Open Access
Table A.1.
Atomic line data used for the many-line SPINOR inversion sorted by central wavelength (CWL) and separated in spectral regions.
| RID | CWL [Å] | Element | log(gf) | Lower | Upper | Significance | ||||||
|---|---|---|---|---|---|---|---|---|---|---|---|---|
| E [eV] | J | Config | J | Config | I | Q | U | V | ||||
| R02 | 5225.53 | Fe I | -4.889 | 0.110121 | 1.0 | s2 a5D | 1.0 | (5D)sp z7D | 3.0e-03 | 2.0e-03 | 2.0e-03 | 1.0e-03 |
| 5225.82 | Cr I | -1.420 | 2.707900 | 3.0 | 3d5(4P)4s a5P | 2.0 | 4s4p(1P) y5F | |||||
| R03 | 5226.38 | Cr I | -2.724 | 4.116400 | 5.0 | 3d5(2G2)4s c3G | 5.0 | 3d5(4F)4p v5G | 1.0e-02 | 9.9e-01 | 9.9e-01 | 1.0e-03 |
| 5226.54 | Ti II | -1.260 | 1.565800 | 1.5 | 3d3 b2D | 1.5 | 3d2(3F)4p z2D | |||||
| 5226.59 | Ti I | -3.460 | 3.323200 | 2.0 | 4s4p(3P) x3F | 3.0 | 3d24s(4S)5s 5P | |||||
| 5226.86 | Fe I | -0.555 | 3.038500 | 2.0 | 4s4p(3P) z7P | 2.0 | 4s(6D)5s e7D | |||||
| 5226.90 | Fe I | -1.906 | 4.294400 | 2.0 | 3d64s2 b1D2 | 3.0 | 3d7(2D2)4p x1F | |||||
| 5226.90 | Cr I | -0.932 | 3.375200 | 2.0 | 3d5(4P)4s b3P | 2.0 | 4s4p(3P) w5D | |||||
| 5226.92 | Ca I | -3.407 | 3.728400 | 2.0 | 3p64s4f 3F | 1.0 | 3p63d8g 3D | |||||
| 5226.98 | Cr II | -3.416 | 10.761500 | 3.5 | 4s4p(3P) u4G | 2.5 | 3d4(a3F)4d 4G | |||||
| 5227.03 | Y II | -2.272 | 7.257200 | 3.0 | 4d5d e1F | 2.0 | 4d7p 3F | |||||
| 5227.07 | Cr I | -1.720 | 2.709900 | 1.0 | 3d5(4P)4s a5P | 2.0 | 4s4p(1P) x5P | |||||
| 5227.10 | Fe II | -2.452 | 6.703000 | 0.5 | 3d6(3P1)4s c2P | 1.5 | 3d6(3D)4p y2P | |||||
| 5227.12 | Fe II | -3.353 | 9.575400 | 4.5 | 3d54s22H | 3.5 | 4s4p(3P) t2F | |||||
| 5227.15 | Fe I | -1.352 | 2.424200 | 1.0 | 3d64s2 a3P2 | 2.0 | 3d7(4F)4p y3D | |||||
| 5227.19 | Fe I | -1.328 | 1.557400 | 3.0 | 3d7(4F)4s a3F | 2.0 | 4s4p(3P) z3D | |||||
| 5227.52 | Fe I | -2.511 | 5.351600 | 4.0 | 4s(6D)5s e7D | 3.0 | 3d7(4F)7p 5G | |||||
| 5227.55 | Ti I | -2.017 | 3.708700 | 3.0 | 4s4p(1P) w3D | 4.0 | 3d24p2 h5D | |||||
| 5227.56 | V I | -1.323 | 2.256300 | 2.5 | 4s4p(3P) z6D | 3.5 | 3d4(5D)5s e6D | |||||
| R06 | 5229.85 | Fe I | -1.057 | 3.283246 | 1.0 | (5D)sp z5D | 0.0 | s6D)5s e5D | 3.0e-03 | 2.0e-03 | 2.0e-03 | 1.0e-03 |
| 5229.87 | Fe I | -0.201 | 4.220646 | 4.0 | (4F)4p y5F | 4.0 | (4F)4d h5D | |||||
| 5230.19 | Ca I | -3.229 | 3.599700 | 2.0 | 3p64s5d 3D | 1.0 | 3p63d10f 3P | |||||
| 5230.21 | Co I | -1.940 | 1.740300 | 1.5 | 3p63d74s2 a4P | 1.5 | 3p63d8(3F)4p y4D | |||||
| 5230.21 | Cr II | -3.486 | 8.727800 | 4.5 | 3d4(3G)4p y2H | 5.5 | 3d4(5D)4d e4G | |||||
| 5230.22 | Cr I | -1.830 | 2.709900 | 1.0 | 3d5(4P)4s a5P | 2.0 | 4s4p(1P) y5F | |||||
| 5230.27 | Mn II | -2.599 | 10.214800 | 3.0 | 3d5(2F)4p y3G | 3.0 | 3d5(4G)5s e5G | |||||
| 5230.40 | Co I | -0.489 | 4.110438 | 1.5 | (3F)4p y4D | 1.5 | (3F)4d e4D | |||||
| 5230.69 | Fe I | -2.490 | 4.294703 | 2.0 | s2 b1D2 | 2.0 | (4F)5p 5F | |||||
| R07 | 5232.50 | Cr II | -2.340 | 4.071504 | 3.5 | d5 b4F | 4.5 | (5D)4p z4F | 1.0e-02 | 9.9e-01 | 9.9e-01 | 5.0e-04 |
| 5232.95 | Fe I | -0.200 | 2.940044 | 4.0 | (5D)sp z7P | 5.0 | s6D)5s e7D | |||||
| 5233.21 | Ti I | -3.357 | 1.733633 | 1.0 | (4P)4s a5P | 0.0 | (4P)4p x3P | |||||
| R09 | 5237.08 | Co I | -0.355 | 4.175373 | 2.5 | (3F)4p y4G | 3.5 | 3F)s5s g2F | 2.3e-03 | 3.5e-03 | 2.6e-03 | 1.0e-03 |
| 5237.24 | Y II | -1.560 | 7.945200 | 2.0 | 4d6p 3D | 3.0 | 4d8s 3D | |||||
| 5237.26 | Fe I | -3.451 | 3.546500 | 2.0 | 3d7(2D2)4s a1D | 3.0 | 4s4p(3P) w5G | |||||
| 5237.33 | Cr II | -1.380 | 4.073400 | 4.5 | 3d5 b4F | 4.5 | 3d4(5D)4p z4F | |||||
| 5237.35 | Ti I | -3.000 | 1.502591 | 4.0 | s2 a1G | 3.0 | (3P)sp v3D | |||||
| 5237.42 | Cr I | -1.569 | 4.261500 | 5.0 | 3d5(4G)4p y5H | 4.0 | 3d44s5s e5H | |||||
| 5237.43 | Nb I | -1.390 | 1.042800 | 0.5 | 4d4(a5D)5s a4D | 0.5 | 4d35s(c3P)5p y4P | |||||
| R10 | 5238.54 | Ti I | -0.996 | 2.092200 | 2.0 | 4s4p(3P) z5F | 1.0 | 3d24s(4F)5s e5F | 2.0e-04 | 2.0e-03 | 2.0e-03 | 1.0e-04 |
| 5238.57 | Ti I | -1.091 | 2.092398 | 2.0 | (3F)sp z5F | 1.0 | s4F)5s e5F | |||||
| 5238.59 | Ti I | -2.074 | 0.848400 | 5.0 | 3d3(4F)4s a5F | 4.0 | (3P)sp y5D | |||||
| 5238.62 | Fe II | -5.295 | 2.891213 | 2.5 | d5 4s2 a6S | 1.5 | (5D)4p z6F | |||||
| 5238.95 | Fe II | -2.788 | 10.857600 | 2.5 | 4s4p(3P) y6F | 2.5 | 4p2(1D) 6D | |||||
| 5238.96 | Cr I | -1.450 | 2.708800 | 2.0 | 3d5(4P)4s a5P | 1.0 | 4s4p(1P) x5P | |||||
| 5240.36 | Fe I | -3.537 | 3.267333 | 5.0 | (2H)4s b3H | 4.0 | (3H)sp y3G | 2.0e-03 | 2.0e-02 | 2.0e-02 | 1.0e-02 | |
| 5240.48 | Cr I | -0.804 | 3.668273 | 2.0 | (5D)sp y5P | 3.0 | 4s5s f5D | |||||
| R12 | 5242.40 | Fe I | -3.248 | 4.638200 | 1.0 | 4s4p(1P) y5P | 2.0 | 3d64s(6D)5d 5D | 3.0e-03 | 1.0e-02 | 1.0e-02 | 1.0e-03 |
| 5242.42 | Ni II | -1.631 | 12.552900 | 0.5 | 3p63d8(3F)4d 2P | 0.5 | 3p63d8(3P)5p 4P | |||||
| 5242.42 | Sc I | -1.542 | 2.319900 | 0.5 | 4s24p 2P | 1.5 | 3d4s(1D)5s 2D | |||||
| 5242.45 | Y II | -1.717 | 7.882100 | 1.0 | 4d6p 3D | 1.0 | 4d8s 3D | |||||
| 5242.50 | Fe I | -0.967 | 3.634300 | 6.0 | 3d64s2 a1I | 5.0 | 3d7(2G)4p z1H | |||||
| 5242.50 | Co II | -1.669 | 12.034300 | 4.0 | 3p63d7(4F)5p 3F | 3.0 | 3p63d7(2H)4d 3F | |||||
| R13 | 5243.32 | Mn II | -2.611 | 10.661300 | 2.0 | 3d5(4F)4p 3F | 2.0 | 3d5(4P)5s e3P | 3.0e-03 | 1.0e-02 | 1.0e-02 | 1.0e-03 |
| 5243.35 | Cr I | -0.580 | 3.395000 | 2.0 | 4s4p(3P) z7D | 1.0 | 3d44s5s f7D | |||||
| 5243.45 | Cr II | -2.764 | 4.042300 | 2.5 | 3d5 a2F | 2.5 | 3d4(5D)4p z4F | |||||
| 5243.46 | Ti I | -2.658 | 2.305400 | 3.0 | 4s4p(3P) z5D | 3.0 | 3d24s(4F)5s e3F | |||||
| 5243.49 | Ca I | -3.442 | 3.599700 | 2.0 | 3p64s5d 3D | 1.0 | 3p63d10f 3D | |||||
| 5243.70 | Ti I | -1.450 | 2.344714 | 2.0 | (2P)4s c3P | 2.0 | (3P)sp u3D | |||||
| 5243.78 | Fe I | -0.950 | 4.256509 | 3.0 | (4F)4p y5F | 4.0 | (4F)4d g5F | |||||
| R14 | 5246.77 | Cr II | -2.480 | 3.713810 | 0.5 | (3P)4s b4P | 1.5 | (5D)4p z4P | 4.0e-04 | 2.0e-04 | 2.0e-04 | 1.0e-04 |
| 5246.96 | V I | -1.683 | 2.253448 | 1.5 | (4F)sp z6F | 2.5 | (5D)5s e6D | |||||
| 5247.05 | Fe I | -4.946 | 0.087291 | 2.0 | s2 a5D | 3.0 | (5D)sp z7D | |||||
| 5247.29 | Ti I | -0.727 | 2.103090 | 3.0 | (3F)sp z5F | 2.0 | s4F)5s e5F | |||||
| 5247.57 | Cr I | -1.640 | 0.961039 | 0.0 | s2 a5D | 1.0 | (6S)4p z5P | |||||
| 5249.09 | Fe I | -1.480 | 4.473573 | 3.0 | (4F)4p z3G | 3.0 | (4F)4d f3F | 2.3e-03 | 9.9e-01 | 9.9e-01 | 1.0e-03 | |
| 5249.27 | Ti I | -4.653 | 0.818196 | 2.0 | (4F)4s a5F | 3.0 | (4F)4p y3D | |||||
| 5249.44 | Cr II | -2.620 | 3.757897 | 1.5 | (3P)4s b4P | 2.5 | (5D)4p z6D | |||||
| R15 | 5250.21 | Fe I | -4.938 | 0.121274 | 0.0 | s2 a5D | 1.0 | (5D)sp z7D | 4.0e-04 | 2.0e-04 | 2.0e-04 | 1.0e-04 |
| 5250.65 | Fe I | -2.281 | 2.198014 | 2.0 | (4P)4s a5P | 3.0 | (5D)sp y5P | |||||
| 5250.81 | Nd II | -2.720 | 0.744600 | 4.5 | 4f4(5I)5d 6K | 3.5 | 4f4(5I)6p 6I | |||||
| 5250.82 | Cr I | -3.456 | 3.987700 | 3.0 | 4s4p(3P) x5D | 2.0 | 3d44s5s e5P | |||||
| R16 | 5253.02 | Fe I | -3.840 | 2.278758 | 2.0 | s2 a3P2 | 1.0 | (5D)sp y5P | 2.3e-03 | 3.5e-03 | 5.0e-01 | 1.0e-03 |
| 5253.46 | La I | -0.820 | 0.130589 | 2.5 | 6s2 a2D | 1.5 | 6p y4F | |||||
| 5253.47 | Fe I | -1.670 | 3.283246 | 1.0 | (5D)sp z5D | 1.0 | s6D)5s e5D | |||||
| R17 | 5254.65 | Co I | -0.389 | 3.970900 | 3.5 | 3p63d8(3F)4p y4D | 3.5 | 3p63d8(3F)4d e4D | 2.0e-04 | 2.0e-03 | 2.0e-03 | 1.0e-04 |
| 5254.85 | Co I | -2.805 | 4.208700 | 2.5 | 3p63d8(3F)4p 6S | 2.5 | 3p63d8(3F)4d f2F | |||||
| 5254.90 | Cr I | -0.610 | 3.409600 | 3.0 | 4s4p(3P) z7D | 2.0 | 3d44s5s f7D | |||||
| 5254.92 | Fe II | -3.336 | 3.230500 | 2.5 | 3d6(3G)4s a4G | 2.5 | 3d6(5D)4p z4F | |||||
| 5254.95 | Fe I | -4.834 | 0.110121 | 1.0 | s2 a5D | 2.0 | (5D)sp z7D | |||||
| 5254.98 | Fe I | -1.742 | 4.294400 | 2.0 | 3d64s2 b1D2 | 3.0 | 3d7(4F)5p 5F | |||||
| 5255.11 | Cr I | -0.200 | 3.463529 | 4.0 | (5D)sp y7P | 5.0 | 4s5s f7D | |||||
| R18 | 5255.66 | Fe I | -2.050 | 4.220400 | 4.0 | 3d7(4F)4p y5F | 5.0 | 3d7(4F)4d g5F | 3.0e-03 | 1.0e-02 | 1.0e-02 | 1.0e-03 |
| 5255.73 | Fe I | -1.801 | 4.283300 | 2.0 | 3d7(4F)4p y5F | 2.0 | 3d7(4F)4d f5P | |||||
| 5255.81 | Ti I | -0.650 | 2.117100 | 4.0 | 4s4p(3P) z5F | 3.0 | 3d24s(4F)5s e5F | |||||
| 5255.82 | Fe II | -3.075 | 10.857600 | 2.5 | 4s4p(3P) y6F | 2.5 | 4s(7S)5s 6S2 | |||||
Notes. Spectral regions are separated by horizontal lines. The region ID (RID) refers to Table 2. Please note that the significance concept in SPINOR is inspired by a noise level approximation and translates to the inverse of the used weight. Thus, a high significance value leads to a low weight on the respective profile.
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