Open Access

Table E.1.

Wavelengths, excitation potentials, and oscillator strengths of atomic lines used in this study, sorted by element, with NIST data quality flags.

Element / λ Exc. Potential Osc. Str. NIST Flag Element / λ Exc. Potential Osc. Str. NIST Flag
Å eV Å eV
Mg (12) Fe (26)
5528.405 (I) 4.343 -0.620 B+ 5191.455 (I) 3.038 -0.551 B
5711.088 (I) 4.343 -1.830 B+ 5194.942 (I) 1.557 -2.090 A
5198.711 (I) 2.223 -2.135 B
Sr (38) 5215.179 (I) 3.266 -0.871 B
4077.714 (II) 0.000 0.150 AA 5229.845 (I) 3.283 -0.967
4215.524 (II) 0.000 -0.170 AA 5232.940 (I) 2.940 -0.058 B+
4607.331 (I) 0.000 0.280 AA 5242.491 (I) 3.634 -0.967 B
4722.278 (I) 1.797 -0.130 B+ 5247.050 (I) 0.087 -4.946 A
4962.263 (I) 1.846 0.250 AA 5169.033 (II) 2.891 -1.250 C
5256.899 (I) 2.270 0.390 B+ 5197.577 (II) 3.230 -2.348 C
5234.625 (II) 3.221 -2.279
Zr (40)
4359.74 (II) 1.236 -0.5100 Y (39)
4496.97 (II) 0.713 -0.8900 4374.933 (II) 0.408 0.160 A
4687.80 (I) 0.730 0.5500 4689.767 (I) 2.002 -0.170 A
4739.48 (I) 0.650 0.2300 4883.682 (II) 1.083 0.070 B
6127.44 (I) 0.154 -1.0600 5205.722 (II) 1.032 -0.340 B+
5503.464 (I) 1.965 0.370 A
Ba (56) 5509.894 (II) 0.992 -1.010 B+
4554.033 (II) 0.000 -0.562 B (hfs)
5853.675 (II) 0.604 -1.914 B (hfs) Mo (42)
6141.713 (II) 0.704 -1.158 B (hfs) 5506.493 (I) 1.334 0.060 A+
6496.898 (II) 0.604 -1.111 B (hfs) 5533.031 (I) 1.334 -0.070 A+
5570.444 (I) 1.334 -0.340 A
Ce (58)
4628.161 (II) 0.516 0.140 B+ La (57)
5274.229 (II) 1.044 0.130 B+ 4920.98 (II) 0.126 -0.580 B+
5330.556 (II) 0.869 -0.400 B 4921.79 (II) 0.244 -0.450 B+
5353.524 (II) 0.879 0.090 B+ 5114.56 (II) 0.235 -1.999 B+ (hfs)
5122.99 (II) 0.321 -2.212 B+ (hfs)
Eu (63) 5301.98 (II) 0.403 -2.300 B+ (hfs)
4129.70 (II) 0.000 0.109 (hfs) 5805.78 (II) 0.126 -2.940 B   (hfs)
4594.03 (I) 0.000 0.680 B+
5577.14 (I) 1.667 0.000 B+ Nd (60)
6645.11 (II) 1.379 -0.517 (hfs) 4232.378 (II) - - - - B
4247.367 (II) 0.000 -0.210 B+
Pb (82) 5212.365 (II) 0.204 -0.960 B+
4057.807 (I) 1.319 -0.170 C+ 5361.474 (II) 0.680 -0.370

Notes. Oscillator strengths for lines that include hyper-fine splitting (hfs) are the total log(gf) from all contributing components. The ionization state is identified by the roman numerals in the parentheses, where (I) is the ground state, and (II) is the first ionized state.

Current usage metrics show cumulative count of Article Views (full-text article views including HTML views, PDF and ePub downloads, according to the available data) and Abstracts Views on Vision4Press platform.

Data correspond to usage on the plateform after 2015. The current usage metrics is available 48-96 hours after online publication and is updated daily on week days.

Initial download of the metrics may take a while.