s 2p ³P₂ - 2p² ³P₂ 1.4e+04
1.8283 13
1.8309 13
1.8344 13
1.8389 13
1.8424 13
1.8499 1.8500 Fe XXV 1s² ¹S₀ - 1s 2p ¹P₁ (w) 1.2e+06 13
····· 1.8517 Fe XXIV d 1s² 3d ²D_5/2 - 1s 2p (¹P) 3d ²F_7/2 1.3e+04
····· 1.8525 Fe XXIV d 1s² 3p ²P_1/2 - 1s 2p (¹P) 3p ²D_3/2 1.4e+04
····· 1.8532 Fe XXIV d 1s² 3p ²P_3/2 - 1s 2p (¹P) 3p ²D_5/2 1.8e+04
1.8552 1.8554 Fe XXV 1s² ¹S₀ - 1s 2p ³P₂ (x) 1.6e+05 13
1.8568 1.8565 Fe XXIV d 1s² 3p ²P_3/2 - 1s 2p (³P) 3p ²D_5/2 6.2e+03 13
1.8566 Fe XXIV d 1s² 2p ²P_3/2 - 1s 2p (¹P) 2p ²S_1/2 (m) 7.2e+03
1.8571 Fe XXIV d 1s² 2s ²S_1/2 - 1s 2s2p (¹P) ²P_1/2 (t) 1.6e+04
1.8572 Fe XXIV 1s² 2s ²S_1/2 - 1s 2s 2p (¹P) ²P_1/2 (t) 1.7e+04
1.8595 1.8595 Fe XXV 1s² ¹S₀ - 1s 2p ³P₁ (y) 2.1e+05 13
1.8604 Fe XXIV 1s² 2s ²S_1/2 - 1s 2s 2p (³P) ²P_3/2 9.4e+04
1.8610 1.8604 Fe XXIV 1s² 2s ²S_1/2 - 1s 2s 2p (³P) ²P_3/2 (q) 9.4e+04 13
1.8631 1.8622 Fe XXIV d 1s² 2p ²P_3/2 - 1s 2p (³P) 2p ²P_3/2 (a) 2.0e+04 13
1.8630 Fe XXIV d 1s² 2p ²P_1/2 - 1s 2p (¹P) 2p ²D_3/2 (k) 4.9e+04
1.8635 Fe XXIV d 1s² 2s ²S_1/2 - 1s 2s2p (³P) ²P_1/2 (r) 7.9e+03
1.8637 Fe XXIV 1s² 2s ²S_1/2 - 1s 2s 2p (³P) ²P_1/2 (r) 2.6e+04
1.8660 1.8659 Fe XXIV d 1s² 2p ²P_3/2 - 1s 2p (¹P) 2p ²D_5/2 (j) 7.3e+04 13
1.8680 1.8676 Fe XXIV 1s² 2s ²S_1/2 - 1s 2s 2p (³P) ⁴P_5/2 1.5e+04 13
1.8682 Fe XXV 1s² ¹S₀ - 1s 2s ³S₁ (z) 2.3e+05
1.8704 1.8721 Fe XXIII d 2s 2p ³P₁ - 1s 2s 2p² ³D₁ 1.1e+04 13
1.8732 1.8724 Fe XXIII d 2s 2p ³P₀ - 1s 2s (⁴P) 2p² ³P₁ 7.3e+03 13
1.8727 Fe XXIV d 1s² 2p ²P_3/2 - 1s 2p (³P) 2p ⁴P_5/2 (e) 1.2e+04
1.8728 Fe XXIV 1s² 2s ²S_1/2 - 1s 2s 2p (³P) ⁴P_1/2 (v) 5.1e+03
1.8730 Fe XXIV 1s² 2s ²S_1/2 - 1s 2s 2p (³P) ⁴P_3/2 (u) 1.2e+04
1.8731 Fe XXIII d 2s 2p ³P₁ - 1s 2s 2p² ³D₂ 3.0e+04
1.8734 Fe XXIII d 2s 2p ³P₂ - 1s 2s (⁴P) 2p² ³P₂ 9.6e+03
1.8754 1.8754 Fe XXIII d 2s 2p ³P₂ - 1s 2s 2p² ³D₃ 4.1e+04 13
1.8779 1.8771 Fe XXIII d 2s 2p ¹P₁ - 1s 2s 2p² ¹D₂ 9.1e+03 13
1.8786 Fe XXIII d 2s² ¹S₀ - 1s 2s²2p ³P₁ 2.7e+03
1.8794 1.8795 Fe XXII d 2s² 2p ²P_3/2 - 1s 2s² 2p² ²S_1/2 1.1e+03 13
1.8824 1.8822 Fe XXII d 2s² 2p ²P_1/2 - 1s 2s² 2p² ²D_3/2 3.4e+03 13
1.8851 1.8849 Fe XXII d 2s² 2p ²P_3/2 - 1s 2s² 2p² ²D_5/2 4.5e+03 13
1.8867 1.8870 Fe XXIII d 2s 2p ³P₂ - 1s 2s 2p² ⁵P₃ 1.8e+03 13
1.8916 1.8924 Fe XXIV d 1s² 2p ²P_1/2 - 1s 2s² ²S_1/2 (p) 2.1e+03 13
1.8942 1.8944 Fe XXI d 2p² ³P₀ - 1s 2s²2p³ ³D₁ 2.4e+03 13
1.8966 1.8965 Fe XXI d 2p² ³P₁ - 1s 2s²2p³ ³D₂ 3.2e+03 13
1.8969 Fe XXIV d 1s² 2p ²P_3/2 - 1s 2s² ²S_1/2 (o) 2.2e+03
1.8969 Fe XXI d 2p² ³P₂ - 1s 2s²2p³ ³D₃ 1.2e+03
1.9051 1.9051 Fe XX 1s² 2s² 2p³ ⁴S_3/2 - 1s 2s² 2p⁴ ⁴P_5/2 ··· 13
1.9075 1.9075 Fe XX 1s² 2s² 2p³ ²P_3/2 - 1s 2s² 2p⁴ ²P_3/2 ··· 13
1.9360 1.9360 Fe Ka₁ ··· 13
1.9400 1.9400 Fe Ka₂ ··· 13
2.706 2.7054 Ca XIX 1s² ¹S₀ - 1s 3p ¹P₁ 9.9e+03 19
3.0185 3.0185 Ca XX 1s ²S_1/2 - 2p ²P_3/2 3.6e+04 13
3.0239 3.0239 Ca XX 1s ²S_1/2 - 2p ²P_1/2 1.8e+04 13
3.0485 3.0486 Ca XIX d 1s 2p ¹P₁ - 2p² ¹D₂ (j) 3.8e+03 13
3.16 3.1502 Ar XVIII 1s ²S_1/2 - 3p ²P_3/2 1.9e+04 19
3.1514 Ar XVIII 1s ²S_1/2 - 3p ²P_1/2 9.6e+03
3.1769 3.1772 Ca XIX 1s² ¹S₀ - 1s 2p ¹P₁ (w) 6.9e+04 13
3.1822 3.1820 Ca XVIII d 1s² 3p ²P_1/2 - 1s 2p (¹P) 3p ²D_3/2 9.1e+02 13
3.1829 Ca XVIII d 1s² 3p ²P_3/2 - 1s 2p (¹P) 3p ²D_5/2 1.4e+03
3.1889 3.1891 Ca XIX 1s² ¹S₀ - 1s 2p ³P₂ (x) 7.9e+03 13
3.1925 3.1927 Ca XIX 1s² ¹S₀ - 1s 2p ³P₁ (y) 9.0e+03 13
3.2003 3.1961 Ca XVIII 1s² 2s ²S_1/2 - 1s 2s 2p (³P) ²P_3/2 (q) 2.4e+03 13
3.1996 Ar XVII 1s² ¹S₀ - 1s 4p ¹P₁ 9.5e+03
3.2033 3.2038 Ca XVIII d 1s² 2p ²P_3/2 - 1s 2p (³P) 2p ²P_3/2 (a) 7.2e+02 13
3.2066 3.2064 Ca XVIII d 1s² 2p ²P_1/2 - 1s 2p (¹P) 2p ²D_3/2 (k) 2.5e+03 13
3.2111 3.2102 Ca XVIII d 1s² 2p ²P_3/2 - 1s 2p (¹P) 2p ²D_5/2 (j) 3.4e+03 13
3.2111 Ca XIX 1s² ¹S₀ - 1s 2s ³S₁ (z) 1.8e+04
3.371 3.3654 Ar XVII 1s² ¹S₀ - 1s 3p ¹P₁ 3.0e+04 19
3.698 3.6958 S XVI 1s ²S_1/2 - 5p ²P_3/2 7.4e+03 19
3.6960 S XVI 1s ²S_1/2 - 5p ²P_1/2 3.7e+03
3.733 3.7311 Ar XVIII 1s ²S_1/2 - 2p ²P_3/2 1.4e+05 19
3.7365 Ar XVIII 1s ²S_1/2 - 2p ²P_1/2 6.8e+04
····· 3.7554 Ar XVII d 1s 2s ¹S₀ - 2s 2p ¹P₁ 4.0e+03
····· 3.7720 Ar XVII d 1s 2p ¹P₁ - 2p 2p ¹D₂ 1.2e+04
3.786 3.7843 S XVI 1s ²S_1/2 - 4p ²P_3/2 1.7e+04 19
3.7847 S XVI 1s ²S_1/2 - 4p ²P_1/2 8.4e+03
3.949 3.9488 Ar XVII 1s² ¹S₀ - 1s 2p ¹P₁ 2.1e+05 19
3.969 3.9656 Ar XVII 1s² ¹S₀ - 1s 2p ³P₂ 2.0e+04 19
3.9691 Ar XVII 1s² ¹S₀ - 1s 2p ³P₁ 2.6e+04
····· 3.9978 S XV 1s² ¹S₀ - 1s 5p ¹P₁ 9.0e+03
4.004 3.9908 S XVI 1s ²S_1/2 - 3p ²P_3/2 5.1e+04 19
3.9919 S XVI 1s ²S_1/2 - 3p ²P_1/2 2.6e+04
3.9939 Ar XVII 1s² ¹S₀ - 1s 2s ³S₁ 6.2e+04
4.104 4.0885 S XV 1s² ¹S₀ - 1s 4p ¹P₁ 2.0e+04 19
4.299 4.2991 S XV 1s² ¹S₀ - 1s 3p ¹P₁ 6.4e+04 19
4.729 4.7274 S XVI 1s ²S_1/2 - 2p ²P_3/2 3.7e+05 19
4.7328 S XVI 1s ²S_1/2 - 2p ²P_1/2 1.8e+05
4.769 4.7611 S XV d 1s 2s ¹S₀ - 2s 2p ¹P₁ 8.5e+03 19
····· 4.7848 S XV d 1s 2p ¹P₁ - 2p 2p ¹D₂ 2.7e+04
4.834 4.8310 Si XIV 1s ²S_1/2 - 5p ²P_3/2 1.5e+04 19
4.8312 Si XIV 1s ²S_1/2 - 5p ²P_1/2 7.6e+03
4.948 4.9467 Si XIV 1s ²S_1/2 - 4p ²P_3/2 3.4e+04 19
4.9472 Si XIV 1s ²S_1/2 - 4p ²P_1/2 1.7e+04
5.039 5.0387 S XV 1s² ¹S₀ - 1s 2p ¹P₁ (w) 4.5e+05 18,19
5.050 5.0484 S XIV d 1s² 3p ²P_1/2 - 1s 2p (¹P) 3p ²D_3/2 4.4e+03 18
5.0495 S XIV d 1s² 3p ²P_3/2 - 1s 2p (¹P) 3p ²D_5/2 6.8e+03
5.066 5.0631 S XV 1s² ¹S₀ - 1s 2p ³P₂ (x) 2.8e+04 18,19
5.0665 S XV 1s² ¹S₀ - 1s 2p ³P₁ (y) 5.4e+04
5.105 5.1015 S XV 1s² ¹S₀ - 1s 2s ³S₁ (z) 1.5e+05 18,19
5.1025 S XIV d 1s² 2p ²P_3/2 - 1s 2p (¹P) 2p ²D_5/2 (j) 1.0e+04
5.220 5.2168 Si XIV 1s ²S_1/2 - 3p ²P_3/2 1.1e+05 18,19
5.2179 Si XIV 1s ²S_1/2 - 3p ²P_1/2 5.3e+04
5.228 5.2230 Si XIII 1s² ¹S₀ - 1s 6p ¹P₁ ··· 18
5.238 18
5.285 5.2856 Si XIII 1s² ¹S₀ - 1s 5p ¹P₁ 1.2e+04 18,19
5.407 5.4046 Si XIII 1s² ¹S₀ - 1s 4p ¹P₁ 2.8e+04 18,19
5.682 5.6807 Si XIII 1s² ¹S₀ - 1s 3p ¹P₁ 8.9e+04 16,17,18,19
5.816 5.8157 Si XII d 1s² 2p ²P_1/2 - 1s 2p (³P) 3p ²D_3/2 1.4e+03 19
5.8163 Si XII d 1s² 2p ²P_3/2 - 1s 2p (³P) 3p ²D_5/2 2.9e+03
6.049 6.0525 Al XIII 1s ²S_1/2 - 3p ²P_3/2 7.1e+03 19
6.0537 Al XIII 1s ²S_1/2 - 3p ²P_1/2 3.6e+03
····· 6.1720 Si XIII d 1s 3d ¹D₂ - 2p 3d ¹F₃ 1.0e+04
6.180 6.1804 Si XIV 1s ²S_1/2 - 2p ²P_3/2 7.8e+05 17,18,19
6.187 6.1858 Si XIV 1s ²S_1/2 - 2p ²P_1/2 3.9e+05 17,18
····· 6.1993 Si XIII d 1s 3d ³D₃ - 2p 3d ³F₄ 5.6e+03
6.212 18
6.224 6.2296 Si XIII d 1s 2s ¹S₀ - 2s 2p ¹P₁ 1.2e+04 19
····· 6.2446 Si XIII d 1s 2s ³S₁ - 2s 2p ³P₂ 8.2e+03
····· 6.2482 Si XIII d 1s 2s ³S₁ - 2s 2p ³P₁ 5.0e+03
6.261 17,18
6.266 6.2650 Si XIII d 1s 2p ¹P₁ - 2p 2p ¹D₂ 3.8e+04 17,18,19
6.319 18
6.324 18
6.333 18
6.364 18
6.402 18
6.420 18
6.470 18
6.485 18
6.581 6.5800 Mg XII 1s ²S_1/2 - 5p ²P_3/2 9.3e+03 18
6.5802 Mg XII 1s ²S_1/2 - 5p ²P_1/2 4.6e+03
····· 6.6350 Al XII 1s² ¹S₀ - 1s 3p ¹P₁ 4.5e+03
6.647 6.6480 Si XIII 1s² ¹S₀ - 1s 2p ¹P₁ (w) 6.1e+05 16,17,18
····· 6.6539 Si XII d 1s² 3d ²D_3/2 - 1s 2p (¹P) 3d ²F_5/2 5.2e+03
6.659 6.6554 Si XII d 1s² 3d ²D_5/2 - 1s 2p (¹P) 3d ²F_7/2 8.2e+03 16
6.6627 Si XII d 1s² 3p ²P_1/2 - 1s 2p (¹P) 3p ²D_3/2 5.4e+03
6.6638 Si XII d 1s² 3p ²P_3/2 - 1s 2p (¹P) 3p ²D_5/2 7.8e+03
6.685 6.6851 Si XIII 1s² ¹S₀ - 1s 2p ³P₂ (x) 3.0e+03 17,18
6.688 6.6883 Si XIII 1s² ¹S₀ - 1s 2p ³P₁ (y) 4.4e+04 17,18
6.692 6.6891 Si XII d 1s² 3p ²P_3/2 - 1s 2p (³P) 3p ²D_5/2 8.3e+02 16
6.720 6.7180 Si XII 1s² 2s ²S_1/2 - 1s 2s 2p (³P) ²P_3/2 (q) 5.4e+03 16
6.7200 Si XII 1s² 2s ²S_1/2 - 1s 2s 2p (³P) ²P_1/2 (r) 2.1e+03
6.740 6.7377 Mg XII 1s ²S_1/2 - 4p ²P_3/2 2.1e+04 16,17,18
6.7382 Mg XII 1s ²S_1/2 - 4p ²P_1/2 1.0e+04
6.7404 Si XIII 1s² ¹S₀ - 1s 2s ³S₁ (z) 1.4e+05
····· 6.7432 Si XII d 1s² 2p ²P_3/2 - 1s 2p (¹P) 2p ²D_5/2 8.1e+03
····· 6.8111 Ni XXVI 1s² 2s ²S_1/2 - 1s² 4p ²P_3/2 6.6e+03
····· 6.8208 Ni XXVI 1s² 2s ²S_1/2 - 1s² 4p ²P_1/2 3.5e+03
6.950 17,18
7.102 7.1058 Mg XII 1s ²S_1/2 - 3p ²P_3/2 6.3e+04 17,18
7.105 7.1069 Mg XII 1s ²S_1/2 - 3p ²P_1/2 3.2e+04 17,18
7.170 7.1690 Fe XXIV 1s² 2s ²S_1/2 - 1s² 5p ²P_1/2 1.8e+04 16,17,18
7.1690 Fe XXIV 1s² 2s ²S_1/2 - 1s² 5p ²P_3/2 3.4e+04
7.1709 Al XIII 1s ²S_1/2 - 2p ²P_3/2 5.1e+04
7.1763 Al XIII 1s ²S_1/2 - 2p ²P_1/2 2.5e+04
7.310 7.3100 Mg XI 1s² ¹S₀ - 1s 5p ¹P₁ 4.0e+03 17,18
7.368 7.3698 Fe XXIV 1s² 2p ²P_1/2 - 1s² 5d ²D_3/2 1.6e+04 12
7.377 12
7.387 7.3910 Fe XXIV 1s² 2p ²P_1/2 - 1s² 5s ²S_1/2 6.5e+03 12
7.438 7.4381 Fe XXIV 1s² 2p ²P_3/2 - 1s² 5d ²D_5/2 1.4e+03 12
7.4403 Fe XXIV 1s² 2p ²P_3/2 - 1s² 5d ²D_3/2 2.9e+03
7.454 7.4620 Fe XXIV 1s² 2p ²P_3/2 - 1s² 5s ²S_1/2 1.4e+04 12
7.473 7.4730 Mg XI 1s² ¹S₀ - 1s 4p ¹P₁ 9.0e+03 12,17,18
7.4720 Fe XXIII 2s² ¹S₀ - 2s 5p ¹P₁ ···
7.477 12,16
7.498 12
7.561 12
7.685 16
7.710 17,18
7.757 7.7570 Al XII 1s² ¹S₀ - 1s 2p ¹P₁ (w) 3.0e+04 17,18
7.774 17,18
7.808 7.8070 Al XII 1s² ¹S₀ - 1s 2p ³P₁ (y) 3.2e+03 16,17,18
7.850 7.8510 Mg XI 1s² ¹S₀ - 1s 3p ¹P₁ 2.8e+04 11,12,17,18
7.872 7.8721 Al XII 1s² ¹S₀ - 1s 2s ³S₁ (z) 1.2e+04 11,12,17,18
7.902 11,12
7.919 11,12
7.936 12
7.952 16
7.987 7.9828 Fe XXIV 1s² 2s ²S_1/2 - 1s² 4p ²P_3/2 1.0e+05 11,12,16
7.997 7.9930 Fe XXIV 1s² 2s ²S_1/2 - 1s² 4p ²P_1/2 5.4e+04 11,12,16
8.069 17,18
8.091 11,12
8.141 16
8.153 12,16,18
8.159 12,18
8.168 12
8.204 12
8.232 8.2311 Fe XXIV 1s² 2p ²P_1/2 - 1s² 4d ²D_3/2 5.2e+04 11,12,16
8.270 12
8.285 8.2836 Fe XXIV 1s² 2p ²P_1/2 - 1s² 4s ²S_1/2 2.2e+04 12
8.304 8.3030 Fe XXIII 2s² ¹S₀ - 2s 4p ¹P₁ 1.2e+05 11,12,13,16
8.316 8.3158 Fe XXIV 1s² 2p ²P_3/2 - 1s² 4d ²D_5/2 9.3e+04 11,12,13,16,17
8.3193 Fe XXIV 1s² 2p ²P_3/2 - 1s² 4d ²D_3/2 1.0e+04
8.325 14
8.376 8.3729 Fe XXIV 1s² 2p ²P_3/2 - 1s² 4s ²S_1/2 4.6e+04 16
8.419 8.4192 Mg XII 1s ²S_1/2 - 2p ²P_3/2 4.4e+05 17,18
8.424 8.4246 Mg XII 1s ²S_1/2 - 2p ²P_1/2 2.2e+05 17,18
8.500 8.4956 Mg XI d 1s 2s ¹S₀ - 2s 2p ¹P₁ 3.8e+03 18
8.531 8.5290 Fe XXIII 2s 2p ³P₀ - 2s 4d ³D₁ 5.4e+03 12
8.552 8.5500 Fe XXIII 2s 2p ³P₁ - 2s 4d ³D₂ 1.1e+04 11,12,17,18
8.5513 Mg XI d 1s 2p ¹P₁ - 2p 2p ¹D₂ 1.2e+04
8.573 11,12,16,17,18
8.617 8.6140 Fe XXIII 2s 2p ³P₂ - 2s 4d ³D₃ 2.0e+04 11,12,16
8.6180 Fe XXIII 2s 2p ³P₂ - 2s 4d ³D₂ 3.7e+03
8.644 11,12
8.660 11,12
8.715 11,12
8.722 11,12
8.734 11,12
8.753 12
8.814 8.8140 Fe XXIII 2s 2p ¹P₁ - 2s 4d ¹D₂ 1.3e+05 11,12,16
8.823 14
8.848 11,12,18
8.906 8.9060 Fe XXIII 2s 2p ¹P₁ - 2s 4s ¹S₀ 5.0e+04 11,12
8.919 11,12,16
8.933 12
8.976 8.9770 Fe XXII 2s 2p² ²D_5/2 - 2s 2p (³P) 4d ²F_7/2 ··· 11,12,14,16,18
8.993 12
9.007 11,12
9.068 9.0613 Ni XXVI 1s² 2s ²S_1/2 - 1s² 3p ²P_3/2 4.0e+04 11,12
9.073 11,12,14,16,17,18
9.114 9.1050 Ni XXVI 1s² 2s ²S_1/2 - 1s² 3p ²P_1/2 2.1e+04 11,12,16
9.136 11,12
9.150 18
9.170 9.1690 Mg XI 1s² ¹S₀ - 1s 2p ¹P₁ (w) 1.9e+05 12,14,16,17,18
9.173 18
9.181 9.1796 Mg X d 1s² 3d ²D_3/2 - 1s 2p (¹P) 3d ²F_5/2 1.1e+03 16,17,18
9.1811 Mg X d 1s² 3d ²D_5/2 - 1s 2p (¹P) 3d ²F_7/2 1.6e+03
9.189 9.1927 Mg X d 1s² 3p ²P_1/2 - 1s 2p (¹P) 3p ²D_3/2 8.9e+02 12,17,18
9.194 9.1938 Mg X d 1s² 3p ²P_3/2 - 1s 2p (¹P) 3p ²D_5/2 1.4e+03 12,16,17,18
9.202 12
9.215 18
9.224 12
9.233 9.2282 Mg XI 1s² ¹S₀ - 1s 2p ³P₂ (x) 2.4e+03 12,14,16,17,18
9.2312 Mg XI 1s² ¹S₀ - 1s 2p ³P₁ (y) 2.1e+04
9.241 16
9.252 12
9.276 12
9.284 9.2840 Mg X 1s² 2s ²S_1/2 - 1s 2s 2p (³P) ²P_3/2 (q) 8.3e+02 17
9.290 12,16,18
9.298 18
9.314 9.3143 Mg XI 1s² ¹S₀ - 1s 2s ³S₁ (z) 7.1e+04 12,16,17,18
9.319 9.3161 Mg X d 1s² 2p ²P_1/2 - 1s 2p (¹P) 2p ²D_3/2 (k) 7.50e+02 12,14,16,17,18
9.3206 Mg X d 1s² 2p ²P_3/2 - 1s 2p (¹P) 2p ²D_5/2 (j) 1.2e+03
····· 9.3400 Ni XXV 2s² ¹S₀ - 2s 3p ¹P₁ 2.0e+04
9.361 9.3620 Ne X 1s ²S_1/2 - 6p ²P_3/2 ··· 11,12,18
9.383 11,12
9.391 9.3898 Ni XXVI 1s² 2p ²P_1/2 - 1s² 3d ²D_3/2 2.7e+04 11,12,16,17,18
9.3900 Ni XXV 2s² ¹S₀ - 2s 3p ³P₁ 1.0e+04
9.416 9.4150 Fe XXIII 2p² ¹S₀ - 2s 4p ¹P₁ 3.9e+03 11,12
9.455 9.4510 Fe XXI 2p² ³P₁ - 2p 4d ³D₂ 2.5e+05 12
9.476 11,12
9.481 9.4807 Ne X 1s ²S_1/2 - 5p ²P_3/2 1.5e+04 11,12,14,16,17,18
9.4809 Ne X 1s ²S_1/2 - 5p ²P_1/2 7.4e+03
9.525 9.5353 Ni XXVI 1s² 2p ²P_3/2 - 1s² 3d ²D_5/2 4.8e+04 16
9.542 11,12
9.548 9.5490 Ni XXVI 1s² 2p ²P_3/2 - 1s² 3d ²D_3/2 5.3e+03 11,12
9.554 9.5590 Fe XXI 2p² ³P₂ - 2p 4d ³D₁ 3.7e+03 16
····· 9.5668 Ni XXVI 1s² 2p ²P_1/2 - 1s² 3s ²S_1/2 1.2e+04
9.586 9.5810 Fe XXI 2p² ¹D₂ - 2p 4d ³F₃ 1.6e+04 11,12,16
9.632 9.6330 Ni XXV 2s 2p ³P₁ - 2s 3d ³D₂ 2.0e+03 11,12
9.656 16
9.663 11,12
9.690 9.6880 Fe XIX 2p⁴ ³P₂ - 2p³ (²D) 5d ³D₃ ··· 11,12
9.710 9.7080 Ne X 1s ²S_1/2 - 4p ²P_3/2 3.3e+04 11,12,17,18
9.711 9.7085 Ne X 1s ²S_1/2 - 4p ²P_1/2 1.6e+04 11,12,16,17,18
9.726 9.7321 Ni XXVI 1s² 2p ²P_3/2 - 1s² 3s ²S_1/2 2.5e+04 12
9.795 9.7990 Fe XIX 2p⁴ ³P₁ - 2p³ (²D) 5d ³D₂ ··· 11,12
9.807 9.8090 Cr XXII 1s² 2p ²P_1/2 - 1s² 4d ²D_3/2 1.0e+03 11,12,16
9.847 9.8420 Fe XIX 2p⁴ ³P₂ - 2p³ (⁴S) 5d ³D₃ ··· 11,12
9.858 16
9.896 12
9.902 16
9.940 12
9.945 12
9.973 9.9680 Ni XXV 2s 2p ¹P₁ - 2s 3d ¹D₂ 4.1e+04 11,12
9.988 9.9910 Fe XX 2p³ ⁴S_3/2 - 2p² (³P) 4d ⁴P_3/2 ··· 14
9.998 10.0015 Fe XXV 1s 2s ³S₁ - 1s 3p ³P₂ 8.9e+03 11,12,16
10.021 10.0232 Na XI 1s ²S_1/2 - 2p ²P_3/2 1.9e+04 12,14
10.0286 Na XI 1s ²S_1/2 - 2p ²P_1/2 9.3e+03
10.069 16
10.134 10.1340 Fe XVII 2s² 2p⁶ ¹S₀ - 2s 2p⁶ 5p ³P₁ ··· 14,16
10.250 10.2385 Ne X 1s ²S_1/2 - 3p ²P_3/2 7.4e+04 16
10.2396 Ne X 1s ²S_1/2 - 3p ²P_1/2 3.7e+04
10.328 10.3220 Ni XXV 2s 2p ¹P₁ - 2s 3s ¹S₀ 2.4e+04 16
10.359 16
····· 10.3690 Fe XXV 1s 2p ³P₁ - 1s 3s ³S₁ 1.9e+03
10.382 10.3860 Fe XVII 2s² 2p⁶ ¹S₀ - 2s² 2p⁵ (²P_1/2) 7d ¹P₁ ··· 14
10.502 10.4985 Fe XXV 1s 2p ³P₂ - 1s 3s ³S₁ 1.6e+03 16
10.5060 Fe XVII 2s² 2p⁶ ¹S₀ - 2s² 2p⁵ (²P_3/2) 7d ³D₁ ···
10.530 10.5330 Co XXV 1s² 2p ²P_3/2 - 1s² 3s ²S_1/2 1.1e+03 16
10.564 10.5597 Fe XXIII 2s² ¹S₀ - 2p 3s ¹P₁ 6.5e+03 17,18
10.5640 Fe XIX 2p⁴ ³P₁ - 2p³ (²P) 4d ³D₂ ···
10.579 10.5859 Fe XXV 1s 2p ¹P₁ - 1s 3s ¹S₀ 6.3e+03 16,17,18
10.620 10.6190 Fe XXIV 1s² 2s ²S_1/2 - 1s² 3p ²P_3/2 6.0e+05 17,18
10.636 10.6350 Fe XIX 2p⁴ ³P₂ - 2p³ (²D) 4d ³S₁ ··· 14,17,18
10.647 10.6440 Fe XIX 2p⁴ ³P₂ - 2p³ (²D) 4d ³P₂ ··· 16
10.654 10.6550 Fe XVII 2s² 2p⁶ ¹S₀ - 2s² 2p⁵ (²P_1/2) 6d ¹P₁ ··· 16,17
10.662 10.6630 Fe XXIV 1s² 2s ²S_1/2 - 1s² 3p ²P_1/2 3.2e+05 14,17,18
10.684 10.6840 Fe XIX 2p⁴ ³P₂ - 2p³ (²D) 4d ³F₃ ··· 17,18
10.718 18
10.738 10.7350 Fe XIX 2p⁴ ³P₁ - 2p³ (²D) 4d ³S₁ ··· 18
10.769 10.7643 Ne IX 1s² ¹S₀ - 1s 5p ¹P₁ 2.7e+03 16,17,18
10.7700 Fe XIX 2p⁴ ³P₁ - 2p³ (²D) 4d ³D₂ ···
10.7700 Fe XVII 2s² 2p⁶ ¹S₀ - 2s² 2p⁵ (²P_3/2) 6d ³D₁ ···
10.778 14,18
10.791 14
10.818 10.8130 Fe XIX 2p⁴ ³P₂ - 2p³ (⁴S) 4d ³D₃ ··· 16,17,18
10.827 10.8240 Fe XIX 2p⁴ ¹D₂ - 2p³ (²D) 4d ¹D₂ ··· 18
10.857 18
10.933 10.9351 Fe XXIII 2s 2p ³P₁ - 2p 3p ³D₂ 4.7e+03 17,18
10.9330 Fe XIX 2p⁴ ³P₁ - 2p³ (⁴S) 4d ³D₂ ···
10.980 10.9806 Fe XXIII 2s² ¹S₀ - 2s 3p ¹P₁ 5.7e+05 16,17,18
10.996 11.0003 Ne IX 1s² ¹S₀ - 1s 4p ¹P₁ 6.0e+03 14,16,17,18
11.0027 Na X 2s² ¹S₀ - 1s 2p ¹P₁ 6.2e+03
11.014 11.0181 Fe XXIII 2s² ¹S₀ - 2s 3p ³P₁ 2.8e+05 17,18
11.026 11.0229 Fe XVII 2p⁶ ¹S₀ - 2s 2p⁶ 4p ¹P₁ 8.8e+03 14,16,17,18
11.0290 Fe XXIV 1s² 2p ²P_1/2 - 1s² 3d ²D_3/2 4.0e+05
11.041 11.0229 Fe XVII 2p⁶ ¹S₀ - 2s 2p⁶ 4p ³P₁ 1.1e+03 18
11.132 11.1320 Fe XVII 2s² 2p⁶ ¹S₀ - 2s² 2p⁵ (²P_1/2) 5d ¹P₁ ··· 14,16,17,18
11.147 18
11.172 11.1709 Fe XXIV 1s² 2p ²P_3/2 - 1s² 3d ²D_5/2 7.1e+05 14,16,17,18
11.189 11.1879 Fe XXIV 1s² 2p ²P_3/2 - 1s² 3d ²D_3/2 7.8e+04 14,16,17,18
11.253 11.2530 Fe XVII 2s² 2p⁶ - 2s² 2p⁵ (²P_3/2) 5d ··· 14,16,17,18
11.2530 Fe XVIII 2p⁵ ²P_1/2 - 2p⁴ (¹S) 4d ²D_3/2 ···
11.269 11.2606 Fe XXIV 1s² 2p ²P_1/2 - 1s² 3s ²S_1/2 1.8e+05 14
11.292 11.2984 Fe XXIII 2s 2p ³P₀ - 2s 3d ³D₁ 2.6e+04 17,18
11.311 17,18
11.325 11.3252 Fe XXIII 2s 2p ³P₁ - 2s 3d ³D₂ 4.7e+04 17,18
11.334 11.3380 Fe XXIII 2s 2p ³P₁ - 2s 3d ³D₁ 1.9e+04 14,16
11.420 11.4200 Fe XVIII 2p⁵ ²P_3/2 - 2p⁴ (³P) 4d ²F_5/2 ··· 17,18
11.429 11.4263 Fe XXIV 1s² 2p ²P_3/2 - 1s² 3s ²S_1/2 3.7e+05 16
11.443 11.4414 Fe XXIII 2s 2p ³P₂ - 2s 3d ³D₃ 7.8e+04 14,16,17,18
11.4417 Fe XXII 2s² 2p ²P_1/2 - 2s 2p (³P) 3p ²D_3/2 2.1e+05
11.458 11.4580 Fe XVIII 2p⁵ ²P_3/2 - 2p⁴ (³P) 4d ⁴F_5/2 ··· 17,18
11.480 17,18
11.495 11.5101 Fe XXII 2s² 2p ²P_1/2 - 2s 2p (³P) 3p ²P_3/2 7.6e+04 14,16
11.527 11.5196 Fe XXIII 2p² ³P₀ - 2p 3d ³D₁ 1.4e+04 1,17,18
11.5260 Fe XVIII 2p⁵ ²P_3/2 - 2p⁴ (³P) 4d ²D_5/2 ···
11.537 14
11.545 11.5470 Ne IX 1s² ¹S₀ - 1s 3p ¹P₁ 1.8e+04 16,17,18
11.580 18
11.594 18
11.640 11.6457 Fe XXIII 2s 2p ³P₁ - 2s 3s ¹S₀ 1.3e+04 18
····· 11.6690 Fe XXII 2s² 2p ²P_3/2 - 2s 2p (³P) 3p ²P_3/2 2.7e+04
11.740 11.7363 Fe XXIII 2s 2p ¹P₁ - 2s 3d ¹D₂ 1.1e+06 14,16,17,18
11.771 11.7675 Fe XXII 2s² 2p ²P_1/2 - 2s² (¹S) 3d ²D_3/2 1.1e+06 14,16,17,18
11.825 11.7955 Fe XXII 1s² 2s 2p² ⁴P_3/2 - 2s 2p (³P) 3d ²D_5/2 9.3e+04
11.7960 Fe XXII 1s² 2s 2p² ⁴P_1/2 - 2s 2p (³P) 3d ⁴D_3/2 1.2e+04
11.8207 Fe XXII 1s² 2s 2p² ⁴P_5/2 - 2s 2p (³P) 3d ⁴D_5/2 2.4e+04 17,18
11.836 11.8320 Ni XX 2s² 2p⁵ ²P_3/2 - 2p⁴ (¹D) 3d ²D_5/2 1.7e+04 14,16
11.8410 Ni XX 2s² 2p⁵ ²P_3/2 - 2p⁴ (¹D) 3d ²P_3/2 9.0e+03
11.864 11.8734 Fe XXIII 2s 2p ³P₂ - 2s 3s ³S₁ 2.3e+04 17,18
11.885 11.8852 Fe XXII 1s² 2s 2p² ⁴P_3/2 - 2s 2p (³P) 3d ⁴P_5/2 4.9e+04 16,18
····· 11.8971 Fe XXIII 2p² ¹S₀ - 2p 3d ¹P₁ 4.1e+04
11.926 11.9208 Fe XXII 2s² 2p ²P_3/2 - 2s² (¹S) 3d ²D_5/2 7.1e+04 14
11.934 11.9336 Fe XXII 2s² 2p ²P_3/2 - 2s² (¹S) 3d ²D_3/2 2.1e+05 16,17,18
11.972 11.9750 Fe XXII 1s² 2s 2p² ⁴P_5/2 - 2s 2p (³P) 3d ⁴F_7/2 1.6e+04 14,16,17,18
····· 12.0097 Fe XXII 1s² 2s 2p² ²S_1/2 - 2s 2p (³P) 3d ²P_3/2 1.8e+04
····· 12.0578 Fe XXII 1s² 2s 2p² ²D_3/2 - 2s 2p (³P) 3d ²F_5/2 6.0e+04
····· 12.0764 Fe XXII 1s² 2s 2p² ²S_1/2 - 2s 2p (¹P) 3d ²D_3/2 1.4e+04
····· 12.0778 Fe XXII 1s² 2s 2p² ²P_3/2 - 2s 2p (¹P) 3d ²D_5/2 2.9e+04
····· 12.0912 Fe XXII 1s² 2s 2p² ²D_5/2 - 2s 2p (³P) 3d ²F_5/2 5.2e+04
····· 12.0981 Fe XXIII 2p² ¹D₂ - 2p 3s ¹P₁ 1.9e+04
12.122 12.1227 Fe XVII 2s² 2p⁶ - 2s² 2p⁵ (²P_1/2) 4d 1.5e+05 1,17,18
12.128 12.1321 Ne X 1s ²S_1/2 - 2p ²P_3/2 7.4e+05 14,17,18
12.1375 Ne X 1s ²S_1/2 - 2p ²P_1/2 3.7e+05
12.153 12.1760 Fe XXIII 2s 2p ¹P₁ - 2s 3s ¹S₀ 6.2e+05 17,18
12.199 12.1926 Fe XXII 1s² 2s 2p² ²P_1/2 - 2s 2p (³P) 3d ²P_3/2 2.9e+04 14,17,18
12.1931 Fe XXII 1s² 2s 2p² ²D_3/2 - 2s 2p (³P) 3d ²D_5/2 1.4e+05
····· 12.2273 Fe XXII 1s² 2s 2p² ²D_5/2 - 2s 2p (³P) 3d ²D_5/2 2.1e+04
12.264 12.2639 Fe XVII 2s² 2p⁶ - 2s² 2p⁵ (²P_3/2) 4d 1.3e+05 17,18
12.285 12.2850 Fe XXI 2p² ³P₀ - 2s² 2p 3d ³D₁ 1.4e+06 17,18
12.399 12.3980 Fe XXI 2p² ³P₁ - 2s² 2p 3d ³D₁ 2.5e+05 14,17,18
12.408 17,18
12.429 12.4351 Ni XIX 2p⁶ ¹S₀ - 2p⁵ 3d ¹P₁ 2.3e+04 14,17,18
12.460 12.4620 Fe XXI 2p² ³P₁ - 2s² 2p 3d ¹D₂ 4.4e+04 17,18
12.4650 Fe XXI 2p² ³P₂ - 2s² 2p 3d ³D₁ 1.5e+04
12.501 14,17,18
12.522 12.5250 Fe XXI 2p² ³P₂ - 2s² 2p 3d ³F₃ 5.6e+04 17,18
12.550 17,18
12.566 17,18
12.581 12.5855 Fe XXII 1s² 2s 2p² ²P_3/2 - 2s 2p (³P) 3d ²D_5/2 1.3e+04 14,17,18
12.5880 Fe XXI 2p² ³P₂ - 2s² 2p 3d ³F₂ 2.4e+04
12.599 17,18
12.622 12.6230 Cr XXII 1s² 2s ²S_1/2 - 1s² 3p ²P_3/2 8.4e+03 18
12.6230 Fe XXI 2p² ¹S₀ - 2s² 2p 3d ¹P₁ 1.1e+04
12.638 18
12.654 12.6538 Fe XXIII 2p² ¹D₂ - 2s 3p ¹P₁ 8.9e+03 14,17,18
12.6560 Ni XIX 2p⁶ ¹S₀ - 2p⁵ 3d ³D₁ 8.0e+03
12.682 12.6780 Fe XVII 2s² 2p⁶ - 2s² 2p⁵ (²P_3/2) 4s 3.6e+03 17,18
····· 12.7330 Fe XXI 2p² ¹D₂ - 2s² 2p 3d ¹D₂ 1.4e+04
12.754 14,18
12.765 18
12.775 18
12.788 12.7930 Fe XXI 2p² ¹D₂ - 2s² 2p 3d ³F₂ 1.3e+04 18
12.812 12.8173 Fe XX 2s² 2p³ ⁴S_3/2 - 2s² 2p² (³P) 3d ⁴P_3/2 5.6e+05 1,14,17,18
12.8173 Fe XX 2s² 2p³ ⁴S_3/2 - 2s² 2p² (³P) 3d ⁴P_5/2 5.2e+05
12.829 14,17,18
12.847 17,18
12.888 12.8884 Fe XX 2s² 2p³ ²D_5/2 - 2s² 2p² (¹D) 3d ²F_7/2 1.1e+04 18
12.904 17,18
12.912 14
12.925 12.9251 Fe XX 2s² 2p³ ²D_5/2 - 2s² 2p² (¹D) 3d ²D_5/2 4.0e+03 14,17,18
12.9280 Fe XXI 2p² ³P₀ - 2s² 2p 3s ³P₁ 1.0e+04
12.940 18
12.952 14,17,18
12.966 14,17,18
12.983 12.9796 Fe XX 2s² 2p³ ²D_3/2 - 2s² 2p² (³P) 3d ²D_5/2 4.4e+04 17,18
12.998 18
13.009 18
13.019 14,17,18
13.053 13.0431 Fe XX 2s² 2p³ ²D_5/2 - 2s² 2p² (³P) 3d ²D_5/2 1.3e+04 17,18
13.0530 Fe XXI 2p² ³P₁ - 2s² 2p 3s ³P₁ 6.0e+03
13.0553 Fe XX 2s² 2p³ ²P_3/2 - 2s² 2p² (¹D) 3d ²F_5/2 5.0e+03
13.060 13.0553 Fe XX 2s² 2p³ ²P_3/2 - 2s² 2p² (¹D) 3d ²F_5/2 5.0e+03 14
13.091 13.0823 Fe XX 2s² 2p³ ²D_5/2 - 2s² 2p² (³P) 3d ²F_7/2 2.3e+04 14,17,18
13.1132 Fe XX 2s² 2p³ ²D_5/2 - 2s² 2p² (³P) 3d ⁴P_3/2 2.2e+04
13.1132 Fe XX 2s² 2p³ ²D_5/2 - 2s² 2p² (³P) 3d ⁴P_5/2 7.6e+04
13.1280 Fe XXI 2p² ³P₂ - 2s² 2p 3s ³P₁ 1.9e+04
13.143 13.1371 Fe XXII 1s² 2s 2p² ²D_5/2 - 2s 2 (¹S) 3p ²P_3/2 2.9e+04 14,17,18
13.1500 Fe XXII 1s² 2s 2p² ²D_3/2 - 2s² (¹S) 3p ²P_1/2 1.2e+05
13.162 13.1601 Fe XX 2s² 2p³ ²P_1/2 - 2s² 2p² (³P) 3d ²D_3/2 1.1e+04 14,17,18
13.232 14
13.253 17,18
13.265 13.2640 Fe XIX 2s² 2p⁴ ³P₂ - 2p³ (²P*) 3d ³D₃ 1.0e+04 14,17,18
13.279 14,17,18
····· 13.2920 Cr XXII 1s² 2p ²P_3/2 - 1s² 3d ²D_5/2 1.2e+04
13.308 13.3080 Ni XX 2s² 2p⁵ ²P_3/2 - 2p⁴ (³P) 3s ⁴P_5/2 6.9e+03 17,18
13.323 13.3190 Fe XVIII 2s² 2p⁵ ²P_3/2 - 2s 2p⁵ (³P*) 3p ²D_5/2 6.6e+03 14,17,18
13.3190 Fe XVIII 2s² 2p⁵ ²P_3/2 - 2s 2p⁵ (³P*) 3p ²P_1/2 6.5e+03
13.356 13.3480 Fe XIX 2s² 2p⁴ ³P₀ - 2p³ (²P*) 3d ³P₁ 1.2e+04 17,18
13.3551 Fe XVIII 2s² 2p⁵ ²P_3/2 - 2s 2p⁵ (³P*) 3p ²P_3/2 9.8e+03
13.3551 Fe XXII 1s² 2s 2p² ²S_1/2 - 2s² (¹S) 3p ²P_1/2 2.4e+04
13.377 13.3740 Fe XVIII 2s² 2p⁵ ²P_3/2 - 2s 2p⁵ (³P*) 3p ⁴P_5/2 1.0e+04 14,17,18
13.404 13.3969 Fe XVIII 2s² 2p⁵ ²P_3/2 - 2s 2p⁵ (³P*) 3p ⁴D_3/2 5.2e+03
13.426 13.4250 Fe XIX 2s² 2p⁴ ³P₂ - 2p³ (²D*) 3d ¹F₃ 1.9e+04 17,18
13.448 13.4470 Ne IX 1s² ¹S₀ - 1s 2p ¹P₁ 1.2e+05 1,14,17,18
13.464 13.4640 Fe XIX 2s² 2p⁴ ³P₂ - 2p³ (²D*) 3d ³S₁ 5.5e+04
13.507 13.5040 Fe XIX 2s² 2p⁴ ³P₂ - 2p³ (²D*) 3d ³D₂ 9.7e+03 1,17,18
13.519 13.5210 Fe XIX 2s² 2p⁴ ³P₂ - 2p³ (²D*) 3d ³D₃ 2.0e+05 14,17,18
13.551 13.5515 Fe XXII 1s² 2s 2p² ²P_3/2 - 2s 2 (¹S) 3p ²P_3/2 8.2e+03 1,17,18
13.5529 Ne IX 1s² ¹S₀ - 1s 2p ³P₁ 1.2e+04
13.5550 Cr XXII 1s² 2p ²P_3/2 - 1s² 3s ²S_1/2 5.8e+03
13.5680 Fe XIX 2s² 2p⁴ ³P₂ - 2p³ (²D*) 3d ³P₂ 8.7e+04
13.631 17,18
13.649 13.6470 Fe XIX 2s² 2p⁴ ³P₂ - 2p³ (²D*) 3d ³F₃ 1.2e+04 14,17,18
13.672 13.6700 Fe XIX 2s² 2p⁴ ³P₁ - 2p³ (²D*) 3d ³D₂ 2.2e+04 14,17,18
13.700 13.6987 Ne IX 1s² ¹S₀ - 1s 2s ³S₁ 4.3e+04 1,14,17,18
13.719 17,18
13.738 13.7360 Fe XIX 2s² 2p⁴ ¹D₂ - 2p³ (²D*) 3d ¹F₃ 1.7e+04 17,18
13.7361 Fe XX 2s² 2p³ ⁴S_3/2 - 2s² 2p² (³P) 3s ⁴P_5/2 9.7e+04
13.778 13.7791 Fe XIX 2s² 2p⁴ ¹D₂ - 2p³ (²D*) 3d ³S₁ 1.0e+04 1,17,18
13.7790 Ni XIX 2p⁶ ¹S₀ - 2p⁵ 3s ¹P₁ 7.7e+03
13.795 13.7950 Fe XIX 2s² 2p⁴ ³P₂ - 2p³ (⁴S*) 3d ³D₃ 6.0e+04 14,17,18
13.827 13.8181 Fe XX 2s² 2p³ ⁴S_3/2 - 2s² 2p² (³P) 3s ⁴P_3/2 5.0e+04 1,17,18
13.8231 Fe XVII 2p⁶ ¹S₀ - 2s 2p⁶ 3p ¹P₁ 7.3e+04
13.844 14,17,18
13.891 13.8910 Fe XVII 2p⁶ ¹S₀ - 2s 2p⁶ 3p ³P₁ 1.1e+04 1,17,18
13.934 17,18
13.948 13.9451 Fe XX 2s² 2p³ ⁴S_3/2 - 2s² 2p² (³P) 3s ⁴P_1/2 3.9e+04 1,14
13.9540 Fe XVIII 2s² 2p⁵ ²P_3/2 - 2p⁴ (¹S) 3d ²D_5/2 2.2e+04
13.958 13.9540 Fe XVIII 2s² 2p⁵ ²P_3/2 - 2p⁴ (¹S) 3d ²D_5/2 2.2e+04 17,18
13.967 13.9690 Fe XIX 2s² 2p⁴ ¹D₂ - 2p³ (²D*) 3d ³F₃ 3.3e+03 14
14.017 14.0096 Fe XX 2s² 2p³ ²D_5/2 - 2s² 2p² (³P) 3s ²P_3/2 2.1e+04 17,18
14.0146 Fe XX 2s² 2p³ ²D_3/2 - 2s² 2p² (³P) 3s ²P_1/2 1.7e+04
14.028 1,14
14.041 14.0430 Ni XIX 2p⁶ ¹S₀ - 2p⁵ 3s ³P₁ 1.3e+04 14,17,18
14.078 14.0766 Fe XX 2s² 2p³ ²D_5/2 - 2s² 2p² (³P) 3s ⁴P_5/2 2.4e+04 1,14,17,18
14.0770 Ni XIX 2p⁶ ¹S₀ - 2p⁵ 3s ³P₂ 7.9e+03
14.124 14.1209 Fe XVIII 2s² 2p⁵ ²P_1/2 - 2p⁴ (¹S) 3d ²D_3/2 2.2e+03 17,18
14.1359 Fe XVIII 2s² 2p⁵ ²P_3/2 - 2p⁴ (¹D) 3d ²P_1/2 6.2e+03
14.152 14.1519 Fe XVIII 2s² 2p⁵ ²P_3/2 - 2p⁴ (¹D) 3d ²D_3/2 1.4e+04 1,17,18
14.208 14.2030 Fe XVIII 2s² 2p⁵ ²P_3/2 - 2p⁴ (¹D) 3d ²D_5/2 4.0e+05 1,14,17,18
14.2078 Fe XVIII 2s² 2p⁵ ²P_3/2 - 2p⁴ (¹D) 3d ²P_3/2 2.1e+05
14.262 14.2566 Fe XVIII 2s² 2p⁵ ²P_3/2 - 2p⁴ (¹D) 3d ²S_1/2 7.3e+04 1,14,17,18
14.311 17,18
14.345 14.3439 Fe XVIII 2s² 2p⁵ ²P_1/2 - 2p⁴ (¹D) 3d ²P_1/2 2.6e+04 1,17,18
14.360 14.3604 Fe XVIII 2s² 2p⁵ ²P_1/2 - 2p⁴ (¹D) 3d ²D_3/2 4.1e+04 17,18
14.373 14.3740 Fe XVIII 2s² 2p⁵ ²P_3/2 - 2p⁴ (³P) 3d ²D_5/2 1.4e+05 1,17,18
14.388 14
14.422 14.4179 Fe XVIII 2s² 2p⁵ ²P_1/2 - 2p⁴ (¹D) 3d ²P_3/2 3.2e+04 14,17,18
14.456 14.4530 Fe XVIII 2s² 2p⁵ ²P_3/2 - 2p⁴ (³P) 3d ²D_3/2 8.8e+03 1,17,18
····· 14.4682 Fe XVIII 2s² 2p⁵ ²P_1/2 - 2p⁴ (¹D) 3d ²S_1/2 1.4e+04
14.482 14.4850 Fe XVIII 2s² 2p⁵ ²P_3/2 - 2p⁴ (³P) 3d ⁴F_5/2 2.6e+04 14,17,18
14.496 14
14.535 14.5341 Fe XVIII 2s² 2p⁵ ²P_3/2 - 2p⁴ (³P) 3d ²F_5/2 9.8e+04 1,17,18
14.552 14.5510 Fe XVIII 2s² 2p⁵ ²P_3/2 - 2p⁴ (³P) 3d ⁴P_3/2 4.8e+04 1,14,17,18
14.585 14.5811 Fe XVIII 2s² 2p⁵ ²P_3/2 - 2p⁴ (³P) 3d ⁴P_1/2 2.2e+04 17,18
14.611 14.6098 Fe XVIII 2s² 2p⁵ ²P_1/2 - 2p⁴ (³P) 3d ²P_3/2 7.0e+03 17,18
14.669 14.6670 Fe XIX 2s² 2p⁴ ³P₂ - 2p³ (²D*) 3s ³D₃ 6.6e+03 1,14,17,18
14.6705 Fe XVIII 2s² 2p⁵ ²P_1/2 - 2p⁴ (³P) 3d ²D_3/2 7.3e+03
14.703 17,18
14.739 14,17,18
14.747 1,14
14.760 14,17,18
14.818 14.8205 O VIII 1s ²S_1/2 - 5p ²P_3/2 3.4e+04 1,14,17,18
14.8207 O VIII 1s ²S_1/2 - 5p ²P_1/2 1.7e+04
14.873 14.8681 Fe XVIII 2s² 2p⁵ ²P_1/2 - 2p⁴ (³P) 3d ⁴D_1/2 4.2e+03 14,17,18
14.908 17,18
14.919 14
14.930 17,18
14.962 14
14.974 14.9700 Fe XIX 2s² 2p⁴ ³P₂ - 2p³ (⁴S*) 3s ³S₁ 4.4e+03 17,18
15.012 15.0150 Fe XVII 2p⁶ ¹S₀ - 2p⁵ 3d ¹P₁ 1.1e+06 1,14,17,18
15.040 17,18
15.080 14,17,18
15.114 17,18
15.177 15.1760 O VIII 1s ²S_1/2 - 4p ²P_3/2 7.6e+04 1,14,17,18
15.1765 O VIII 1s ²S_1/2 - 4p ²P_1/2 3.8e+04
15.208 1,17,18
15.265 15.2621 Fe XVII 2p⁶ ¹S₀ - 2p⁵ 3d ³D₁ 2.6e+05 1,14,17,18
15.279 1,18
15.289 17
15.374 1,14,17,18
15.410 17,18
15.432 17,18
15.454 15.4500 Fe XVII 2p⁶ ¹S₀ - 2p⁵ 3d ³P₁ 3.4e+04 1,14,15,17,18
15.495 1,14,15,17,18
15.516 14,15,17,18
15.626 15.6250 Fe XVIII 2s² 2p⁵ ²P_3/2 - 2p⁴ (¹D) 3s ²D_5/2 4.0e+04 1,14,15,17,18
15.679 17,18
15.766 1,14,15,17,18
15.829 15.8281 Fe XVIII 2s² 2p⁵ ²P_3/2 - 2p⁴ (³P) 3s ⁴P_3/2 3.3e+04 1,14,15,17,18
15.870 1,14,15,17,18
16.003 16.0050 Fe XVIII 2s² 2p⁵ ²P_3/2 - 2p⁴ (³P) 3s ²P_3/2 5.8e+04 1,14,15,17,18
16.0055 O VIII 1s ²S_1/2 - 3p ²P_3/2 2.2e+05
16.0067 O VIII 1s ²S_1/2 - 3p ²P_1/2 1.1e+05
16.017 17,18
16.074 16.0720 Fe XVIII 2s² 2p⁵ ²P_3/2 - 2p⁴ (³P) 3s ⁴P_5/2 1.4e+05 1,14,15,17,18
16.108 1,14,15,17,18
16.167 16.1670 Fe XVIII 2s 2p⁶ ²S_1/2 - 2s 2p⁵ (³P) 3s ²P_3/2 8.9e+04 1,14,15,17,18
16.238 16.2380 Fe XVII 2p⁶ ¹S₀ - 2p⁵ 3p ³P₂ 5.8e+03 1,17,18
16.249 15
16.274 14,15,17,18
16.312 16.2950 Fe XVIII 2s 2p⁶ ²S_1/2 - 2s 2p⁵ (³P) 3s ⁴P_3/2 2.4e+04 14,15,17,18
16.344 16.3360 Fe XVII 2p⁶ ¹S₀ - 2p⁵ 3p ³D₂ 8.3e+03 1,14,15,17,18,20
16.618 17,18
16.631 15,18
16.774 16.7760 Fe XVII 2p⁶ ¹S₀ - 2p⁵ 3s ³P₁ 3.7e+05 1,14,15,17,18,20
16.821 17,18
16.956 14
17.051 17.0510 Fe XVII 2p⁶ ¹S₀ - 2p⁵ 3s ¹P₁ 4.4e+05 1,14,15,17,18,20
17.098 17.0960 Fe XVII 2p⁶ ¹S₀ - 2p⁵ 3s ³P₂ 2.5e+05 1,15,17,18,20
17.205 17.2010 Fe XVI 2p⁶ 3p - 2p⁵ 3s 3p ··· 15,17,18
17.318 15
17.367 17.3500 Fe XVIII 2s 2p⁶ ²S_1/2 - 2p⁴ (¹S) 3p ²P_3/2 5.2e+03 15
17.3700 Cr XVI 2p⁵ ²P_3/2 - 2p⁴ (¹D) 3d ²D_5/2 ···
17.390 17.3960 O VII 1s² ¹S₀ - 1s 5p ¹P₁ 2.1e+03 15,18
17.499 17.5010 Fe XVI 2p⁶ 3p - 2p⁵ 3s 3p ··· 15,17,18
17.5010 Fe XVI 2p⁶ 3d - 2p⁵ 3s 3d ···
17.622 17.6220 Fe XVIII 2s 2p⁶ ²S_1/2 - 2p⁴ (¹D) 3p ²P_3/2 2.4e+05 1,14,15,17,18
17.684 15
17.765 17.7680 O VII 1s² ¹S₀ - 1s 4p ¹P₁ 4.7e+03 14,15
17.798 17.8040 Fe XVIII 2s 2p⁶ ²S_1/2 - 2p⁴ (¹D) 3p ²D_3/2 6.4e+03 15
····· 18.0290 Fe XVIII 2s 2p⁶ ²S_1/2 - 2p⁴ (³P) 3p ²D_3/2 6.9e+03
18.090 18.0900 Fe XVIII 2s 2p⁶ ²S_1/2 - 2p⁴ (³P) 3p ⁴S_3/2 4.8e+03 15
18.202 18.2020 Fe XVIII 2s 2p⁶ ²S_1/2 - 2p⁴ (³P) 3p ⁴D_3/2 1.6e+04 15
18.2020 Fe XVIII 2s 2p⁶ ²S_1/2 - 2p⁴ (³P) 3p ²P_3/2 1.3e+04
18.360 1
18.401 15
18.499 18.4970 Cr XV 2p⁶ ¹S₀ - 2p⁵ (²P_1/2) 3d ¹P₁ ··· 1,15,18
18.565 15
18.627 18.6270 O VII 1s² ¹S₀ - 1s 3p ¹P₁ 1.4e+04 1,14,15,17,18
18.689 18.6909 Ca XVIII 1s² 2s ²S_1/2 - 1s² 3p ²P_3/2 2.0e+04 15
18.733 18.7319 Ca XVIII 1s² 2s ²S_1/2 - 1s² 3p ²P_1/2 1.0e+04 15
18.783 18.7860 Ar XVI 1s² 2p ²P_3/2 - 1s² 4s ²S_1/2 4.4e+03 15
18.928 18.9320 O VII d 1s 3d ¹D₂ - 2p 3d ¹F₃ 2.4e+03
18.970 18.9671 O VIII 1s ²S_1/2 - 2p ²P_3/2 1.4e+06 1,14,15,17,18
18.9725 O VIII 1s ²S_1/2 - 2p ²P_1/2 7.2e+05
19.059 19.0610 O VII d 1s 3d ³D₃ - 2p 3d ³F₄ 2.3e+03 17,18
19.0640 O VII d 1s 3d ³D₂ - 2p 3d ³F₃ 1.5e+03
19.0660 O VII d 1s 3d ³D₁ - 2p 3d ³F₂ 1.1e+03
19.260 19.2550 Cr XVI 2p⁵ ²P_3/2 - 2p⁴ (¹D) 3s ²D_5/2 ··· 1,15
19.300 19.3060 O VII d 1s 2s ³S₁ - 2s 2p ³P₂ 1.9e+03 15
19.3100 O VII d 1s 2s ³S₁ - 2s 2p ³P₁ 1.1e+03
19.354 19.3612 N VII 1s ²S_1/2 - 5p ²P_3/2 2.3e+03 17,18
19.3614 N VII 1s ²S_1/2 - 5p ²P_1/2 1.1e+03
19.403 19.3930 O VII d 1s 2p ¹P₁ - 2p² ¹D₂ 4.3e+03 17,18
19.511 19.5110 Cr XVI 2p⁵ ²P_3/2 - 2p⁴ (¹D) 3s ²D_3/2 ··· 15
19.532 19.5380 Cr XVI 2p⁵ ²P_3/2 - 2p⁴ (³P) 3s ²P_3/2 ··· 15
19.564 19.5580 Ca XVII 2s² ¹S₀ - 2s 3p ¹P₁ 2.3e+03 15
19.583 19.5825 Ca XVII 2s² ¹S₀ - 2s 3p ³P₁ 1.8e+03 17,18
19.640 19.6420 Ca XVIII 1s² 2p ²P_1/2 - 1s² 3d ²D_3/2 1.4e+04 15
19.715 19.7140 Cr XVI 2p⁵ ²P_3/2 - 2p⁴ (³P) 3s ²P_1/2 ··· 15
19.788 19.7892 Ca XVIII 1s² 2p ²P_3/2 - 1s² 3d ²D_5/2 2.5e+04 15
19.808 19.8009 Ca XVIII 1s² 2p ²P_3/2 - 1s² 3d ²D_3/2 2.7e+03 15
19.8070 Cr XVI 2p⁵ ²P_3/2 - 2p⁴ (³P) 3s ⁴P_5/2 ···
····· 19.8257 N VII 1s ²S_1/2 - 4p ²P_3/2 5.0e+03
····· 19.8261 N VII 1s ²S_1/2 - 4p ²P_1/2 2.5e+03
19.916 15
····· 20.0530 Ca XVIII 1s² 2p ²P_1/2 - 1s² 3s ²S_1/2 6.2e+03
20.126 20.1219 Ar XVIII 2p ²P_1/2 - 3s ²S_1/2 3.3e+02 15
····· 20.2190 Ca XVIII 1s² 2p ²P_3/2 - 1s² 3s ²S_1/2 1.3e+04
20.288 20.2804 Ar XVIII 2p ²P_3/2 - 3s ²S_1/2 6.4e+02 15
20.318 20.3400 Ca XVII 2s 2p ³P₁ 2s 3d ³D₂ 2.7e+02 15,18
20.434 20.4370 Ca XVII 2s 2p ³P₂ - 2s 3d ³D₃ 5.0e+02 15
20.862 20.8610 K XVII 1s² 2s ²S_1/2 - 1s² 3p ²P_3/2 4.9e+02 1,15,18
20.8630 Cr XV 2p⁶ ¹S₀ - 2p⁵ (²P_1/2) 3s ¹P₁ ···
20.906 20.9095 N VII 1s ²S_1/2 - 3p ²P_3/2 1.4e+04 1,15
20.9106 N VII 1s ²S_1/2 - 3p ²P_1/2 7.3e+03
21.153 21.1530 Cr XV 2p⁶ ¹S₀ - 2p⁵ (²P_3/2) 3s ³P₁ ··· 1,15
21.202 21.1980 Ca XVII 2s 2p ¹P₁ - 2s 3d ¹D₂ 5.9e+03 1,15
····· 21.3830 Fe XXIV 1s² 3s ²S_1/2 - 1s² 5p ²P_3/2 3.2e+03
····· 21.3830 Fe XXIV 1s² 3s ²S_1/2 - 1s² 5p ²P_1/2 1.7e+03
21.447 21.4500 Ca XVI 2p ²P_1/2 - 2s² 3d ²D_3/2 2.9e+03 1,15
21.603 21.6020 O VII 1s² ¹S₀ - 1s 2p ¹P₁ 9.1e+04 1,14,15,18
21.802 21.8070 O VII 1s² ¹S₀ - 1s 2p ³P₁ 5.8e+03 1,14,15
21.850 21.8200 Fe XXIV 1s² 3p ²P_1/2 - 1s² 5d ²D_3/2 1.7e+03 18
22.025 22.0200 K XVII 1s² 2p ²P_1/2 - 1s² 3d ²D_3/2 3.5e+02 15
22.0595 Si XIV 2s ²S_1/2 - 5p ²P_3/2 4.8e+02
22.100 22.1012 O VII 1s² ¹S₀ - 1s 2s ³S₁ 3.5e+04 1,15,18
····· 22.1140 Ca XVII 2s 2p ¹P₁ - 2s 3s ¹S₀ 3.7e+03
····· 22.1980 Fe XXIV 1s² 3p ²P_3/2 - 1s² 5s ²S_1/2 2.9e+03
22.722 22.7250 Ca XV 2p² ³P₀ - 2p 3d ³D₁ 2.3e+03 1,15
22.778 22.8210 Ca XV 2p² ³P₂ - 2p 3d ³D₁ 5.5e+02 15
····· 23.0050 S XIV 1s² 2s ²S_1/2 - 1s² 4p ²P_3/2 7.4e+03
····· 23.0150 S XIV 1s² 2s ²S_1/2 - 1s² 4p ²P_1/2 3.9e+03
····· 23.5460 Ar XVI 1s² 2s ²S_1/2 - 1s² 3p ²P_3/2 3.2e+04
····· 23.5900 Ar XVI 1s² 2s ²S_1/2 - 1s² 3p ²P_1/2 1.6e+04
24.09 24.1100 Ca XIV 2p³ ⁴S_3/2 - 2p² (³P) 3d ⁴P_5/2 ··· 1
24.13 1
····· 24.2000 S XIV 1s² 2p ²P_1/2 - 1s² 4d ²D_3/2 3.8e+03
····· 24.2850 S XIV 1s² 2p ²P_3/2 - 1s² 4d ²D_5/2 6.9e+03
24.38 1
····· 24.4180 S XIV 1s² 2p ²P_1/2 - 1s² 4s ²S_1/2 1.6e+03
····· 24.5080 S XIV 1s² 2p ²P_3/2 - 1s² 4s ²S_1/2 3.2e+03
24.53 24.5199 Si XIII 1s 2s ³S₁ - 1s 5p ³P₁ 3.2e+02 1
24.68 24.6955 Si XIV 2p ²P_1/2 - 4d ²D_3/2 5.2e+02 1
24.6987 Si XIV 2s ²S_1/2 - 4p ²P_3/2 9.8e+02
24.78 24.7792 N VII 1s ²S_1/2 - 2p ²P_3/2 9.0e+04 1
24.7846 N VII 1s ²S_1/2 - 2p ²P_1/2 4.5e+04
24.86 24.8540 Ar XVI 1s² 2p ²P_1/2 - 1s² 3d ²D_3/2 2.4e+04 1
····· 24.9910 Ar XVI 1s² 2p ²P_3/2 - 1s² 3d ²D_5/2 4.2e+04
····· 25.0130 Ar XVI 1s² 2p ²P_3/2 - 1s² 3d ²D_3/2 4.6e+03
····· 25.5160 Ar XVI 1s² 2p ²P_1/2 - 1s² 3s ²S_1/2 9.9e+03
····· 25.6840 Ar XVI 1s² 2p ²P_3/2 - 1s² 3s ²S_1/2 2.0e+04
26.03 26.0000 Ca XIII 2p⁴ ³P₂ - 2p³ (²D) 3d ³P₂ ··· 1
26.0330 Ca XIII 2p⁴ ³P₂ - 2p³ (²D) 3d ³D₃ ···
26.22 26.2190 Ca XIII 2p⁴ ³P₁ - 2p³ (²D) 3d ³D₂ ··· 1
26.36 26.3572 C VI 1s ²S_1/2 - 5p ²P_3/2 3.6e+03 1
26.3574 C VI 1s ²S_1/2 - 5p ²P_1/2 1.8e+03
26.59 1
26.64 1
26.71 26.7190 Ca XIII 2p⁴ ³P₂ - 2p³ (⁴S) 3d ³D₃ ··· 1
l_solar (Å) l (Å) Ion Transition Int Refs
27.01 26.9896 C VI 1s ²S_1/2 - 4p ²P_3/2 7.7e+03 1
26.9901 C VI 1s ²S_1/2 - 4p ²P_1/2 3.8e+03
27.15 1
····· 27.4100 Ar XV 2s 2p ¹P₁ - 2s 3d ¹D₂ 5.3e+03
····· 27.4700 Ar XIV 2p ²P_1/2 - 2s² 3d ²D_3/2 2.7e+03
····· 27.5304 S XV 1s 2s ³S₁ - 1s 3p ³P₂ 3.7e+03
27.56 27.5598 S XV 1s 2s ³S₁ - 1s 3p ³P₁ 1.4e+03 1
27.60 27.6080 Ca XII 2p⁵ ²P_1/2 - 2p⁴ (¹S) 3d ²D_3/2 ··· 1
27.65 27.6420 Ar XIV 2p ²P_3/2 - 2s² 3d ²D_3/2 5.4e+02 1
27.98 27.9730 Ca XII 2p⁵ ²P_3/2 - 2p⁴ (¹S) 3d ²D_5/2 ··· 1
28.13 28.1310 Ca XII 2p⁵ ²P_1/2 - 2p⁴ (¹D) 3d ²D_3/2 ··· 1
28.40 28.3860 Ar XV 2s 2p ¹P₁ - 2s 3s ¹S₀ 3.4e+03 1
28.46 28.4652 C VI 1s ²S_1/2 - 3p ²P_3/2 2.2e+04 1
28.4663 C VI 1s ²S_1/2 - 3p ²P_1/2 1.1e+04
28.56 1
28.78 28.7870 N VI 1s² ¹S₀ - 1s 2p ¹P₁ 3.7e+03 1
28.91 28.9084 Si XIII 1s 2p ¹P₁ - 1s 4d ¹D₂ 3.5e+02 1
28.9382 S XV 1s 2p ³P₁ - 1s 3s ³S₁ 3.6e+02
29.07 29.0840 N VI 1s² ¹S₀ - 1s 2p ³P₁ 2.6e+02 1
29.53 29.5343 N VI 1s² ¹S₀ - 1s 2s ³S₁ 1.7e+03 1
29.5438 S XV 1s 2p ¹P₁ - 1s 3s ¹S₀ 2.3e+03
29.65 29.5740 Si XII 1s² 2p ²P_1/2 - 1s² 5s ²S_1/2 7.4e+02
29.6450 Si XII 1s² 2p ²P_3/2 - 1s² 5s ²S_1/2 4.4e+02 1
29.99 1
30.09 1
30.45 30.4270 S XIV 1s² 2s ²S_1/2 - 1s² 3p ²P_3/2 4.2e+04 1
30.4690 S XIV 1s² 2s ²S_1/2 - 1s² 3p ²P_1/2 2.2e+04
30.56 1
····· 30.7260 Fe XXIV 1s² 3s ²S_1/2 - 1s² 4p ²P_3/2 7.4e+03
····· 30.8780 Fe XXIV 1s² 3s ²S_1/2 - 1s² 4p ²P_1/2 4.0e+03
31.01 31.0120 Si XII 1s² 2s ²S_1/2 - 1s² 4p ²P_3/2 5.2e+03 1
31.0230 Si XII 1s² 2s ²S_1/2 - 1s² 4p ²P_1/2 2.7e+03
····· 31.6160 Fe XXIV 1s² 3p ²P_1/2 - 1s² 4d ²D_3/2 4.4e+03
31.74 31.7460 Fe XXIII 2s 3s ³S₁ - 2s 4p ¹P₁ 6.9e+02 1
31.77 1
31.83 1
31.94 31.9590 Fe XXIV 1s² 3p ²P_3/2 - 1s² 4d ²D_5/2 7.9e+03 1
32.01 32.0100 Fe XXIV 1s² 3p ²P_3/2 - 1s² 4d ²D_3/2 8.7e+02 1
32.19 32.1910 S XIII 2s² ¹S₀ - 2s 3p ³P₁ 1.0e+03 1
32.24 32.2420 S XIII 2s² ¹S₀ - 2s 3p ¹P₁ 1.9e+03 1
32.29 1
32.41 32.4040 Fe XXIV 1s² 3p ²P_1/2 - 1s² 4s ²S_1/2 3.8e+03 1
32.4160 S XIV 1s² 2p ²P_1/2 - 1s² 3d ²D_3/2 2.8e+04
32.50 32.4890 Fe XXIII 2s 3s ¹S₀ - 2s 4p ¹P₁ 4.5e+03 1
32.55 32.5600 S XIV 1s² 2p ²P_3/2 - 1s² 3d ²D_5/2 4.9e+04 1
····· 32.5750 S XIV 1s² 2p ²P_3/2 - 1s² 3d ²D_3/2 5.5e+03
32.66 32.6520 Fe XVI 3p ²P_3/2 - 7d ²D_5/2 ··· 1
····· 32.8190 Fe XXIV 1s² 3p ²P_3/2 - 1s² 4s ²S_1/2 8.1e+03
32.97 32.9730 Si XII 1s² 2p ²P_3/2 - 1s² 4d ²D_5/2 4.9e+03 1
33.22 33.2220 Si XII 1s² 2p ²P_1/2 - 1s² 4s ²S_1/2 1.1e+03 1
33.30 33.3023 Si XIV 2p ²P_1/2 - 3d ²D_3/2 1.4e+03 1
33.3081 Si XIV 2s ²S_1/2 - 3p ²P_3/2 2.2e+03
33.3130 Si XII 1s² 2p ²P_3/2 - 1s² 4s ²S_1/2 2.2e+03
33.38 33.3810 S XIV 1s² 2p ²P_1/2 - 1s² 3s ²S_1/2 1.2e+04 1
····· 33.4340 Fe XXIII 2s 3p ¹P₁ - 2s 4d ¹D₂ 9.1e+03
33.50 33.5069 Si XIV 2p ²P_3/2 - 3s ²S_1/2 3.5e+03 1
33.54 33.5490 S XIV 1s² 2p ²P_3/2 - 1s² 3s ²S_1/2 2.5e+04 1
33.73 33.7342 C VI 1s ²S_1/2 - 2p ²P_3/2 1.4e+05 1
33.7396 C VI 1s ²S_1/2 - 2p ²P_1/2 6.8e+04
33.96 33.9510 S XIII 2s 2p ³P₂ - 2s 3d ³D₃ 4.0e+02 1
34.86 34.8570 Fe XVI 3p ²P_1/2 - 6d ²D_3/2 ··· 1
34.99 34.9730 C V 1s² ¹S₀ - 1s 3p ¹P₁ 4.9e+02 1
35.10 35.0950 P XIII 1s² 2s ²S_1/2 - 1s² 3p ²P_3/2 3.9e+02 1
35.1060 Fe XVI 3p ²P_3/2 - 6d ²D_5/2 ···
35.21 1
35.36 35.3680 Fe XVI 3d ²D_5/2 - 8f ²F_7/2 ··· 1
35.3530 Si XI 2s 2p ³P₀ - 2s 4d ³D₁ ···
35.3830 Si XI 2s 2p ³P₁ - 2s 4d ³D₂ ···
35.46 35.4460 Si XI 2s 2p ³P₂ - 2s 4d ³D₃ ··· 1
35.57 1
35.67 35.6670 S XIII 2s 2p ¹P₁ - 2s 3d ¹D₂ 4.1e+03 1
35.73 35.7100 Fe XVI 3p ²P_1/2 - 6s ²S_1/2 ··· 1
35.80 1
36.01 36.0100 Fe XVI 3p ²P_3/2 - 6s ²S_1/2 ··· 1
36.12 1
36.40 36.3980 S XII 2s² 2p ²P_1/2 - 2s² 3d ²D_3/2 1.5e+03 1
····· 36.4333 Si XIII 1s 2s ³S₁ - 1s 3p ³P₂ 5.1e+03
36.52 1
36.56 36.5640 S XII 2s² 2p ²P_3/2 - 2s² 3d ²D_5/2 7.0e+02 1
36.5730 S XII 2s² 2p ²P_3/2 - 2s² 3d ²D_3/2 3.0e+02
36.75 36.7490 Fe XVI 3s ²S_1/2 - 5p ²P_3/2 2.9e+03 1
36.80 36.8030 Fe XVI 3s ²S_1/2 - 5p ²P_1/2 1.6e+03 1
36.89 1
37.35 1
37.42 1
37.60 37.5980 S XIII 2s 2p ¹P₁ - 2s 3s ¹S₀ 2.6e+03 1
37.71 37.7060 P XIII 1s² 2p ²P_3/2 - 1s² 3d ²D_5/2 5.1e+02 1
37.7150 S XII 2s 2p² ²D_3/2 - 2s 2p (³P*) 3d ²F_5/2 3.7e+02
····· 39.4147 Si XIII 1s 2p ¹P₁ - 1s 3s ¹S₀ 3.1e+03
39.66 39.6680 Mg X 1s² 2s ²S_1/2 - 1s² 5p ²P_3/2 2.9e+02 1
39.75 1
39.83 39.8270 Fe XVI 3p ²P_1/2 - 5d ²D_3/2 2.7e+03 1
39.89 1
39.94 1
40.14 40.1530 Fe XVI 3p ²P_3/2 - 5d ²D_5/2 4.8e+03 1
40.19 40.1990 Fe XVI 3d ²D_3/2 - 6f ²F_5/2 ··· 1
40.27 40.2680 C V 1s² ¹S₀ - 1s 2p ¹P₁ 3.2e+03 1
40.72 40.7307 C V 1s² ¹S₀ - 1s 2p ³P₁ 2.4e+02 1
40.86 1
40.91 40.9110 Si XII 1s² 2s ²S_1/2 - 1s² 3p ²P_3/2 3.0e+04 1
40.95 40.9510 Si XII 1s² 2s ²S_1/2 - 1s² 3p ²P_1/2 1.5e+04 1,7
41.01 1
41.13 7
41.22 1
41.47 41.4721 C V 1s² ¹S₀ - 1s 2s ³S₁ 1.9e+03 1,7
41.94 41.9320 Fe XVI 3p ²P_1/2 - 5s ²S_1/2 3.0e+03 1,7
42.27 42.3040 Fe XVI 3p ²P_3/2 - 5s ²S_1/2 6.2e+03 1
42.55 42.5430 S X 2p³ ⁴S_3/2 - 2p² (³P) 3d ⁴P_5/2 ··· 1,7
42.61 1
43.31 43.3149 Ne X 2s ²S_1/2 - 5p ²P_3/2 4.6e+02 1,7
43.65 1
43.76 43.7630 Si XI 2s² ¹S₀ - 2s 3p ¹P₁ 1.0e+03 1,7
43.80 1
44.02 44.0190 Si XII 1s² 2p ²P_1/2 - 1s² 3d ²D_3/2 1.9e+04 1
44.17 44.1650 Si XII 1s² 2p ²P_3/2 - 1s² 3d ²D_5/2 3.4e+04 1,7
44.1780 Si XII 1s² 2p ²P_3/2 - 1s² 3d ²D_3/2 3.8e+03
44.20 44.1780 Si XII 1s² 2p ²P_3/2 - 1s² 3d ²D_3/2 3.8e+03 1
44.36 1
44.55 7
44.86 7
45.06 1,7
45.51 45.5210 Si XII 1s² 2p ²P_1/2 - 1s² 3s ²S_1/2 8.4e+03 1,7
45.68 45.6910 Si XII 1s² 2p ²P_3/2 - 1s² 3s ²S_1/2 1.7e+04 1,7
45.73 1
45.76 1
46.00 7
46.18 1
46.33 46.2980 Si XI 2s 2p ³P₁ - 2s 3d ³D₂ 1.3e+02 1,7
46.3140 Al XII 1s 2p ¹P₁ - 1s 3s ¹S₀ 1.5e+02
46.40 46.3990 Si XI 2s 2p ³P₂ - 2s 3d ³D₃ 3.6e+02 1
46.66 46.6610 Fe XVI 3d ²D_3/2 - 5f ²F_5/2 2.6e+03 1
46.72 46.7180 Fe XVI 3d ²D_5/2 - 5f ²F_7/2 3.6e+03 1,7
47.33 47.3100 Mg X 1s² 2p ²P_3/2 - 1s² 4d ²D_5/2 7.7e+02 1,7
47.60 7
47.67 47.6630 Ni XVII 3s 3p ¹P₁ - 3s 4d ¹D₂ ··· 1
47.79 47.7720 Ni XVI 3s² 3p ²P_3/2 - 3s² 4d ²D_5/2 ··· 1
47.85 47.8790 Mg X 1s² 2p ²P_3/2 - 1s² 4s ²S_1/2 3.4e+02 7
48.25 1
48.29 48.2970 Al XI 1s² 2s ²S_1/2 - 1s² 3p ²P_3/2 9.5e+02 1
48.33 48.3380 Al XI 1s² 2s ²S_1/2 - 1s² 3p ²P_1/2 4.8e+02 1
48.51 48.5010 Ne X 2p ²P_1/2 - 4d ²D_3/2 5.0e+02 7
48.5048 Ne X 2s ²S_1/2 - 4p ²P_3/2 9.4e+02
48.5113 Ne X 2p ²P_1/2 - 4s ²S_1/2 4.2e+02
48.5156 Ne X 2s ²S_1/2 - 4p ²P_1/2 4.7e+02
48.97 48.9530 Fe XVI 3d ²D_5/2 - 5p ²P_3/2 5.1e+02 1
48.9790 Fe XVI 3d ²D_3/2 - 5p ²P_1/2 3.0e+02
49.18 1
49.22 49.2220 Si XI 2s 2p ¹P₁ - 2s 3d ¹D₂ 1.9e+03 1,7
49.31 1
49.49 1
49.64 1
49.71 1
49.76 1
49.81 1
49.88 1

File translated from T_EX by T_TH, version 2.61.
On 4 Oct 2000, 21:15.