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Table 1

Stellar and theoretical gf values.

λ Conf. log (gfst) log (gfth) log (gfth,ad1) log (gfth,ad2)
(Å)

3907.820 6p6d –0.82 –0.1220 –0.6636 –0.6827
4037.260 6p6d –1.00 –0.8190 –1.3597 –1.3788
4037.470 6p6d –0.75 –0.0710 –0.6126 –0.6317
4057.360 6p6d –0.80 –0.3240 –0.8658 –0.8849
4157.980 6p6d –0.60 0.0280 –0.5122 –0.5313
4162.160 5d6p –1.57 –0.9460 –1.0668 –1.0992
4180.007 6d6p –0.35 0.2350 –0.3060 –0.3251
4193.100 6d6p –0.60 0.6950
4208.391 6d6p –0.38 0.1520 –0.3893 –0.4084
4209.370 6d6p –0.70 –0.1420 –0.6836 –0.7027
4213.620 6p6d –0.22 0.3250 –0.2173 –0.2364
4215.620 6s6p –1.05 –0.6390 –0.8524 –0.8944
4222.900 6p6d 0.64 0.1220 –0.4210
4238.135 6p6d –0.23 0.3240 –0.2173 –0.2364
4245.300 6p6d –0.13 0.5110 –0.0310 –0.0501
4251.540 6p6d –0.58 0.1150 –0.4276 –0.4467
4330.390 6p6d 0.30 0.5200 –0.0217 –0.0408
4369.100 6p6d –0.72 –0.1500 –0.6915 –0.7106
4373.700 6p6d –0.70 –0.1370 –0.6788 –0.6979
4393.090 6p6d 0.00 0.5330 –0.0088 –0.0279
4395.770 6p6d 0.00 0.8260
4416.090 6p6d –0.80 0.1330
4448.025 6p6d 0.10 0.7160 0.1745 0.1554
4462.090 6p6d 0.33 0.8190 0.2773 0.2582
4787.770 5d6p –0.82 –0.6350 –0.7544 –0.7868
4817.980 5d6p –1.25 –0.9000 –1.0195 –1.0519
4823.250 6p7s –0.65 –0.1070 –0.4832 –0.4832
4844.330 6s6p 0.61 0.5140 0.3004
4876.500 6s6p 0.10 0.2660 0.0530 0.0110
4883.530 6s6p –0.25 –0.0010 –0.2150 –0.2570
4884.090 6p7s –0.80 –0.3690 –0.7450 –0.7450
4887.300 6s6p –0.85 –0.4380 –0.6519 –0.6939
4890.085 6s6p –1.17 –0.7690 –0.9837 –1.0257
4919.660 5d6p –0.85 –0.5030 –0.6229 –0.6553
4921.480 6s6p 0.05 0.3020 0.0869 0.0449
4972.700 6s6p –0.55 –0.1220 –0.3362 –0.3782
4988.725 5d6p –0.85 –0.4820 –0.6014 –0.6338
5044.920 6s6p –0.80 –0.2500 –0.4644 –0.5064
5080.510 6p7s –0.22 0.1380 –0.2397 –0.2397
5122.310 6p7s –0.37 –0.3050 –0.6818 –0.6818
5188.080 6p7s –1.10 0.1710
5260.420 5d6p –0.37 –0.2750 –0.3948 –0.4272
5261.950 6s6p 0.25 0.1390 –0.0743
5268.250 5d6p –0.80 –1.1640 –1.2842 –1.3166
5292.220 6s6p 0.49 0.4290 0.2156
5309.270 6s6p –0.95 –0.5320 –0.7458 –0.7878
5313.760 6p7s –0.09 0.2650 –0.1116 –0.1116
5339.355 6s6p –0.10 0.0540 –0.1611 –0.2031
5368.075 5d6p –1.05 –1.9600 –2.0785 –2.1109
5372.405 6s6p –0.15 –0.1420 –0.3562 –0.3982
5419.155 6s6p 0.37 0.3460 0.1322
5438.960 6s6p –0.44 –0.1360 –0.3503 –0.3922
5450.450 5d6p –0.97 –4.4930 –4.6134 –4.6458
5460.365 5d6p –0.77 –0.6010 –0.7202 –0.7526
5472.600 5d6p –0.55 –0.3540 –0.4735 –0.5059
5531.050 5d6p –0.78 –0.6610 –0.7814 –0.8138
5616.650 5d6p –0.70 0.4582
5659.380 6s6p –0.65 –0.3530 –0.5668 –0.6088
5667.540 5d6p –0.53 –0.5210 –0.6413 –0.6737
5699.610 5d6p –0.85 0.1811
5719.587 5d6p –0.80 0.2181
5726.880 5d6p –0.28 –0.0370 –0.1570 –0.1894
5750.990 6s6p –0.40 –0.1580 –0.3722 –0.4142
5758.665 5d6p –0.35 –0.1190 –0.2391 –0.2715
5776.390 5d6p –0.70 –0.9770 –1.0987 –1.1311
5893.290 5d6p –0.90 –0.3750 –0.4946 –0.5270
5905.115 5d6p –0.75 –0.7700 –0.8894 –0.9218
5945.530 5d6p –0.67 –0.8590 –0.9800 –1.0124
5971.135 6s6p –0.50 –0.5920 –0.8059 –0.8479
5976.460 6s6p –0.29 –0.2830 –0.4973 –0.5393
6036.170 5d6p –0.56 –0.5670 –0.6869 –0.7193
6051.120 5d6p –0.28 –0.2050 –0.3247 –0.3571
6097.570 5d6p –0.39 –0.3180 –0.4377 –0.4701
6101.370 5d6p –0.50 –0.5160 –0.6356 –0.6680
6270.810 6s6p –0.18 0.0810 –0.1314 –0.1734
6343.950 5d6p –0.64 –0.7470 –0.8670 –0.8994
6375.280 5d6p –1.00 –0.6150 –0.7343 –0.7667
6512.790 5d6p –1.00 –0.5170 –0.6370 –0.6694
6528.650 5d6p –0.40 –0.2970 –0.4166 –0.4490
6594.970 5d6p 0.00 0.2130 0.0923 0.0599
6597.230 5d6p –0.60 –0.5170 –0.6370 –0.6694
6620.020 5d6p –0.85 –1.0840 –1.2039 –1.2363
6694.285 5d6p –0.92 –0.8330 –0.9526 –0.9850
6788.710 6s6p –0.50 –0.6770 –0.8919 –0.9339
6790.370 6s6p –0.70 –1.3530 –1.5668 –1.6088
6990.835 5d6p 0.30 0.1890 0.0705
7082.150 5d6p 0.05 –0.5830 –0.7032
7164.850 5d6p 0.20 0.0480 –0.0707
7284.340 5d6p –0.50 –1.1100 –1.2300 –1.2624
7339.300 5d6p 0.45 –0.2700 –0.3899
7787.040 5d6p –0.50 –0.3280 –0.4478 –0.4802

Notes. The first and second columns list the wavelength and the configurations which originate the lines. In the third column the values of log (gf) inferred by Yuce et al. (2011) are shown. In the fourth column the values of log (gf) given by the code Cowan are indicated. The values of log (gf) given by the code Cowan after adjusting Slater integrals, for two different groups of lines (see text for explanation), are exhibited in the fifth and sixth columns.

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