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AT LAMB mult Elow J_lo J_up W_ph D_ph W_HM W_SW lg(gf) Src g_lo (Src) g_up (Src) G_eff g_Nat g_Stark g_Waals
!
C1 6100.028 . 8.8482 1 2 . . 0.56 0.00 -2.600 Kurucz 0.000 (N) 0.000 (N) . . . .
ZR2 6100.121 . 1.7560 5/2 5/2 . . 1.24 0.20 -1.500 Kurucz 0.000 (N) 0.000 (N) . . . .
FE1 6100.239 . 4.6070 2 3 . . 2.29 1.15 -2.678 Kurucz 1.836 (L) 1.332 (L) 0.828 8.390 -4.910 -7.700
FE1 6100.271 . 4.5586 3 4 . . 6.21 3.20 -2.269 Kurucz 1.661 (L) 1.435 (L) 1.096 8.410 -5.040 -7.700
LA2 6100.374 . 0.7090 1 2 . . 1.08 1.23 -1.780 Kurucz 0.000 (N) 0.000 (N) . . . .
CR2 6100.408 . 6.6414 7/2 5/2 . . 0.04 0.00 -2.571 Kurucz 1.238 (L) 1.041 (L) 1.484 8.630 -6.440 -7.870
CA1 6100.548 . 5.3902 2 1 . . 0.02 0.03 -2.423 Kurucz 0.666 (L) 1.165 (L) 0.417 7.290 -4.020 -7.140
FE1 6100.636 . 5.3933 4 3 . . 0.15 0.04 -3.155 Kurucz 1.492 (L) 1.286 (L) 1.801 8.390 -4.030 -7.330
TI1 6100.699 . 3.1985 3 4 . . 0.07 0.75 -1.849 Kurucz 1.421 (L) 1.182 (L) 0.823 8.040 -4.810 -7.580
FE1 6101.370 . 5.3484 3 3 . . 0.06 0.01 -3.577 Kurucz 0.905 (L) 1.062 (L) 0.984 8.260 -3.690 -7.430
FE1 6101.424 . 5.0856 2 2 . . 0.02 0.00 -4.245 Kurucz 0.998 (L) 1.733 (L) 1.366 8.730 -4.610 -7.440
FE1 6101.968 . 4.2204 4 4 . . 2.55 1.74 -2.987 Kurucz 1.344 (L) 1.514 (L) 1.429 8.340 -5.230 -7.710
SI1 6102.136 . 5.9841 3 3 . . 5.08 0.15 -2.120 Kurucz 0.000 (N) 0.000 (N) . . . .
FE1 6102.180 1259 4.8300 0 1 92.04 62.4 55.79 27.62 -0.657 Kurucz 0.493 (L) 0.676 (L) 0.676 8.240 -5.340 -7.670
CR2 6102.262 . 6.2845 5/2 3/2 . . 0.04 0.00 -2.877 Kurucz 0.857 (L) 0.819 (L) 0.886 8.430 -6.460 -7.880
FE1 6102.268 . 5.3484 3 3 . . 0.02 0.00 -3.962 Kurucz 0.905 (L) 1.644 (L) 1.274 7.940 -4.160 -7.330
SI1 6102.408 . 5.9841 3 2 . . 1.08 0.03 -2.800 Kurucz 0.000 (N) 0.000 (N) . . . .
CA1 6102.439 . 2.5230 2 1 . . 3.87 40.26 -2.805 Kurucz 1.162 (L) 1.010 (L) 1.238 7.870 -4.890 -7.510
TI2 6102.542 . 8.1161 7/2 9/2 . . 0.05 0.00 0.178 Kurucz 1.294 (L) 1.007 (L) 0.505 8.810 -5.800 -7.580
FE1 6102.599 . 4.5844 3 3 . . 6.16 3.12 -2.249 Kurucz 1.083 (L) 1.109 (L) 1.096 8.060 -4.780 -7.630
RH1 6102.706 . 1.5775 9/2 11/2 . . 0.02 0.12 -1.170 Kurucz 0.000 (N) 0.000 (N) . . . .
CA1 6102.723 3 1.8794 0 1 . . 112.53 316.21 -0.890 Kurucz 0.000 (N) 2.002 (L) 2.002 7.820 -5.070 -7.590
TI1 6102.808 . 1.8732 3 4 . . 0.44 13.25 -2.317 Kurucz 0.740 (L) 1.050 (L) 1.515 8.090 -5.780 -7.710
FE1 6103.185 . 4.8349 1 1 . . 50.14 23.73 -0.764 Kurucz 0.493 (L) 1.459 (L) 0.976 8.230 -5.300 -7.680
FE1 6103.293 . 4.7332 3 4 . . 37.26 17.40 -1.117 Kurucz 1.324 (L) 0.871 (L) 0.191 8.290 -5.290 -7.680
FE2 6103.496 . 6.2170 5/2 5/2 . . 3.79 0.00 -2.171 Kurucz 1.028 (L) 1.020 (L) 1.024 8.760 -6.530 -7.900
CR1 6103.501 . 5.0798 2 2 . . 0.04 0.04 -1.814 Kurucz 1.280 (L) 0.332 (L) 0.806 8.610 -5.230 -7.530
LI1 6103.538 . 1.8478 1/2 3/2 . . 0.03 0.57 0.101 Kurucz 0.000 (N) 0.000 (N) . 8.020 -4.660 .
LI1 6103.649 . 1.8479 3/2 5/2 . . 0.06 1.04 0.361 Kurucz 0.000 (N) 0.000 (N) . 8.020 -4.660 .
SI1 6104.019 . 5.9538 1 2 . . 0.69 0.02 -3.030 Kurucz 0.000 (N) 0.000 (N) . . . .
FE1 6104.078 . 5.3863 4 3 . . 0.03 0.01 -3.844 Kurucz 0.888 (L) 1.287 (L) 0.290 7.560 -4.250 -7.350
CR1 6104.252 . 4.7855 1 2 . . 0.02 0.03 -2.346 Kurucz 0.499 (L) 1.483 (L) 1.975 7.830 -5.390 -7.530
FE1 6104.557 . 5.0638 3 3 . . 0.80 0.28 -2.723 Kurucz 1.254 (L) 1.407 (L) 1.331 8.730 -4.640 -7.460
FE1 6104.567 . 5.3484 3 2 . . 0.05 0.01 -3.643 Kurucz 0.905 (L) 1.728 (L) 0.082 7.970 -4.160 -7.340
SM2 6104.781 . 1.7982 15/2 13/2 . . 2.13 1.07 0.031 Kurucz 0.000 (N) 0.000 (N) . . . .
!
AT LAMB mult Elow J_lo J_up W_ph D_ph W_HM W_SW lg(gf) Src g_lo (Src) g_up (Src) G_eff g_Nat g_Stark g_Waals
!
FE1 6105.130 1175 4.5500 0 1 10.24 11.3 10.02 5.13 -2.050 Kurucz 1.246 (L) 1.375 (L) 1.375 8.290 -4.200 -7.700
ER2 6105.179 . 2.1547 13/2 13/2 . . 0.03 0.00 -1.102 Kurucz 0.000 (N) 0.000 (N) . . . .
CO1 6105.296 . 2.5418 3/2 3/2 . . 0.02 0.03 -4.147 Kurucz 1.284 (L) 0.794 (L) 1.039 8.200 -6.080 -7.770
CO1 6105.439 . 2.0418 9/2 9/2 . . 2.36 6.15 -2.488 Kurucz 1.109 (L) 1.313 (L) 1.211 8.110 -6.140 -7.810
NI1 6105.757 . 4.2358 2 1 . . 1.90 0.55 -2.010 Kurucz 1.190 (L) 1.540 (L) 1.015 8.280 -4.910 -7.830
TI1 6105.986 . 3.4406 5 5 . . 0.02 0.14 -2.239 Kurucz 1.210 (L) 1.384 (L) 1.297 8.360 -4.370 -7.520
SI1 6106.416 . 5.6136 1 2 . . 7.50 0.41 -2.290 Kurucz 0.000 (N) 0.000 (N) . . . .
TI2 6106.471 . 8.0980 5/2 7/2 . . 0.09 0.00 0.416 Kurucz 0.954 (L) 0.987 (L) 1.028 8.880 -5.110 -7.580
ZR2 6106.489 . 2.4897 3/2 3/2 . . 0.26 0.02 -1.500 Kurucz 0.000 (N) 0.000 (N) . . . .
NI1 6106.496 . 5.2844 3 2 . . 0.04 0.00 -2.671 Kurucz 1.356 (L) 0.873 (L) 1.839 8.690 -4.270 -7.310
ZR2 6106.560 . 1.7594 9/2 7/2 . . 1.23 0.19 -1.500 Kurucz 0.000 (N) 0.000 (N) . . . .
SI1 6106.600 30 5.6100 0 1 10.04 7.2 23.87 1.49 -1.730 Kurucz 0.000 (N) 0.000 (N) . . . .
PR2 6106.728 . 1.1318 4 5 . . 0.46 0.38 -1.081 Kurucz 0.000 (N) 0.000 (N) . . . .
FE1 6106.820 208 2.6100 0 1 2.04 1.7 0.09 0.24 -5.956 Kurucz 0.663 (L) 2.502 (L) 2.502 8.190 -6.160 -7.820
P1 6106.835 . 7.3814 5/2 5/2 . . 0.03 0.00 -2.000 Kurucz 0.000 (N) 0.000 (N) . . . .
V1 6106.970 . 1.3763 9/2 7/2 . . 0.43 14.05 -1.760 Kurucz 1.130 (L) 1.010 (L) 1.340 6.230 -6.260 -7.830
FE1 6107.080 1081 4.2600 0 1 1.21 1.3 1.07 0.70 -3.330 Kostyk_W 0.000 (N) 0.000 (N) . . . .
CA1 6107.237 . 2.7090 2 2 . . 0.62 8.92 -3.439 Kurucz 1.007 (L) 1.167 (L) 1.087 7.850 -6.010 -7.800
FE1 6107.324 . 4.0759 4 3 . . 10.68 7.66 -2.457 Kurucz 1.264 (L) 1.165 (L) 1.412 7.500 -5.890 -7.730
C1 6107.660 . 8.8507 2 2 . . 2.30 0.00 -1.970 Kurucz 0.000 (N) 0.000 (N) . . . .
FE1 6107.904 . 5.3342 4 3 . . 0.09 0.02 -3.437 Kurucz 1.024 (L) 1.147 (L) 0.840 7.970 -3.860 -7.390
CR2 6107.963 . 6.6048 5/2 3/2 . . 0.03 0.00 -2.678 Kurucz 1.029 (L) 0.423 (L) 1.483 8.640 -6.450 -7.870
FE1 6108.063 . 4.9557 3 3 . . 1.35 0.51 -2.591 Kurucz 1.504 (L) 1.456 (L) 1.480 8.570 -4.600 -7.450
NI1 6108.125 45 1.6800 2 2 . . 59.34 73.07 -2.450 Kurucz 1.143 (L) 1.044 (L) 1.093 7.690 -6.300 -7.860
FE1 6108.270 . 5.3449 4 4 . . 0.16 0.04 -3.171 Kurucz 0.777 (L) 1.355 (L) 1.066 7.550 -4.430 -7.340
ND2 6108.403 . 1.1995 5/2 5/2 . . 0.33 0.31 -1.460 Kurucz 0.000 (N) 0.000 (N) . . . .
LA1 6108.493 . 0.9522 5/2 5/2 . . 0.00 0.35 -0.780 Kurucz 0.000 (N) 0.000 (N) . . . .
C1 6108.519 . 8.8467 0 1 . . 0.58 0.00 -2.580 Kurucz 0.000 (N) 0.000 (N) . . . .
CE2 6108.747 . 1.6772 9/2 7/2 . . 0.24 0.14 -0.908 Kurucz 0.000 (N) 0.000 (N) . . . .
V1 6109.122 . 0.0686 9/2 11/2 . . 0.02 3.46 -4.270 Kurucz 1.334 (L) 1.260 (L) 1.093 2.270 -6.250 -7.860
FE1 6109.252 . 3.3014 4 5 . . 0.02 0.02 -6.006 Kurucz 0.811 (L) 1.054 (L) 1.540 7.320 -6.200 -7.770
!
AT LAMB mult Elow J_lo J_up W_ph D_ph W_HM W_SW lg(gf) Src g_lo (Src) g_up (Src) G_eff g_Nat g_Stark g_Waals
!
SM2 6110.647 . 1.4619 11/2 11/2 . . 0.15 0.10 -1.447 Kurucz 0.000 (N) 0.000 (N) . . . .
CR1 6110.714 . 3.4380 2 1 . . 0.08 0.40 -2.962 Kurucz 2.341 (L) 1.501 (L) 2.761 8.340 -4.250 -7.460
BA1 6110.779 . 1.1898 3 2 . . 0.47 17.08 0.440 Kurucz 0.000 (N) 0.000 (N) . . . .
NI1 6111.066 . 4.0882 4 4 . . 26.12 9.04 -0.870 Kurucz 1.222 (L) 1.222 (L) 1.222 8.160 -4.060 -7.840
FE1 6111.308 . 3.0710 0 1 . . 0.08 0.15 -5.554 Kurucz 0.000 (E) 0.730 (E) 0.730 8.710 -5.840 -7.720
FE1 6111.547 . 4.4460 0 1 . . 0.64 0.37 -3.387 Kurucz 0.000 (E) -0.210 (E) -0.210 8.240 -5.890 -7.590
V1 6111.645 34 1.0400 1/2 1/2 10.96 8.4 9.14 105.89 -0.715 Kurucz 0.000 (*) 2.540 (L) 1.270 7.590 -5.470 -7.290
SI1 6112.233 . 5.9538 1 1 . . 0.24 0.00 -3.490 Kurucz 0.000 (N) 0.000 (N) . . . .
CR2 6112.261 . 4.7449 7/2 5/2 . . 0.70 0.00 -2.943 Kurucz 1.429 (L) 1.376 (L) 1.495 8.410 -6.460 -7.860
FE1 6112.288 . 4.3013 1 1 . . 0.10 0.07 -4.304 Kurucz -0.016 (L) 1.826 (L) 0.905 8.510 -5.330 -7.700
SI1 6112.928 . 5.6158 2 2 . . 22.76 1.40 -1.750 Kurucz 0.000 (N) 0.000 (N) . . . .
FE2 6113.098 . 7.7084 7/2 5/2 . . 0.02 0.00 -3.152 Kurucz 1.680 (L) 1.656 (L) 1.710 8.850 -5.710 -7.690
SI1 6113.110 30 5.6100 0 1 3.70 2.8 9.57 0.53 -2.180 Kurucz 0.000 (N) 0.000 (N) . . . .
C1 6113.147 . 8.8482 1 1 . . 0.54 0.00 -2.610 Kurucz 0.000 (N) 0.000 (N) . . . .
FE1 6113.302 . 4.5844 3 4 . . 0.07 0.03 -4.226 Kurucz 1.083 (L) 1.408 (L) 1.896 7.760 -4.830 -7.540
FE2 6113.329 46 3.2200 7/2 5/2 12.00 11.1 13.35 0.09 -4.158 Kurucz 0.980 (L) 1.304 (L) 0.575 8.530 -6.540 -7.910
TI1 6113.476 . 3.1864 2 3 . . 0.09 0.92 -1.773 Kurucz 1.486 (L) 1.422 (L) 1.358 8.070 -4.700 -7.570
FE1 6113.692 . 1.0111 1 2 . . 0.03 0.33 -7.986 Kurucz -0.014 (L) 2.333 (L) 3.507 3.180 -6.210 -7.780
CR1 6113.697 . 3.4380 2 2 . . 0.32 1.47 -2.386 Kurucz 2.341 (L) 1.501 (L) 1.921 8.340 -4.390 -7.460
GD1 6114.078 . 0.2131 6 6 . . 0.01 2.54 -0.731 Kurucz 0.000 (N) 0.000 (N) . . . .
PR2 6114.381 . 1.6581 8 8 . . 1.42 0.71 -0.091 Kurucz 0.000 (N) 0.000 (N) . . . .
SM2 6114.478 . 1.0636 3/2 5/2 . . 0.06 0.06 -2.239 Kurucz 0.000 (N) 0.000 (N) . . . .
NI1 6114.652 . 5.0042 3 2 . . 0.08 0.01 -2.700 Kurucz 1.631 (L) 1.492 (L) 1.770 7.950 -5.670 -7.690
ZR2 6114.852 . 1.6649 3/2 3/2 . . 1.88 0.33 -1.400 Kurucz 0.000 (N) 0.000 (N) . . . .
!
AT LAMB mult Elow J_lo J_up W_ph D_ph W_HM W_SW lg(gf) Src g_lo (Src) g_up (Src) G_eff g_Nat g_Stark g_Waals
!
C1 6115.836 . 8.8482 1 0 . . 0.75 0.00 -2.470 Kurucz 0.000 (N) 0.000 (N) . . . .
FE2 6116.057 . 3.2305 5/2 3/2 . . 4.36 0.03 -4.691 Kurucz 0.574 (L) 1.040 (L) 0.224 8.530 -6.540 -7.910
NI1 6116.174 . 4.0893 1 2 . . 34.31 12.67 -0.677 Kurucz 1.005 (L) 1.020 (L) 1.028 8.370 -5.710 -7.750
NI1 6116.175 . 4.2662 1 2 . . 21.19 6.44 -0.822 Kurucz 0.511 (L) 1.093 (L) 1.384 8.400 -5.380 -7.770
CR2 6116.438 . 6.2820 7/2 5/2 . . 0.05 0.00 -2.734 Kurucz 1.143 (L) 1.146 (L) 1.139 8.460 -6.460 -7.880
TI1 6116.450 . 3.1794 3 3 . . 0.04 0.44 -2.109 Kurucz 1.330 (L) 1.030 (L) 1.180 8.030 -4.770 -7.570
CO1 6116.962 . 1.7853 1/2 1/2 . . 4.09 12.72 -2.490 Kurucz 2.651 (L) -0.006 (L) 1.323 7.300 -5.560 -7.250
FE1 6117.017 . 5.0856 2 3 . . 0.02 0.01 -4.206 Kurucz 0.998 (L) 1.303 (L) 1.608 8.730 -4.380 -7.430
C1 6117.019 . 8.8482 1 2 . . 0.19 0.00 -3.060 Kurucz 0.000 (N) 0.000 (N) . . . .
CA1 6117.225 . 2.7090 2 1 . . 0.08 1.30 -4.329 Kurucz 1.007 (L) 0.499 (L) 1.261 7.850 -6.010 -7.800
FE1 6117.246 . 4.5932 4 4 . . 0.13 0.06 -3.948 Kurucz 1.250 (L) 1.111 (L) 1.181 7.990 -4.360 -7.590
NI1 6118.094 . 4.0882 4 3 . . 1.26 0.41 -2.326 Kurucz 1.222 (L) 1.004 (L) 1.549 8.160 -5.070 -7.760
CR1 6118.243 . 3.4380 2 3 . . 0.50 2.26 -2.195 Kurucz 2.341 (L) 1.501 (L) 0.661 8.340 -4.540 -7.460
FE1 6118.687 . 5.0704 2 2 . . 0.03 0.01 -4.169 Kurucz 1.985 (L) 0.476 (L) 1.231 7.540 -4.990 -7.450
NI1 6118.708 . 5.2884 2 2 . . 0.23 0.03 -1.968 Kurucz 1.164 (L) 0.873 (L) 1.019 8.390 -4.270 -7.310
SI1 6118.839 . 5.9538 1 0 . . 0.12 0.00 -3.770 Kurucz 0.000 (N) 0.000 (N) . . . .
FE1 6118.952 . 5.3484 3 4 . . 0.12 0.03 -3.300 Kurucz 0.905 (L) 1.355 (L) 2.030 7.950 -4.430 -7.340
SI1 6119.417 . 5.0824 1 1 . . 0.47 0.04 -4.000 Kurucz 0.000 (N) 0.000 (N) . . . .
FE1 6119.425 . 3.6946 4 5 . . 0.42 0.45 -4.267 Kurucz 0.979 (L) 0.833 (L) 0.541 6.670 -6.260 -7.850
V1 6119.532 34 1.0600 5/2 3/2 18.00 23.2 19.16 106.84 -0.320 Kurucz 1.350 (L) 1.710 (L) 1.080 7.600 -6.160 -7.850
NI1 6119.749 . 4.2662 1 1 . . 7.61 2.19 -1.350 Kurucz 0.511 (L) 0.200 (L) 0.356 8.430 -5.340 -7.810
!
AT LAMB mult Elow J_lo J_up W_ph D_ph W_HM W_SW lg(gf) Src g_lo (Src) g_up (Src) G_eff g_Nat g_Stark g_Waals
!
FE1 6120.249 14 0.9100 4 4 4.69 5.2 3.99 28.96 -5.950 Kurucz 1.349 (L) 1.747 (L) 1.548 4.170 -6.210 -7.780
FE2 6120.321 . 6.2226 7/2 5/2 . . 0.53 0.00 -3.049 Kurucz 1.237 (L) 1.020 (L) 1.508 8.760 -6.530 -7.900
C1 6120.812 . 8.8507 2 1 . . 0.83 0.00 -2.420 Kurucz 0.000 (N) 0.000 (N) . . . .
ZR1 6120.846 . 0.5190 2 1 . . 0.05 5.55 -2.180 Kurucz 0.000 (N) 0.000 (N) . . . .
V2 6120.985 . 2.4991 0 1 . . 0.89 0.06 -2.419 Kurucz 0.000 (N) 0.350 (L) 0.350 8.370 -6.410 -7.870
TI1 6121.006 153 1.8800 4 4 3.50 3.7 7.91 70.21 -1.022 Kurucz 1.060 (L) 1.050 (L) 1.055 8.090 -5.780 -7.710
CR2 6121.123 . 4.4152 9/2 9/2 . . 0.04 0.00 -4.427 Kurucz 0.921 (L) 1.338 (L) 1.130 8.410 -6.630 -7.870
TI1 6121.360 . 3.1794 3 4 . . 0.02 0.25 -2.357 Kurucz 1.330 (L) 1.045 (L) 0.617 7.950 -5.030 -7.580
FE1 6121.765 . 5.0096 1 1 . . 0.21 0.08 -3.342 Kurucz 1.498 (L) 1.420 (L) 1.459 8.570 -4.610 -7.450
CR1 6121.809 . 4.0965 2 3 . . 0.10 0.26 -2.284 Kurucz 0.712 (L) 0.825 (L) 0.938 7.140 -6.210 -7.850
CO1 6121.835 . 3.9516 7/2 7/2 . . 0.38 0.21 -1.484 Kurucz 1.777 (L) 1.226 (L) 1.502 8.200 -5.400 -7.630
SM2 6121.890 . 1.6868 13/2 11/2 . . 0.07 0.04 -1.569 Kurucz 0.000 (N) 0.000 (N) . . . .
ZR1 6121.922 . 0.9990 4 3 . . 0.17 11.40 -1.160 Kurucz 0.000 (N) 0.000 (N) . . . .
CR1 6122.135 . 4.2074 3 3 . . 0.46 1.06 -1.519 Kurucz 1.307 (L) 1.324 (L) 1.315 7.910 -6.210 -7.760
CA1 6122.217 3 1.8858 1 1 . . 146.62 368.54 -0.409 Kurucz 1.501 (L) 2.002 (L) 1.751 7.820 -5.070 -7.590
CR1 6122.365 . 4.2075 2 3 . . 0.06 0.14 -2.398 Kurucz 1.143 (L) 1.324 (L) 1.505 7.910 -6.260 -7.760
MN2 6122.450 . 10.1837 4 5 . . 0.11 0.00 0.950 Kurucz 1.501 (L) 1.401 (L) 1.201 9.010 -5.430 -7.600
CO1 6122.504 . 3.5680 7/2 7/2 . . 2.93 2.22 -0.941 Kurucz 1.247 (L) 1.210 (L) 1.229 7.760 -5.430 -7.590
C1 6122.754 . 8.8507 2 3 . . 0.05 0.00 -3.590 Kurucz 0.000 (N) 0.000 (N) . . . .
CA1 6122.985 . 5.3902 2 1 . . 0.03 0.03 -2.303 Kurucz 0.666 (L) 0.817 (L) 0.591 7.300 -4.020 -7.140
SI1 6123.494 . 5.6192 3 2 . . 6.66 0.36 -2.340 Kurucz 0.000 (N) 0.000 (N) . . . .
SM2 6123.602 . 1.2664 13/2 13/2 . . 0.07 0.06 -1.953 Kurucz 0.000 (N) 0.000 (N) . . . .
CE1 6123.675 . 0.9723 5 6 . . 0.00 0.37 -0.098 Kurucz 0.000 (N) 0.000 (N) . . . .
FE1 6124.316 . 5.0704 2 3 . . 0.81 0.28 -2.712 Kurucz 1.985 (L) 1.407 (L) 0.829 7.640 -4.640 -7.460
FE1 6124.417 . 5.3205 5 4 . . 0.03 0.01 -3.884 Kurucz 1.203 (L) 1.455 (L) 0.699 7.990 -3.890 -7.350
TI1 6124.722 . 3.1785 1 2 . . 0.11 1.12 -1.700 Kurucz 1.502 (L) 1.487 (L) 1.480 8.090 -4.650 -7.570
ZR1 6124.873 . 0.5203 0 1 . . 0.08 9.14 -1.940 Kurucz 0.000 (N) 0.000 (N) . . . .
NI2 6124.889 . 6.3924 7/2 5/2 . . 0.52 0.00 -2.048 Kurucz 1.420 (L) 1.600 (L) 1.195 8.520 -6.620 -7.920
SM2 6124.892 . 1.6103 7/2 7/2 . . 0.05 0.03 -1.809 Kurucz 0.000 (N) 0.000 (N) . . . .
!
AT LAMB mult Elow J_lo J_up W_ph D_ph W_HM W_SW lg(gf) Src g_lo (Src) g_up (Src) G_eff g_Nat g_Stark g_Waals
!
SI1 6125.026 30 5.6100 1 2 29.30 22.8 80.41 8.51 -0.930 Kurucz 0.500 (T) 1.167 (T) 1.501 . . .
FE1 6125.467 . 4.3125 5 5 . . 0.31 0.19 -3.832 Kurucz 1.218 (L) 1.384 (L) 1.301 8.320 -4.660 -7.680
MN2 6125.861 . 10.1847 3 4 . . 0.08 0.00 0.783 Kurucz 1.501 (L) 1.351 (L) 1.126 9.010 -5.430 -7.600
LA2 6126.075 . 1.2516 2 2 . . 1.15 0.77 -1.240 Kurucz 0.000 (N) 0.000 (N) . . . .
NI1 6126.102 . 3.4646 1 2 . . 0.06 0.03 -4.188 Kurucz 1.486 (L) 1.090 (L) 0.892 7.670 -5.430 -7.600
TI1 6126.224 69 1.0700 2 1 21.00 22.2 16.90 116.48 -1.425 Kurucz 1.490 (L) 1.990 (L) 1.240 7.000 -6.150 -7.800
FE1 6126.224 . 5.0704 2 1 . . 0.04 0.01 -4.027 Kurucz 1.985 (L) 2.035 (L) 1.960 7.680 -4.000 -7.430
FE1 6126.511 . 5.0638 3 3 . . 1.73 0.60 -2.383 Kurucz 1.254 (L) 1.417 (L) 1.336 8.730 -4.620 -7.460
CR2 6126.514 . 6.1453 3/2 1/2 . . 0.04 0.00 -3.003 Kurucz 1.824 (L) 2.659 (L) 1.615 8.420 -6.440 -7.890
FE1 6127.299 . 5.0096 1 2 . . 0.64 0.23 -2.870 Kurucz 1.498 (L) 1.752 (L) 1.879 8.570 -4.610 -7.440
FE1 6127.391 . 4.7332 3 3 . . 8.23 3.68 -1.976 Kurucz 1.324 (L) 0.484 (L) 0.904 8.360 -5.040 -7.700
ZR1 6127.475 2 0.1500 4 4 2.00 1.8 1.45 67.65 -1.060 Kurucz 1.250 (T) 1.250 (T) 1.250 . . .
TI1 6127.716 . 3.1794 3 2 . . 0.05 0.51 -2.041 Kurucz 1.330 (L) 1.487 (L) 1.173 8.220 -4.650 -7.570
FE1 6127.906 . 4.1427 3 4 . . 50.62 33.54 -1.399 Kurucz 1.066 (L) 0.929 (L) 0.723 8.010 -5.890 -7.730
FE1 6127.912 1082 4.2800 2 2 . . 44.18 31.17 -1.450 Џ 0.998 (L) 2.333 (T) 1.666 . . .
FE1 6127.912 1017 4.1400 3 4 . . 50.74 33.68 -1.399 Kurucz 1.066 (L) 0.929 (L) 0.723 8.010 -5.890 -7.730
FE1 6127.965 . 4.2834 2 2 . . 0.36 0.23 -3.789 Kurucz 0.998 (L) 1.784 (L) 1.391 8.500 -5.390 -7.700
FE1 6128.023 . 2.2786 2 1 . . 0.94 3.19 -5.261 Kurucz 1.506 (L) -0.016 (L) 2.267 8.090 -6.160 -7.820
FE1 6128.120 . 5.0638 3 4 . . 0.06 0.02 -3.852 Kurucz 1.254 (L) 1.456 (L) 1.759 8.730 -4.440 -7.450
CR2 6128.162 . 4.3836 3/2 5/2 . . 0.04 0.00 -4.487 Kurucz 1.331 (L) 1.025 (L) 0.796 8.410 -6.440 -7.870
CO1 6128.230 . 3.6654 3/2 5/2 . . 0.28 0.19 -1.884 Kurucz 0.410 (L) 1.010 (L) 1.460 7.760 -5.400 -7.590
FE1 6128.501 . 5.3574 2 3 . . 0.04 0.01 -3.775 Kurucz 0.331 (L) 1.062 (L) 1.793 8.270 -3.690 -7.430
MN2 6128.733 . 10.1855 2 3 . . 0.05 0.00 0.588 Kurucz 1.501 (L) 1.251 (L) 1.001 9.010 -5.430 -7.600
FE1 6128.918 . 4.5932 4 3 . . 0.37 0.18 -3.494 Kurucz 1.250 (L) 1.109 (L) 1.461 8.060 -4.780 -7.630
NI1 6128.963 . 1.6765 2 3 . . 19.21 30.86 -3.330 Kurucz 1.143 (L) 1.208 (L) 1.273 7.080 -6.400 -7.860
NI1 6128.984 42 1.6800 2 3 . . 18.75 30.28 -3.340 Љ 1.143 (L) 1.208 (L) 1.273 7.080 -6.400 -7.860
CO1 6128.994 . 2.0421 3/2 5/2 . . 0.89 2.44 -2.920 Kurucz 1.101 (L) 0.870 (L) 0.697 5.970 -6.290 -7.860
CR2 6129.226 . 4.7505 5/2 5/2 . . 2.16 0.02 -2.440 Kurucz 1.372 (L) 1.376 (L) 1.374 8.410 -6.660 -7.930
FE1 6129.553 . 4.8349 1 1 . . 0.26 0.11 -3.419 Kurucz 0.493 (L) 1.505 (L) 0.999 8.190 -5.240 -7.340
LA2 6129.556 . 0.7721 2 3 . . 1.78 1.90 -1.500 Kurucz 0.000 (N) 0.000 (N) . . . .
FE1 6129.582 . 4.6521 2 3 . . 49.20 25.02 -0.962 Kurucz 0.688 (L) 1.110 (L) 1.532 8.270 -4.680 -7.700
FE2 6129.700 46 3.2000 0 1 5.50 4.4 5.01 0.03 -4.655 Kurucz 1.150 (L) 1.430 (L) 1.430 8.540 -6.540 -7.910
TI1 6129.714 . 3.1985 3 4 . . 0.03 0.37 -2.151 Kurucz 1.421 (L) 1.006 (L) 0.383 7.940 -5.590 -7.580
!
AT LAMB mult Elow J_lo J_up W_ph D_ph W_HM W_SW lg(gf) Src g_lo (Src) g_up (Src) G_eff g_Nat g_Stark g_Waals
!
NI1 6130.130 . 4.2662 1 1 . . 16.55 4.90 -0.960 Kurucz 0.511 (L) 0.450 (L) 0.481 8.440 -6.020 -7.810
FE1 6130.349 . 3.2515 3 3 . . 1.57 2.34 -4.110 Kurucz 1.335 (L) 1.650 (L) 1.492 7.450 -6.190 -7.780
FE2 6130.986 . 6.2188 9/2 11/2 . . 0.23 0.00 -3.422 Kurucz 1.334 (L) 1.130 (L) 0.671 8.530 -6.530 -7.900
P1 6131.135 . 7.4039 3/2 3/2 . . 0.06 0.00 -1.700 Kurucz 0.000 (N) 0.000 (N) . . . .
FE2 6131.219 . 3.2674 9/2 7/2 . . 0.02 0.00 -6.948 Kurucz 0.927 (L) 1.702 (L) -0.429 8.480 -6.520 -7.910
SI1 6131.570 30 5.5900 0 1 25.69 18.3 18.67 1.14 -1.875 Kostyk 0.000 (N) 0.000 (N) . . . .
CR2 6131.744 . 6.1629 5/2 3/2 . . 0.05 0.00 -2.839 Kurucz 1.624 (L) 1.729 (L) 1.545 8.410 -6.440 -7.890
SI1 6131.768 . 5.0824 1 0 . . 1.04 0.09 -3.650 Kurucz 0.000 (N) 0.000 (N) . . . .
SI1 6131.852 . 5.6158 2 3 . . 61.84 5.37 -1.140 Kurucz 0.000 (N) 0.000 (N) . . . .
CE2 6132.008 . 1.8384 7/2 7/2 . . 0.16 0.08 -0.920 Kurucz 0.000 (N) 0.000 (N) . . . .
FE2 6132.585 . 8.6079 1/2 3/2 . . 0.03 0.00 -2.292 Kurucz 2.669 (L) 1.996 (L) 1.828 8.980 -5.810 -7.730
TI1 6132.784 . 3.4094 3 2 . . 0.52 4.14 -0.799 Kurucz 1.000 (L) 0.980 (L) 1.020 8.080 -5.390 -7.680
TI1 6132.817 . 3.4406 5 6 . . 0.02 0.15 -2.205 Kurucz 1.210 (L) 1.210 (L) 1.210 8.360 -3.900 -7.520
ND2 6133.452 . 1.7956 15/2 17/2 . . 0.70 0.37 -0.570 Kurucz 0.000 (N) 0.000 (N) . . . .
ND2 6133.584 . 1.8545 15/2 13/2 . . 0.71 0.35 -0.510 Kurucz 0.000 (N) 0.000 (N) . . . .
FE1 6133.841 . 5.2734 3 3 . . 0.12 0.03 -3.351 Kurucz 1.650 (L) 1.354 (L) 1.502 7.960 -4.580 -7.430
ND2 6133.957 . 0.8594 11/2 9/2 . . 0.28 0.36 -1.860 Kurucz 0.000 (N) 0.000 (N) . . . .
NI1 6133.963 . 4.0882 4 3 . . 3.86 1.26 -1.830 Kurucz 1.222 (L) 1.320 (L) 1.075 8.160 -4.800 -7.840
LA1 6134.393 . 0.8966 1/2 1/2 . . 0.00 0.25 -1.010 Kurucz 0.000 (N) 0.000 (N) . . . .
ZR1 6134.570 2 0.0000 2 2 1.97 1.6 1.23 67.00 -1.280 Kurucz 0.667 (T) 0.667 (T) 0.667 . . .
CR2 6134.789 . 3.8645 7/2 9/2 . . 0.07 0.00 -4.694 Kurucz 1.246 (L) 1.416 (L) 1.713 8.410 -6.480 -7.900
SI1 6134.827 . 5.9640 2 2 . . 0.33 0.01 -3.340 Kurucz 0.000 (N) 0.000 (N) . . . .
Y1 6134.999 . 2.1222 7/2 5/2 . . 0.06 1.99 -0.230 Kurucz 0.000 (N) 0.000 (N) . . . .
!
AT LAMB mult Elow J_lo J_up W_ph D_ph W_HM W_SW lg(gf) Src g_lo (Src) g_up (Src) G_eff g_Nat g_Stark g_Waals
!
SI1 6135.033 . 5.6192 3 4 . . 0.88 0.04 -3.240 Kurucz 0.000 (N) 0.000 (N) . . . .
FE1 6135.198 . 5.3140 2 1 . . 10.51 3.06 -1.326 Kurucz 1.822 (L) 2.233 (L) 1.617 8.140 -5.230 -7.590
V1 6135.370 34 1.0500 3/2 1/2 9.69 8.8 8.40 80.18 -0.746 Kurucz 1.190 (L) 2.540 (L) 0.853 7.590 -6.160 -7.850
CR1 6135.782 . 4.8244 3 3 . . 0.29 0.39 -1.157 Kurucz 1.334 (L) 1.482 (L) 1.408 7.840 -5.320 -7.540
FE1 6135.787 . 4.9913 5 5 . . 0.04 0.01 -4.068 Kurucz 1.390 (L) 1.342 (L) 1.366 8.720 -4.140 -7.470
FE1 6136.165 . 5.3205 5 4 . . 0.07 0.02 -3.554 Kurucz 1.203 (L) 1.354 (L) 0.901 7.980 -4.290 -7.370
SI1 6136.551 . 5.8625 1 2 . . 2.97 0.11 -2.480 Kurucz 0.000 (N) 0.000 (N) . . . .
TI1 6136.611 . 2.1536 1 1 . . 0.01 0.47 -3.469 Kurucz 0.490 (L) 0.940 (L) 0.715 8.080 -5.750 -7.770
FE1 6136.624 169 2.4534 4 3 139.36 76.8 132.26 211.22 -1.400 Oxford 0.811 (L) 0.791 (L) 0.841 7.880 -6.140 -7.800
FE1 6137.002 62 2.1979 2 1 63.50 61.1 65.67 94.41 -2.950 Kurucz 1.820 (L) 1.492 (L) 1.984 8.210 -6.170 -7.770
FE1 6137.282 . 4.5801 2 1 . . 21.89 10.71 -1.609 Kurucz 0.667 (L) 1.266 (L) 0.368 8.150 -5.860 -7.750
TI1 6137.420 . 3.1756 0 1 . . 0.06 0.62 -1.959 Kurucz 0.000 (N) 1.503 (L) 1.503 8.080 -4.130 -7.570
FE1 6137.498 . 3.3321 5 4 . . 12.71 15.04 -3.071 Kurucz 1.399 (L) 1.655 (L) 0.887 8.110 -5.470 -7.620
TI1 6137.586 . 3.1864 2 3 . . 0.03 0.38 -2.165 Kurucz 1.486 (L) 1.030 (L) 0.574 7.830 -4.770 -7.570
FE1 6137.691 . 2.5881 3 3 . . 125.16 192.07 -1.403 Kurucz 1.073 (L) 1.086 (L) 1.079 8.010 -6.220 -7.770
TI1 6137.789 . 3.2145 4 4 . . 0.29 2.85 -1.233 Kurucz 1.520 (L) 1.369 (L) 1.445 7.990 -4.320 -7.570
CR1 6138.383 . 5.0941 3 4 . . 0.27 0.28 -0.949 Kurucz 1.246 (L) 1.150 (L) 1.006 8.610 -5.240 -7.530
TI1 6138.416 . 2.1536 1 2 . . 0.57 12.98 -1.938 Kurucz 0.490 (L) 0.660 (L) 0.745 7.420 -6.010 -7.810
Y1 6138.435 . 0.0658 5/2 5/2 . . 0.14 24.78 -1.860 Kurucz 0.000 (N) 0.000 (N) . . . .
SI1 6138.515 . 5.9841 3 4 . . 26.72 0.92 -1.350 Kurucz 0.000 (N) 0.000 (N) . . . .
CR2 6138.721 . 6.4842 7/2 5/2 . . 0.22 0.00 -1.967 Kurucz 0.889 (L) 0.870 (L) 0.913 8.440 -6.620 -7.880
FE1 6138.887 . 4.9659 2 3 . . 0.15 0.05 -3.548 Kurucz 2.340 (L) 1.456 (L) 0.572 7.470 -4.600 -7.450
FE1 6139.182 . 3.3014 4 5 . . 0.16 0.24 -5.049 Kurucz 0.811 (L) 1.203 (L) 1.987 7.820 -6.200 -7.770
FE1 6139.644 . 2.5881 3 2 . . 2.70 6.59 -4.500 Kurucz 1.073 (L) 1.836 (L) 0.310 8.200 -6.150 -7.820
FE1 6139.713 . 4.5932 4 4 . . 0.16 0.08 -3.851 Kurucz 1.250 (L) 1.408 (L) 1.329 7.760 -4.830 -7.540
FE1 6139.861 . 4.2563 3 3 . . 0.61 0.41 -3.583 Kurucz 1.244 (L) 1.687 (L) 1.466 8.490 -5.380 -7.700
!
AT LAMB mult Elow J_lo J_up W_ph D_ph W_HM W_SW lg(gf) Src g_lo (Src) g_up (Src) G_eff g_Nat g_Stark g_Waals
!
FE1 6140.141 . 5.3449 4 3 . . 0.02 0.00 -3.979 Kurucz 0.777 (L) 1.147 (L) 0.222 7.660 -3.860 -7.390
CR1 6140.486 . 3.8876 2 3 . . 0.02 0.07 -3.118 Kurucz 1.004 (L) 1.277 (L) 1.550 8.000 -4.880 -7.440
ZR1 6140.535 24 0.5190 2 2 0.66 0.6 0.49 34.66 -1.170 Љ 1.500 (T) 1.500 (T) 1.500 . . .
FE2 6141.033 . 3.2305 5/2 5/2 . . 1.75 0.01 -5.104 Kurucz 0.574 (L) 1.304 (L) 0.939 8.530 -6.540 -7.910
CR1 6141.154 . 3.8872 1 2 . . 0.02 0.05 -3.223 Kurucz 0.018 (L) 1.047 (L) 1.562 8.120 -5.030 -7.510
FE1 6141.215 . 5.3342 4 4 . . 0.07 0.02 -3.514 Kurucz 1.024 (L) 1.187 (L) 1.106 8.270 -3.940 -7.370
FE1 6141.236 . 5.3195 6 5 . . 0.17 0.05 -3.150 Kurucz 1.198 (L) 1.324 (L) 0.883 7.770 -4.050 -7.320
PR2 6141.538 . 1.1628 5 6 . . 0.73 0.58 -0.852 Kurucz 0.000 (N) 0.000 (N) . . . .
CA1 6141.581 . 5.3213 2 1 . . 0.02 0.03 -2.497 Kurucz 1.000 (L) 1.013 (L) 0.994 7.670 -4.850 -7.290
FE1 6141.597 . 4.1864 2 1 . . 2.03 1.41 -3.122 Kurucz 0.677 (L) 1.389 (L) 0.321 7.860 -5.900 -7.740
BA2 6141.713 . 0.7036 5/2 3/2 . . 86.90 110.00 -0.076 Kurucz 0.000 (N) 0.000 (N) . . . .
FE1 6141.731 . 3.6026 3 2 . . 66.48 61.79 -1.610 Kurucz 1.657 (L) 1.503 (L) 1.811 7.920 -5.460 -7.580
CR1 6141.769 . 4.2039 1 2 . . 0.05 0.11 -2.491 Kurucz 0.495 (L) 1.155 (L) 1.485 7.940 -5.840 -7.770
CR1 6141.836 . 3.8872 1 1 . . 0.05 0.17 -2.739 Kurucz 0.018 (L) 0.134 (L) 0.076 8.160 -5.160 -7.570
NI1 6142.027 . 4.1536 3 3 . . 2.62 0.81 -1.944 Kurucz 1.198 (L) 1.230 (L) 1.214 8.380 -5.660 -7.690
SI1 6142.204 . 5.6192 3 2 . . 7.93 0.43 -2.260 Kurucz 0.000 (N) 0.000 (N) . . . .
CR1 6142.237 . 3.8876 2 2 . . 0.08 0.26 -2.551 Kurucz 1.004 (L) 1.047 (L) 1.026 8.120 -5.030 -7.510
FE1 6142.309 . 5.3863 4 5 . . 0.05 0.01 -3.627 Kurucz 0.888 (L) 1.430 (L) 2.514 8.180 -4.970 -7.370
SI1 6142.490 30 5.6200 0 1 38.50 26.1 80.65 8.42 -0.920 Kurucz 0.000 (N) 0.000 (N) . . . .
CR1 6142.777 . 5.0941 3 3 . . 0.05 0.05 -1.656 Kurucz 1.246 (L) 0.917 (L) 1.081 8.610 -5.230 -7.530
CR1 6142.919 . 3.8876 2 1 . . 0.04 0.11 -2.907 Kurucz 1.004 (L) 0.134 (L) 1.439 8.160 -5.160 -7.570
SI1 6143.125 . 5.9640 2 1 . . 1.17 0.03 -2.790 Kurucz 0.000 (N) 0.000 (N) . . . .
ZR1 6143.252 2 0.0707 3 3 1.70 1.6 1.58 71.84 -1.100 Kurucz 1.083 (T) 1.083 (T) 1.083 . . .
TI1 6143.350 . 3.0899 1 2 . . 0.03 0.35 -2.326 Kurucz 1.990 (L) 0.670 (L) 0.010 7.690 -5.050 -7.560
CE2 6143.376 . 1.6956 5/2 5/2 . . 0.29 0.17 -0.797 Kurucz 0.000 (N) 0.000 (N) . . . .
FE1 6143.378 . 5.0856 2 2 . . 0.06 0.02 -3.812 Kurucz 0.998 (L) 1.889 (L) 1.444 8.730 -4.280 -7.430
FE1 6143.686 . 4.9851 3 2 . . 0.09 0.03 -3.733 Kurucz 1.908 (L) 1.601 (L) 2.215 7.310 -4.410 -7.440
CR1 6143.922 . 3.8887 3 3 . . 0.11 0.33 -2.438 Kurucz 1.251 (L) 1.277 (L) 1.264 8.000 -4.880 -7.440
FE1 6144.277 . 5.3205 5 5 . . 0.48 0.13 -2.715 Kurucz 1.203 (L) 1.324 (L) 1.263 7.960 -4.050 -7.320
TI1 6144.927 . 1.8871 5 4 . . 0.19 6.45 -2.659 Kurucz 1.210 (L) 1.050 (L) 1.530 8.090 -5.780 -7.710
CA2 6144.959 . 9.2350 1/2 3/2 . . 0.15 0.00 -1.198 Kurucz 0.666 (L) 0.800 (L) 0.834 7.730 -4.740 -6.990
!
AT LAMB mult Elow J_lo J_up W_ph D_ph W_HM W_SW lg(gf) Src g_lo (Src) g_up (Src) G_eff g_Nat g_Stark g_Waals
!
SI1 6145.020 29 5.6100 0 1 41.32 29.3 90.52 10.60 -0.820 Kurucz 0.000 (N) 0.000 (N) . . . .
FE1 6145.410 685 3.3700 0 1 2.82 2.9 3.08 4.06 -3.700 Kurucz 1.355 (L) 1.755 (L) 1.755 8.110 -5.470 -7.620
FE1 6145.524 . 4.5932 4 5 . . 2.60 1.30 -2.636 Kurucz 1.250 (L) 1.023 (L) 0.569 7.270 -5.430 -7.760
TI1 6145.638 . 1.4432 3 2 . . 0.25 11.60 -2.980 Kurucz 1.080 (L) 0.980 (L) 1.180 7.450 -6.120 -7.840
CR1 6145.675 . 3.8887 3 2 . . 0.07 0.20 -2.654 Kurucz 1.251 (L) 1.047 (L) 1.455 8.120 -5.030 -7.510
TI1 6146.046 . 3.1124 2 3 . . 0.03 0.33 -2.324 Kurucz 1.930 (L) 1.067 (L) 0.204 7.730 -5.580 -7.560
TI1 6146.210 153 1.8700 0 1 2.70 3.0 6.15 63.60 -1.151 Kurucz 0.740 (L) 0.750 (L) 0.750 8.070 -5.780 -7.710
FE1 6146.413 . 5.0704 2 3 . . 1.71 0.58 -2.384 Kurucz 1.985 (L) 1.417 (L) 0.849 7.620 -4.620 -7.460
LA2 6146.523 . 0.2443 4 3 . . 0.62 1.11 -2.470 Kurucz 0.000 (N) 0.000 (N) . . . .
SI1 6146.713 . 5.9640 2 2 . . 0.26 0.01 -3.450 Kurucz 0.000 (N) 0.000 (N) . . . .
CR2 6147.154 . 4.7564 3/2 5/2 . . 0.86 0.01 -2.843 Kurucz 1.200 (L) 1.376 (L) 1.508 8.410 -6.460 -7.860
CR1 6147.631 . 3.8904 4 4 . . 0.04 0.12 -2.888 Kurucz 1.350 (L) 1.340 (L) 1.345 7.970 -4.870 -7.440
FE2 6147.741 . 3.8887 3/2 1/2 . . 45.94 0.41 -2.721 Kurucz 1.200 (L) 2.700 (L) 0.825 8.530 -6.530 -7.880
TI1 6147.760 . 3.1130 2 3 . . 0.07 0.78 -1.947 Kurucz 0.667 (L) 1.067 (L) 1.467 8.060 -5.580 -7.560
FE1 6147.834 . 4.0759 4 3 . . 38.75 25.73 -1.700 Kurucz 1.264 (L) 1.211 (L) 1.343 7.830 -5.890 -7.730
CR1 6148.056 . 3.4493 3 2 . . 0.04 0.20 -3.238 Kurucz 1.929 (L) 1.501 (L) 2.357 8.340 -4.390 -7.460
PR1 6148.235 . 0.8325 11/2 13/2 . . 0.01 0.74 0.224 Kurucz 0.000 (N) 0.000 (N) . . . .
PR2 6148.243 . 1.4568 6 7 . . 1.38 0.83 -0.294 Kurucz 0.000 (N) 0.000 (N) . . . .
FE1 6148.821 . 5.1055 1 2 . . 0.29 0.10 -3.127 Kurucz 1.501 (L) 1.484 (L) 1.475 7.920 -5.550 -7.730
TI1 6148.929 . 3.1864 2 2 . . 0.08 0.79 -1.839 Kurucz 1.486 (L) 1.487 (L) 1.487 8.100 -4.650 -7.570
CR1 6149.020 . 3.8904 4 3 . . 0.06 0.20 -2.665 Kurucz 1.350 (L) 1.277 (L) 1.460 8.000 -4.880 -7.440
SM2 6149.063 . 1.6103 7/2 7/2 . . 0.10 0.06 -1.496 Kurucz 0.000 (N) 0.000 (N) . . . .
TI1 6149.171 . 3.2145 4 4 . . 0.06 0.63 -1.899 Kurucz 1.520 (L) 1.182 (L) 1.351 7.860 -4.810 -7.580
FE2 6149.249 74 3.8900 1/2 1/2 40.30 34.7 45.74 0.41 -2.724 Kurucz 0.000 (0) 2.700 (L) 1.350 8.530 -6.530 -7.880
ND1 6149.259 . 1.2169 4 5 . . 0.00 0.42 0.030 Kurucz 0.000 (N) 0.000 (N) . . . .
TI1 6149.742 197 2.1600 2 3 . . 1.10 21.17 -1.646 Kurucz 1.170 (L) 1.090 (L) 1.010 7.210 -6.050 -7.820
CR1 6149.834 . 4.8020 2 3 . . 0.37 0.49 -1.083 Kurucz 1.167 (L) 1.353 (L) 1.539 7.890 -5.360 -7.580
!
AT LAMB mult Elow J_lo J_up W_ph D_ph W_HM W_SW lg(gf) Src g_lo (Src) g_up (Src) G_eff g_Nat g_Stark g_Waals
!
V1 6150.076 . 0.3006 9/2 11/2 . . 4.36 81.98 -1.780 Kurucz 1.556 (L) 1.420 (L) 1.114 5.890 -6.240 -7.860
FE2 6150.098 . 3.2213 7/2 7/2 . . 3.88 0.02 -4.754 Kurucz 0.980 (L) 1.399 (L) 1.190 8.540 -6.540 -7.910
V1 6150.154 20 0.3000 9/2 11/2 9.43 7.2 4.36 82.03 -1.780 Kurucz 1.520 (L) 1.420 (L) 1.195 5.890 -6.240 -7.860
TI1 6150.186 . 3.1985 3 3 . . 0.12 1.20 -1.639 Kurucz 1.421 (L) 1.422 (L) 1.422 8.180 -4.700 -7.570
FE1 6150.280 . 4.9851 3 3 . . 0.04 0.01 -4.049 Kurucz 1.908 (L) 1.835 (L) 1.872 7.480 -3.930 -7.430
FE2 6150.308 . 7.7271 7/2 9/2 . . 0.03 0.00 -2.994 Kurucz 0.961 (L) 1.070 (L) 1.261 8.500 -6.590 -7.910
TI1 6150.636 . 3.1278 3 4 . . 0.07 0.80 -1.911 Kurucz 1.060 (L) 1.250 (L) 1.535 8.030 -5.590 -7.560
FE1 6150.796 . 5.3140 2 1 . . 0.20 0.05 -3.107 Kurucz 1.822 (L) 1.531 (L) 1.968 7.640 -4.110 -7.330
FE1 6150.934 . 5.3484 3 3 . . 0.64 0.17 -2.562 Kurucz 0.905 (L) 1.147 (L) 1.026 7.990 -3.860 -7.390
FE1 6151.623 62 2.1760 3 2 48.58 50.7 49.70 73.37 -3.299 Oxford 1.666 (L) 1.495 (L) 1.837 8.200 -6.160 -7.760
NI1 6151.666 . 5.2844 3 4 . . 0.10 0.01 -2.353 Kurucz 1.356 (L) 1.105 (L) 0.728 8.690 -4.730 -7.550
CE1 6151.723 . 0.5158 3 4 . . 0.00 0.29 -0.844 Kurucz 0.000 (N) 0.000 (N) . . . .
CA1 6151.766 . 5.7408 1 1 . . 0.03 0.02 -2.058 Kurucz 0.499 (L) 0.503 (L) 0.501 8.080 -3.270 -7.020
CR1 6152.075 . 4.0990 3 3 . . 0.20 0.51 -1.986 Kurucz 1.111 (L) 1.325 (L) 1.218 7.150 -5.970 -7.840
FE1 6152.128 . 5.0331 4 4 . . 0.09 0.03 -3.716 Kurucz 1.328 (L) 1.569 (L) 1.449 8.730 -4.510 -7.430
SI1 6152.292 . 5.9640 2 3 . . 5.36 0.17 -2.120 Kurucz 0.000 (N) 0.000 (N) . . . .
CR1 6152.444 . 4.2074 3 2 . . 0.02 0.04 -2.889 Kurucz 1.307 (L) 1.155 (L) 1.459 7.940 -5.840 -7.770
CR1 6152.653 . 3.4493 3 3 . . 0.29 1.31 -2.422 Kurucz 1.929 (L) 1.501 (L) 1.715 8.340 -4.540 -7.460
CR1 6152.675 . 4.2075 2 2 . . 0.22 0.50 -1.846 Kurucz 1.143 (L) 1.155 (L) 1.149 7.940 -5.840 -7.770
FE1 6152.853 . 4.9881 2 2 . . 1.69 0.61 -2.465 Kurucz 1.501 (L) 1.601 (L) 1.551 8.560 -4.410 -7.440
TI1 6152.905 . 1.4432 3 3 . . 0.01 0.64 -4.309 Kurucz 1.080 (L) 1.622 (L) 1.351 6.180 -6.120 -7.840
FE2 6153.183 . 5.9561 5/2 7/2 . . 0.13 0.00 -3.885 Kurucz 1.200 (L) 1.135 (L) 1.054 8.530 -6.640 -7.900
TI1 6153.422 . 3.4094 3 4 . . 0.10 0.83 -1.518 Kurucz 1.000 (L) 1.235 (L) 1.588 7.810 -5.550 -7.480
CR1 6153.461 . 3.8923 5 4 . . 0.05 0.15 -2.770 Kurucz 1.400 (L) 1.340 (L) 1.520 7.970 -4.870 -7.440
FE1 6153.646 . 3.0714 1 2 . . 0.35 0.62 -4.936 Kurucz 1.466 (L) 0.998 (L) 0.764 8.710 -5.860 -7.720
CR2 6153.961 . 3.8707 9/2 9/2 . . 0.24 0.00 -4.184 Kurucz 1.340 (L) 1.416 (L) 1.378 8.410 -6.480 -7.900
FE1 6154.186 . 5.3853 3 3 . . 0.38 0.10 -2.755 Kurucz 1.755 (L) 1.094 (L) 1.424 8.250 -4.840 -7.510
NA1 6154.230 5 2.1000 1/2 1/2 38.73 28.9 32.90 128.98 -1.560 Kurucz 0.667 (T) 2.000 (T) 1.333 7.850 -4.390 .
V1 6154.458 . 2.8954 7/2 9/2 . . 0.07 0.68 -1.100 Kurucz 1.230 (L) 1.330 (L) 1.505 7.770 -5.330 -7.560
FE1 6154.464 . 5.0203 0 1 . . 2.36 0.84 -2.288 Kurucz 0.000 (N) 1.420 (L) 1.420 8.570 -4.610 -7.450
CR1 6154.475 . 4.8020 2 2 . . 0.07 0.09 -1.809 Kurucz 1.167 (L) 1.483 (L) 1.325 7.830 -5.390 -7.530
FE1 6154.497 . 5.3303 5 4 . . 0.04 0.01 -3.774 Kurucz 1.054 (L) 1.455 (L) 0.252 7.720 -3.890 -7.350
FE1 6154.980 . 5.3195 6 6 . . 0.04 0.01 -3.771 Kurucz 1.198 (L) 1.337 (L) 1.268 7.790 -4.110 -7.340
!
AT LAMB mult Elow J_lo J_up W_ph D_ph W_HM W_SW lg(gf) Src g_lo (Src) g_up (Src) G_eff g_Nat g_Stark g_Waals
!
ND1 6155.046 . 1.4777 7 8 . . 0.00 0.33 0.280 Kurucz 0.000 (N) 0.000 (N) . . . .
SI1 6155.142 29 5.6200 3 4 . . 132.99 23.04 -0.400 Kurucz 1.333 (T) 1.050 (T) 0.626 . . .
FE2 6155.241 161 5.5700 7/2 7/2 . . 0.12 0.00 -4.258 Kurucz 1.143 (T) 0.720 (L) 0.931 8.480 -6.530 -7.910
ZR1 6155.557 . 1.5821 4 5 . . 0.03 1.35 -1.340 Kurucz 0.000 (N) 0.000 (N) . . . .
SI1 6155.693 . 5.6192 3 3 . . 25.39 1.57 -1.690 Kurucz 0.000 (N) 0.000 (N) . . . .
O1 6155.961 . 10.7403 1 0 . . 0.61 0.00 -1.401 Kurucz 0.000 (N) 0.000 (N) . 7.600 -3.960 .
O1 6155.971 . 10.7403 1 1 . . 1.33 0.00 -1.051 Kurucz 0.000 (N) 0.000 (N) . 7.610 -3.960 .
O1 6155.989 . 10.7403 1 2 . . 1.04 0.00 -1.161 Kurucz 0.000 (N) 0.000 (N) . 7.610 -3.960 .
CA1 6156.023 20 2.5213 1 2 . . 14.09 76.59 -2.200 Kurucz 0.502 (L) 1.501 (L) 2.000 7.490 -4.690 -7.500
ND1 6156.132 . 1.1301 6 6 . . 0.00 0.24 -0.340 Kurucz 0.000 (N) 0.000 (N) . . . .
FE1 6156.371 . 3.3965 3 2 . . 1.86 2.45 -3.899 Kurucz 1.250 (L) 2.009 (L) 0.491 8.110 -5.470 -7.620
FE1 6156.506 . 5.3853 3 4 . . 0.08 0.02 -3.433 Kurucz 1.755 (L) 1.143 (L) 0.225 8.110 -5.410 -7.620
O1 6156.737 . 10.7406 2 1 . . 0.46 0.00 -1.521 Kurucz 0.000 (N) 0.000 (N) . 7.610 -3.960 .
O1 6156.755 . 10.7406 2 2 . . 1.73 0.00 -0.931 Kurucz 0.000 (N) 0.000 (N) . 7.610 -3.960 .
O1 6156.780 10 10.7400 0 1 5.58 3.9 2.66 0.00 -0.731 Kurucz 0.000 (N) 0.000 (N) . 7.610 -3.960 .
FE1 6156.805 . 4.9557 3 4 . . 6.51 2.45 -1.885 Kurucz 1.504 (L) 1.431 (L) 1.321 8.570 -4.680 -7.460
SM2 6156.921 . 1.3697 3/2 5/2 . . 0.04 0.03 -2.051 Kurucz 0.000 (N) 0.000 (N) . . . .
FE1 6157.130 . 5.3853 3 4 . . 0.04 0.01 -3.685 Kurucz 1.755 (L) 0.994 (L) -0.147 8.220 -4.760 -7.620
TI1 6157.144 . 2.1603 2 1 . . 0.02 0.68 -3.300 Kurucz 1.170 (L) 0.940 (L) 1.285 8.080 -5.750 -7.770
TI1 6157.348 . 2.6767 4 4 . . 0.39 6.08 -1.609 Kurucz 1.050 (L) 1.270 (L) 1.160 7.670 -5.170 -7.540
FE1 6157.400 624 3.3000 0 1 3.12 3.0 2.73 3.84 -3.820 Kostyk_W 0.000 (N) 0.000 (N) . . . .
SM2 6157.532 . 1.4129 7/2 5/2 . . 0.13 0.09 -1.553 Kurucz 0.000 (N) 0.000 (N) . . . .
TI1 6157.583 . 3.1785 1 0 . . 0.03 0.37 -2.180 Kurucz 1.502 (L) 0.000 (N) 1.502 8.050 -4.400 -7.570
FE1 6157.733 1015 4.0700 4 4 62.50 57.0 60.89 43.55 -1.260 Kurucz 1.246 (L) 1.181 (L) 1.214 7.820 -5.890 -7.730
ZR1 6157.733 . 2.4333 3 4 . . 0.08 1.52 -0.120 Kurucz 0.000 (N) 0.000 (N) . . . .
CR2 6157.748 . 4.4272 11/2 9/2 . . 0.04 0.00 -4.429 Kurucz 1.091 (L) 1.338 (L) 0.535 8.410 -6.620 -7.870
PR2 6157.809 . 1.2601 6 6 . . 0.46 0.33 -0.960 Kurucz 0.000 (N) 0.000 (N) . . . .
ND2 6157.822 . 0.5502 11/2 9/2 . . 0.96 1.66 -1.620 Kurucz 0.000 (N) 0.000 (N) . . . .
CR2 6157.832 . 6.6048 5/2 7/2 . . 0.06 0.00 -2.393 Kurucz 1.029 (L) 1.209 (L) 1.434 8.620 -6.450 -7.870
NI1 6158.000 . 5.3257 2 3 . . 0.10 0.01 -2.290 Kurucz 0.840 (L) 0.732 (L) 0.624 8.330 -3.750 -7.580
FE2 6158.019 . 6.2170 5/2 7/2 . . 0.49 0.00 -3.088 Kurucz 1.028 (L) 1.210 (L) 1.437 8.750 -6.530 -7.900
FE1 6158.034 . 5.3205 5 6 . . 0.69 0.19 -2.556 Kurucz 1.203 (L) 1.337 (L) 1.672 7.970 -4.110 -7.340
O1 6158.149 . 10.7410 3 2 . . 0.20 0.00 -1.891 Kurucz 0.000 (N) 0.000 (N) . 7.620 -3.960 .
O1 6158.170 10 10.7400 0 1 5.22 2.8 4.85 0.00 -0.441 Kurucz 0.000 (N) 0.000 (N) . 7.620 -3.960 .
TI2 6158.438 . 1.8917 9/2 7/2 . . 0.46 0.07 -4.238 Kurucz 1.111 (L) 1.147 (L) 1.048 8.210 -6.370 -7.860
CA2 6158.567 . 9.2396 3/2 5/2 . . 0.27 0.00 -0.944 Kurucz 1.334 (L) 1.200 (L) 1.099 7.730 -4.750 -6.990
TI1 6158.961 . 2.1603 2 2 . . 0.03 0.84 -3.206 Kurucz 1.170 (L) 0.660 (L) 0.915 7.420 -6.010 -7.810
FE1 6159.065 . 3.6353 1 1 . . 0.69 0.76 -4.113 Kurucz 0.505 (L) 0.556 (L) 0.531 7.740 -6.300 -7.830
PR2 6159.129 . 1.1628 5 6 . . 0.27 0.21 -1.285 Kurucz 0.000 (N) 0.000 (N) . . . .
FE1 6159.382 1175 4.6100 3 4 12.38 11.6 10.58 5.11 -1.970 Kurucz 1.086 (L) 1.350 (T) 1.746 8.280 -4.380 -7.700
CR1 6159.426 . 3.4493 3 4 . . 1.01 4.35 -1.879 Kurucz 1.929 (L) 1.501 (L) 0.859 8.340 -4.660 -7.460
FE1 6159.467 . 4.9881 2 3 . . 0.13 0.04 -3.596 Kurucz 1.501 (L) 1.835 (L) 2.169 8.570 -3.930 -7.430
FE1 6159.833 . 5.2734 3 3 . . 0.58 0.17 -2.671 Kurucz 1.650 (L) 1.537 (L) 1.594 7.550 -4.370 -7.320
FE1 6159.944 . 4.7332 3 3 . . 0.04 0.01 -4.333 Kurucz 1.324 (L) 1.747 (L) 1.536 8.210 -4.910 -7.380
!
AT LAMB mult Elow J_lo J_up W_ph D_ph W_HM W_SW lg(gf) Src g_lo (Src) g_up (Src) G_eff g_Nat g_Stark g_Waals
!
ZR1 6160.154 . 1.5836 5 5 . . 0.02 1.09 -1.430 Kurucz 0.000 (N) 0.000 (N) . . . .
FE1 6160.329 . 5.3342 4 3 . . 0.09 0.02 -3.422 Kurucz 1.024 (L) 1.451 (L) 0.384 8.030 -3.810 -7.360
FE1 6160.402 . 5.0638 3 3 . . 0.04 0.01 -3.996 Kurucz 1.254 (L) 1.565 (L) 1.410 8.730 -4.600 -7.440
SM2 6160.431 . 1.3589 9/2 7/2 . . 0.07 0.05 -1.866 Kurucz 0.000 (N) 0.000 (N) . . . .
NA1 6160.753 5 2.1000 3/2 1/2 57.25 42.8 52.60 166.73 -1.260 Kurucz 1.333 (T) 2.000 (T) 1.166 7.850 -4.390 .
FE2 6160.755 . 5.5706 5/2 7/2 . . 0.50 0.00 -3.626 Kurucz 0.859 (L) 0.720 (L) 0.546 8.480 -6.530 -7.910
FE1 6161.092 . 5.3933 4 4 . . 0.33 0.08 -2.814 Kurucz 1.492 (L) 1.487 (L) 1.489 8.380 -4.810 -7.330
FE1 6161.115 . 4.6521 2 3 . . 3.86 1.84 -2.404 Kurucz 0.688 (L) 1.258 (L) 1.828 8.260 -4.500 -7.700
PR2 6161.179 . 1.0526 5 5 . . 3.76 3.31 -0.229 Kurucz 0.000 (N) 0.000 (N) . . . .
CA1 6161.295 20 2.5200 2 2 66.50 53.2 72.74 191.03 -1.020 Kurucz 1.162 (L) 2.000 (T) 1.581 7.490 -4.690 -7.500
CE1 6162.132 . 0.3022 4 5 . . 0.00 0.29 -1.139 Kurucz 0.000 (N) 0.000 (N) . . . .
CA1 6162.173 . 1.8990 2 1 . . 199.17 411.95 0.100 Kurucz 1.501 (L) 2.002 (L) 1.251 7.820 -5.070 -7.590
SI1 6162.297 . 5.9538 1 2 . . 0.89 0.03 -2.920 Kurucz 0.000 (N) 0.000 (N) . . . .
FE1 6162.878 . 5.3205 5 4 . . 0.04 0.01 -3.817 Kurucz 1.203 (L) 1.519 (L) 0.571 7.960 -4.420 -7.340
CR1 6162.947 . 4.7855 1 2 . . 0.38 0.51 -1.086 Kurucz 0.499 (L) 1.185 (L) 1.528 7.900 -5.330 -7.580
NI1 6163.418 . 4.1055 3 4 . . 34.25 12.10 -0.682 Kurucz 1.193 (L) 1.222 (L) 1.265 8.310 -4.060 -7.760
FE1 6163.544 . 2.1979 2 2 . . 22.84 42.42 -3.840 Kurucz 1.820 (L) 1.493 (L) 1.657 6.830 -6.170 -7.770
CA1 6163.574 20 2.5200 1 1 63.61 53.1 61.27 204.14 -1.270 Љ 0.501 (L) 1.500 (T) 1.001 . . .
FE2 6163.587 . 6.2188 9/2 7/2 . . 0.41 0.00 -3.166 Kurucz 1.334 (L) 1.210 (L) 1.551 8.750 -6.530 -7.900
CA1 6163.755 . 2.5213 1 1 . . 72.68 190.79 -1.020 Kurucz 0.502 (L) 1.491 (L) 0.997 7.480 -4.690 -7.500
FE1 6163.820 . 5.3933 4 5 . . 1.75 0.46 -2.082 Kurucz 1.492 (L) 1.430 (L) 1.306 8.560 -4.970 -7.370
SM2 6164.530 . 0.8846 3/2 1/2 . . 0.04 0.04 -2.598 Kurucz 0.000 (N) 0.000 (N) . . . .
FE1 6164.547 . 5.3140 2 1 . . 5.34 1.52 -1.650 Kurucz 1.822 (L) 1.618 (L) 1.924 8.220 -5.510 -7.580
MN1 6164.582 . 3.8437 5/2 3/2 . . 0.02 0.03 -3.521 Kurucz 1.600 (L) 1.759 (L) 1.481 7.890 -5.220 -7.660
TI1 6164.660 . 1.8792 4 3 . . 0.23 7.61 -2.590 Kurucz 1.060 (L) 0.750 (L) 1.525 8.070 -5.780 -7.710
!
AT LAMB mult Elow J_lo J_up W_ph D_ph W_HM W_SW lg(gf) Src g_lo (Src) g_up (Src) G_eff g_Nat g_Stark g_Waals
!
FE1 6165.122 . 5.0856 2 2 . . 1.52 0.51 -2.424 Kurucz 0.998 (L) 0.476 (L) 0.737 8.720 -4.990 -7.450
NI1 6165.242 . 4.1055 3 2 . . 0.65 0.20 -2.606 Kurucz 1.193 (L) 1.020 (L) 1.366 8.310 -5.710 -7.760
FE1 6165.363 1018 4.1400 3 4 46.63 44.3 43.28 27.94 -1.550 Kurucz 1.066 (L) 0.914 (L) 0.686 7.990 -5.890 -7.730
LA1 6165.689 . 0.9287 3/2 3/2 . . 0.00 0.36 -0.810 Kurucz 0.000 (N) 0.000 (N) . . . .
FE1 6165.866 . 5.0331 4 4 . . 3.32 1.17 -2.123 Kurucz 1.328 (L) 1.228 (L) 1.278 8.720 -4.640 -7.470
PR2 6165.891 . 0.9232 4 4 . . 5.18 5.10 -0.205 Kurucz 0.000 (N) 0.000 (N) . . . .
FE1 6166.008 . 5.0638 3 3 . . 1.17 0.40 -2.558 Kurucz 1.254 (L) 1.031 (L) 1.142 8.720 -4.770 -7.470
FE1 6166.375 . 5.3342 4 4 . . 0.05 0.01 -3.640 Kurucz 1.024 (L) 1.455 (L) 1.240 7.970 -3.890 -7.350
CA1 6166.430 20 2.5200 1 0 74.54 58.2 79.62 206.38 -0.900 Kurucz 0.501 (L) 0.000 (0) 0.501 7.480 -4.690 -7.500
FE1 6166.505 . 5.3205 5 6 . . 0.04 0.01 -3.795 Kurucz 1.203 (L) 1.475 (L) 2.155 7.920 -4.570 -7.330
ND2 6166.651 . 1.4518 9/2 9/2 . . 0.68 0.50 -0.910 Kurucz 0.000 (N) 0.000 (N) . . . .
TI1 6167.569 . 2.3341 1 2 . . 0.27 5.74 -2.101 Kurucz 1.540 (L) 1.000 (L) 0.730 7.790 -6.030 -7.760
SM2 6168.341 . 1.5858 11/2 9/2 . . 0.07 0.04 -1.687 Kurucz 0.000 (N) 0.000 (N) . . . .
DY1 6168.432 . 0.5126 7 8 . . 0.00 0.67 -0.782 Kurucz 0.000 (N) 0.000 (N) . . . .
FE1 6168.760 . 3.6398 2 3 . . 0.14 0.15 -4.798 Kurucz 1.160 (L) 0.765 (L) 0.370 7.230 -6.290 -7.840
FE1 6168.983 . 4.2563 3 3 . . 1.83 1.20 -3.105 Kurucz 1.244 (L) 1.615 (L) 1.430 8.380 -5.490 -7.710
CA1 6169.042 . 2.5230 2 1 . . 99.99 251.69 -0.550 Kurucz 1.162 (L) 1.491 (L) 0.997 7.480 -4.690 -7.500
FE1 6169.458 . 3.4170 2 1 . . 0.27 0.36 -4.725 Kurucz 1.004 (L) 3.002 (L) 0.005 8.110 -5.470 -7.620
FE1 6169.477 . 4.3714 4 4 . . 0.23 0.14 -3.902 Kurucz 1.103 (L) 1.355 (L) 1.229 8.250 -5.240 -7.670
CA1 6169.563 . 2.5257 3 2 . . 117.93 286.79 -0.270 Kurucz 1.328 (L) 1.501 (L) 1.155 7.490 -4.690 -7.500
FE1 6169.598 . 4.7332 3 3 . . 11.03 4.86 -1.836 Kurucz 1.324 (L) 0.842 (L) 1.083 8.360 -4.680 -7.700
FE1 6169.798 . 5.0675 2 2 . . 0.09 0.03 -3.692 Kurucz 1.480 (L) 1.182 (L) 1.331 7.520 -5.450 -7.720
!
AT LAMB mult Elow J_lo J_up W_ph D_ph W_HM W_SW lg(gf) Src g_lo (Src) g_up (Src) G_eff g_Nat g_Stark g_Waals
!
SI1 6170.039 . 5.8625 1 1 . . 0.36 0.01 -3.400 Kurucz 0.000 (N) 0.000 (N) . . . .
ER2 6170.064 . 0.0546 11/2 13/2 . . 0.06 0.10 -2.853 Kurucz 0.000 (N) 0.000 (N) . . . .
V1 6170.306 . 0.2866 7/2 9/2 . . 1.44 55.89 -2.290 Kurucz 1.588 (L) 1.380 (L) 1.016 6.010 -6.240 -7.860
ND2 6170.480 . 1.1995 5/2 5/2 . . 1.00 0.93 -0.980 Kurucz 0.000 (N) 0.000 (N) . . . .
FE1 6170.506 . 4.7955 2 2 . . 68.46 37.51 -0.440 Kurucz 1.151 (L) 1.459 (L) 1.305 8.230 -5.230 -7.680
NI1 6170.567 . 4.1055 3 3 . . 3.92 1.25 -1.808 Kurucz 1.193 (L) 1.004 (L) 1.099 8.310 -5.070 -7.760
NI1 6170.600 . 4.0882 4 4 . . 3.03 0.98 -1.941 Kurucz 1.222 (L) 1.050 (L) 1.136 8.170 -5.240 -7.770
TI1 6170.604 . 3.1864 2 1 . . 0.05 0.50 -2.038 Kurucz 1.486 (L) 1.503 (L) 1.478 8.090 -4.130 -7.570
P1 6170.663 . 7.4169 1/2 3/2 . . 0.05 0.00 -1.800 Kurucz 0.000 (N) 0.000 (N) . . . .
FE1 6170.837 . 5.0856 2 3 . . 0.02 0.01 -4.220 Kurucz 0.998 (L) 1.407 (L) 1.816 8.730 -4.640 -7.460
FE1 6171.010 . 4.7332 3 2 . . 9.99 4.41 -1.884 Kurucz 1.324 (L) 1.284 (L) 1.364 8.370 -5.160 -7.700
CO1 6171.299 . 5.0023 5/2 5/2 . . 0.06 0.01 -1.302 Kurucz 1.370 (L) 1.343 (L) 1.357 8.560 -5.460 -7.590
CR1 6171.542 . 4.2039 1 1 . . 0.10 0.24 -2.175 Kurucz 0.495 (L) 0.427 (L) 0.461 7.980 -5.710 -7.770
TB2 6171.840 . 1.6868 6 6 . . 0.02 0.00 -0.973 Kurucz 0.000 (N) 0.000 (N) . . . .
CR1 6172.046 . 4.1056 4 3 . . 1.40 3.35 -1.130 Kurucz 1.250 (L) 1.325 (L) 1.138 7.150 -5.970 -7.840
FE1 6172.215 . 4.3125 5 4 . . 0.23 0.14 -3.966 Kurucz 1.218 (L) 1.238 (L) 1.178 8.260 -5.090 -7.710
FE2 6172.600 . 9.6537 9/2 9/2 . . 0.09 0.00 -1.078 Kurucz 1.556 (L) 1.555 (L) 1.556 8.980 -5.720 -7.690
LA2 6172.721 . 0.1260 3 2 . . 1.14 2.25 -2.320 Kurucz 0.000 (N) 0.000 (N) . . . .
FE1 6172.773 . 5.0856 2 1 . . 0.03 0.01 -4.157 Kurucz 0.998 (L) 2.035 (L) 0.479 8.730 -4.000 -7.430
S1 6172.821 . 8.0453 1 1 . . 1.26 0.00 -1.400 Kurucz 0.000 (N) 0.000 (N) . . . .
FE1 6173.008 . 0.9901 2 3 . . 0.10 1.13 -7.473 Kurucz 1.000 (L) 1.908 (L) 2.816 3.780 -6.210 -7.780
EU2 6173.024 . 1.3196 5 4 . . 0.36 0.21 -0.854 Kurucz 0.000 (N) 0.000 (N) . . . .
FE1 6173.029 . 3.6398 2 1 . . 0.06 0.07 -5.133 Kurucz 1.160 (L) 0.556 (L) 1.462 7.740 -6.300 -7.830
EU2 6173.031 . 1.3196 5 4 . . 0.36 0.21 -0.854 Kurucz 0.000 (N) 0.000 (N) . . . .
FE1 6173.150 . 4.9913 5 4 . . 0.03 0.01 -4.271 Kurucz 1.390 (L) 1.632 (L) 0.906 8.730 -4.150 -7.430
FE1 6173.341 62 2.2227 1 0 69.28 62.2 68.07 97.56 -2.880 Oxford 2.499 (L) 0.000 (0) 2.499 8.210 -6.160 -7.760
S1 6173.584 . 8.0453 1 2 . . 1.35 0.00 -1.370 Kurucz 0.000 (N) 0.000 (N) . . . .
FE1 6173.639 . 4.4457 2 2 . . 0.64 0.36 -3.394 Kurucz 0.335 (L) 1.570 (L) 0.953 8.240 -5.870 -7.590
S1 6173.745 . 8.0456 0 1 . . 1.26 0.00 -1.400 Kurucz 0.000 (N) 0.000 (N) . . . .
FE1 6173.805 . 5.3449 4 4 . . 0.05 0.01 -3.706 Kurucz 0.777 (L) 1.187 (L) 0.982 8.140 -3.940 -7.370
SI1 6173.824 . 5.9640 2 3 . . 0.73 0.02 -3.000 Kurucz 0.000 (N) 0.000 (N) . . . .
FE1 6174.501 . 3.6417 3 3 . . 0.05 0.06 -5.222 Kurucz 1.326 (L) 0.765 (L) 1.046 7.230 -6.290 -7.850
FE1 6174.552 . 5.3303 5 5 . . 0.14 0.03 -3.251 Kurucz 1.054 (L) 1.324 (L) 1.189 7.660 -4.050 -7.320
TI1 6174.751 . 2.6619 3 3 . . 0.41 6.39 -1.605 Kurucz 0.750 (L) 1.110 (L) 0.930 7.660 -5.610 -7.540
SM2 6174.944 . 1.3481 5/2 3/2 . . 0.06 0.04 -1.965 Kurucz 0.000 (N) 0.000 (N) . . . .
S1 6174.963 . 8.0457 2 2 . . 1.26 0.00 -1.400 Kurucz 0.000 (N) 0.000 (N) . . . .
!
AT LAMB mult Elow J_lo J_up W_ph D_ph W_HM W_SW lg(gf) Src g_lo (Src) g_up (Src) G_eff g_Nat g_Stark g_Waals
!
FE1 6175.040 . 5.0996 1 1 . . 0.02 0.00 -4.237 Kurucz -0.006 (L) -0.295 (L) -0.151 8.730 -4.320 -7.430
FE2 6175.146 . 6.2226 7/2 7/2 . . 5.56 0.00 -1.983 Kurucz 1.237 (L) 1.210 (L) 1.224 8.750 -6.530 -7.900
NI1 6175.360 . 4.0893 1 1 . . 41.72 15.90 -0.530 Kurucz 1.005 (L) 1.000 (L) 1.003 8.370 -4.890 -7.770
FE2 6175.455 . 7.6932 5/2 7/2 . . 0.23 0.00 -2.210 Kurucz 1.811 (L) 1.586 (L) 1.305 8.840 -5.710 -7.690
V1 6175.565 . 2.8778 5/2 7/2 . . 0.09 0.86 -1.019 Kurucz 0.980 (L) 1.220 (L) 1.520 7.770 -5.380 -7.560
FE1 6175.642 . 5.3718 3 2 . . 0.03 0.00 -3.924 Kurucz 0.509 (L) 1.728 (L) -0.710 7.560 -4.160 -7.340
FE1 6175.724 . 4.3013 1 1 . . 0.27 0.17 -3.901 Kurucz -0.016 (L) 1.662 (L) 0.823 8.350 -5.430 -7.710
S1 6175.845 . 8.0457 2 3 . . 2.54 0.00 -1.090 Kurucz 0.000 (N) 0.000 (N) . . . .
NI1 6175.912 . 4.1647 4 3 . . 0.34 0.10 -2.831 Kurucz 1.043 (L) 1.230 (L) 0.762 8.100 -5.660 -7.690
FE1 6175.913 . 5.0638 3 2 . . 0.06 0.02 -3.865 Kurucz 1.254 (L) 1.769 (L) 0.739 8.730 -4.220 -7.430
FE1 6176.168 . 4.7955 2 3 . . 0.15 0.06 -3.710 Kurucz 1.151 (L) 1.505 (L) 1.859 8.190 -5.450 -7.340
NI1 6176.807 . 4.0882 4 5 . . 41.45 15.71 -0.530 Kurucz 1.222 (L) 1.200 (L) 1.156 8.160 -5.210 -7.840
CR2 6176.981 . 4.7505 5/2 3/2 . . 0.87 0.01 -2.841 Kurucz 1.372 (L) 1.178 (L) 1.518 8.410 -6.460 -7.860
NI1 6177.236 . 1.8262 0 1 . . 10.52 17.95 -3.500 Kurucz 0.000 (N) 0.552 (L) 0.552 7.630 -6.150 -7.830
FE1 6177.428 . 4.4457 2 1 . . 0.45 0.25 -3.548 Kurucz 0.335 (L) 0.801 (L) 0.102 8.300 -5.490 -7.610
NI1 6177.543 . 4.2358 2 2 . . 1.42 0.40 -2.141 Kurucz 1.190 (L) 0.950 (L) 1.070 8.360 -5.650 -7.690
FE1 6177.671 . 5.0704 2 1 . . 0.02 0.01 -4.218 Kurucz 1.985 (L) 0.651 (L) 2.652 7.610 -4.760 -7.460
FE2 6178.145 . 3.2305 5/2 7/2 . . 0.17 0.00 -6.113 Kurucz 0.574 (L) 1.399 (L) 2.430 8.540 -6.540 -7.910
SC2 6178.204 . 1.4551 0 1 . . 0.65 0.21 -2.883 Kurucz 0.000 (N) 0.506 (L) 0.506 8.360 -6.320 -7.840
CR2 6178.233 . 4.4148 7/2 7/2 . . 0.12 0.00 -4.000 Kurucz 1.144 (L) 1.248 (L) 1.196 8.410 -6.460 -7.870
FE1 6178.284 . 5.3342 4 4 . . 0.02 0.00 -3.987 Kurucz 1.024 (L) 1.354 (L) 1.189 7.970 -4.290 -7.370
FE1 6178.509 . 5.3574 2 3 . . 0.03 0.00 -3.890 Kurucz 0.331 (L) 1.147 (L) 1.963 8.020 -3.860 -7.390
ND1 6178.578 . 1.7735 11 12 . . 0.01 0.42 0.800 Kurucz 0.000 (N) 0.000 (N) . . . .
CR2 6179.100 . 6.4842 7/2 9/2 . . 0.88 0.00 -1.360 Kurucz 0.889 (L) 0.911 (L) 0.950 8.480 -6.600 -7.870
CR2 6179.321 . 4.4152 9/2 7/2 . . 0.03 0.00 -4.549 Kurucz 0.921 (L) 1.248 (L) 0.349 8.410 -6.630 -7.870
FE2 6179.380 163 5.5700 0 1 5.10 3.4 4.84 0.01 -2.602 Kurucz 1.144 (L) 1.010 (L) 1.010 8.490 -6.530 -7.910
FE1 6179.789 . 5.2734 3 3 . . 1.70 0.49 -2.204 Kurucz 1.650 (L) 1.218 (L) 1.434 8.260 -5.820 -7.540
SM2 6179.829 . 1.2623 7/2 5/2 . . 0.07 0.06 -1.963 Kurucz 0.000 (N) 0.000 (N) . . . .
NI1 6179.990 . 4.0893 1 2 . . 2.83 0.91 -1.970 Kurucz 1.005 (L) 1.430 (L) 1.643 8.380 -5.740 -7.770
!
AT LAMB mult Elow J_lo J_up W_ph D_ph W_HM W_SW lg(gf) Src g_lo (Src) g_up (Src) G_eff g_Nat g_Stark g_Waals
!
NI1 6180.155 . 1.9354 2 3 . . 0.63 1.23 -4.667 Kurucz 1.356 (L) 0.761 (L) 0.166 6.720 -6.280 -7.850
FE1 6180.203 . 2.7276 4 3 . . 49.15 59.29 -2.780 Kurucz 1.051 (L) 1.324 (L) 0.641 8.160 -5.970 -7.750
FE1 6180.294 . 5.3140 2 2 . . 0.94 0.26 -2.425 Kurucz 1.822 (L) 1.544 (L) 1.683 7.690 -4.280 -7.330
TI1 6180.303 . 3.4094 3 4 . . 1.48 10.47 -0.345 Kurucz 1.000 (L) 0.950 (L) 0.875 8.360 -5.870 -7.660
GD2 6180.428 . 1.7266 13/2 11/2 . . 0.09 0.03 -0.938 Kurucz 0.000 (N) 0.000 (N) . . . .
FE1 6180.525 . 5.0704 2 3 . . 0.86 0.29 -2.688 Kurucz 1.985 (L) 1.565 (L) 1.145 7.620 -4.600 -7.440
FE1 6180.916 . 5.4458 3 3 . . 0.54 0.13 -2.550 Kurucz 1.481 (L) 1.566 (L) 1.524 8.320 -4.350 -7.330
CO1 6181.014 . 3.9709 7/2 7/2 . . 0.68 0.37 -1.210 Kurucz 1.395 (L) 1.226 (L) 1.311 7.910 -5.410 -7.680
SM2 6181.048 . 1.6696 11/2 13/2 . . 0.06 0.03 -1.648 Kurucz 0.000 (N) 0.000 (N) . . . .
CA1 6181.158 . 5.1809 0 1 . . 0.04 0.05 -2.413 Kurucz 0.000 (N) 1.001 (L) 1.001 8.050 -3.920 -7.410
FE1 6182.328 . 4.9913 5 6 . . 0.24 0.08 -3.311 Kurucz 1.390 (L) 1.482 (L) 1.712 8.730 -4.420 -7.430
PR2 6182.336 . 1.4396 8 8 . . 1.17 0.71 -0.387 Kurucz 0.000 (N) 0.000 (N) . . . .
CR1 6182.554 . 4.2075 2 1 . . 0.02 0.04 -2.890 Kurucz 1.143 (L) 0.427 (L) 1.501 7.980 -5.710 -7.770
SM2 6182.891 . 1.3755 15/2 15/2 . . 0.09 0.07 -1.732 Kurucz 0.000 (N) 0.000 (N) . . . .
FE1 6182.954 . 2.2786 2 2 . . 0.19 0.65 -5.973 Kurucz 1.506 (L) 0.998 (L) 1.252 8.090 -6.160 -7.820
NI1 6183.098 . 3.4646 1 1 . . 0.61 0.32 -3.229 Kurucz 1.486 (L) 0.499 (L) 0.993 7.680 -5.370 -7.610
ER2 6183.212 . 2.1547 13/2 15/2 . . 0.06 0.01 -0.825 Kurucz 0.000 (N) 0.000 (N) . . . .
CR1 6183.365 . 4.5319 3 4 . . 0.07 0.12 -2.048 Kurucz 0.774 (L) 1.052 (L) 1.469 6.810 -6.220 -7.850
FE1 6183.558 . 5.0331 4 5 . . 1.56 0.55 -2.457 Kurucz 1.328 (L) 1.355 (L) 1.409 8.720 -3.680 -7.460
V1 6183.798 . 1.9553 9/2 11/2 . . 0.06 1.43 -2.048 Kurucz 1.310 (L) 1.200 (L) 0.952 8.420 -5.940 -7.740
NI1 6183.842 . 4.1673 2 3 . . 2.59 0.78 -1.938 Kurucz 0.973 (L) 1.230 (L) 1.487 8.400 -5.660 -7.690
ND2 6183.897 . 1.1602 11/2 13/2 . . 0.93 0.90 -1.050 Kurucz 0.000 (N) 0.000 (N) . . . .
FE2 6183.923 . 7.8449 5/2 7/2 . . 0.13 0.00 -2.340 Kurucz 1.351 (L) 1.431 (L) 1.531 8.910 -5.720 -7.680
FE2 6184.701 . 6.2257 5/2 7/2 . . 0.05 0.00 -4.069 Kurucz 1.600 (L) 1.210 (L) 0.722 8.750 -6.540 -7.900
FE1 6184.717 . 5.3484 3 4 . . 0.03 0.01 -3.865 Kurucz 0.905 (L) 1.187 (L) 1.610 8.280 -3.940 -7.370
FE2 6184.929 . 5.5706 5/2 5/2 . . 0.42 0.00 -3.700 Kurucz 0.859 (L) 1.010 (L) 0.934 8.490 -6.530 -7.910
!
AT LAMB mult Elow J_lo J_up W_ph D_ph W_HM W_SW lg(gf) Src g_lo (Src) g_up (Src) G_eff g_Nat g_Stark g_Waals
!
FE2 6185.367 . 3.1995 9/2 11/2 . . 0.44 0.00 -5.739 Kurucz 1.150 (L) 1.455 (L) 2.141 8.550 -6.540 -7.910
TI1 6185.453 . 3.3232 2 3 . . 0.03 0.29 -2.088 Kurucz 0.660 (L) 1.073 (L) 1.486 8.000 -5.330 -7.630
TI1 6186.069 . 3.1985 3 2 . . 0.02 0.20 -2.429 Kurucz 1.421 (L) 1.487 (L) 1.355 8.210 -4.650 -7.570
TI1 6186.140 . 2.1747 3 4 . . 2.02 30.93 -1.365 Kurucz 1.340 (L) 1.260 (L) 1.140 7.150 -6.050 -7.830
FE1 6186.163 . 5.0996 1 2 . . 0.03 0.01 -4.154 Kurucz -0.006 (L) 1.889 (L) 2.837 8.730 -4.280 -7.430
FE1 6186.168 . 5.0704 2 3 . . 0.05 0.02 -3.890 Kurucz 1.985 (L) 1.031 (L) 0.077 7.510 -4.770 -7.470
CE1 6186.170 . 1.0416 5 6 . . 0.00 0.26 -0.146 Kurucz 0.000 (N) 0.000 (N) . . . .
FE1 6186.507 . 5.3342 4 5 . . 0.12 0.03 -3.305 Kurucz 1.024 (L) 1.324 (L) 1.924 7.940 -4.050 -7.320
NI1 6186.709 . 4.1055 3 3 . . 21.75 7.28 -0.960 Kurucz 1.193 (L) 1.320 (L) 1.257 8.310 -4.800 -7.820
FE1 6186.715 . 4.6382 1 2 . . 0.18 0.08 -3.773 Kurucz 2.502 (L) 1.426 (L) 0.888 8.390 -4.990 -7.700
FE1 6186.816 . 4.4153 3 3 . . 1.81 1.04 -2.963 Kurucz 0.887 (L) 1.492 (L) 1.189 8.240 -6.110 -7.590
CR1 6187.203 . 5.1113 4 5 . . 0.36 0.36 -0.814 Kurucz 1.360 (L) 1.267 (L) 1.081 8.600 -5.240 -7.530
FE1 6187.400 342 2.8300 0 1 3.89 3.5 3.88 7.52 -4.110 Kurucz 1.498 (L) 0.493 (L) 0.493 8.150 -5.950 -7.750
FE1 6187.888 . 3.5466 2 1 . . 0.13 0.15 -4.929 Kurucz 1.028 (L) 1.389 (L) 0.848 8.060 -5.940 -7.780
SM2 6187.950 . 1.1667 5/2 7/2 . . 0.07 0.06 -2.058 Kurucz 0.000 (N) 0.000 (N) . . . .
CE1 6187.980 . 0.0284 2 3 . . 0.00 0.30 -1.515 Kurucz 0.000 (N) 0.000 (N) . . . .
FE1 6187.990 959 3.9400 0 1 49.88 43.3 44.71 33.18 -1.720 Kurucz 1.086 (L) 1.288 (L) 1.288 7.640 -5.470 -7.570
LA2 6188.084 . 2.8823 2 3 . . 0.13 0.02 -0.670 Kurucz 0.000 (N) 0.000 (N) . . . .
P1 6188.424 . 7.3814 5/2 3/2 . . 0.06 0.00 -1.700 Kurucz 0.000 (N) 0.000 (N) . . . .
FE1 6188.446 . 5.3303 5 6 . . 0.24 0.06 -3.012 Kurucz 1.054 (L) 1.337 (L) 2.045 7.690 -4.110 -7.340
TI1 6188.831 . 3.3232 2 2 . . 0.16 1.43 -1.396 Kurucz 0.660 (L) 0.666 (L) 0.663 8.020 -5.270 -7.620
V1 6188.962 . 2.8626 3/2 5/2 . . 0.07 0.65 -1.165 Kurucz 0.390 (L) 1.030 (L) 1.510 7.770 -4.940 -7.560
FE1 6188.990 . 5.4458 3 3 . . 0.19 0.04 -3.013 Kurucz 1.481 (L) 1.319 (L) 1.400 8.330 -4.030 -7.310
V1 6189.322 . 0.2753 5/2 7/2 . . 0.31 25.07 -2.970 Kurucz 1.658 (L) 1.280 (L) 0.808 6.090 -6.240 -7.860
ZR1 6189.383 . 2.3959 2 3 . . 0.04 0.79 -0.460 Kurucz 0.000 (N) 0.000 (N) . . . .
FE1 6189.698 . 4.2834 2 2 . . 0.71 0.45 -3.496 Kurucz 0.998 (L) 1.614 (L) 1.306 8.370 -5.930 -7.700
FE1 6189.831 . 5.2734 3 2 . . 0.02 0.00 -4.183 Kurucz 1.650 (L) 1.970 (L) 1.330 7.520 -4.730 -7.320
CR2 6189.862 . 4.0735 5/2 3/2 . . 0.04 0.00 -4.723 Kurucz 1.027 (L) 1.802 (L) 0.446 8.360 -6.640 -7.880
!
AT LAMB mult Elow J_lo J_up W_ph D_ph W_HM W_SW lg(gf) Src g_lo (Src) g_up (Src) G_eff g_Nat g_Stark g_Waals
!
FE1 6190.365 . 5.3718 3 4 . . 0.02 0.00 -4.024 Kurucz 0.509 (L) 1.355 (L) 2.624 7.490 -4.430 -7.340
FE1 6190.399 . 5.2734 3 3 . . 0.74 0.21 -2.568 Kurucz 1.650 (L) 1.190 (L) 1.420 8.250 -5.640 -7.550
CR1 6191.040 . 5.1113 4 4 . . 0.05 0.05 -1.656 Kurucz 1.360 (L) 1.150 (L) 1.255 8.600 -5.240 -7.530
NI1 6191.171 . 1.6765 2 3 . . 64.46 80.19 -2.353 Kurucz 1.143 (L) 1.300 (L) 1.457 7.720 -6.140 -7.830
FE1 6191.560 169 2.4300 0 1 135.50 76.2 121.18 191.07 -1.600 Kurucz 1.038 (L) 1.100 (L) 1.100 7.910 -6.140 -7.800
Y1 6191.718 . 0.0000 3/2 3/2 . . 1.25 75.75 -0.970 Kurucz 0.000 (N) 0.000 (N) . . . .
CR2 6192.450 . 4.1776 11/2 9/2 . . 0.26 0.00 -3.868 Kurucz 1.276 (L) 1.570 (L) 0.614 8.440 -6.460 -7.900
SM2 6192.642 . 1.4629 5/2 3/2 . . 0.10 0.06 -1.646 Kurucz 0.000 (N) 0.000 (N) . . . .
MN1 6192.768 . 3.8530 3/2 1/2 . . 0.02 0.03 -3.482 Kurucz 1.732 (L) 3.934 (L) 1.181 7.890 -5.220 -7.660
ZR1 6192.953 . 0.5426 1 1 . . 0.06 6.57 -2.070 Kurucz 0.000 (N) 0.000 (N) . . . .
CR1 6193.177 . 4.5351 4 4 . . 0.03 0.04 -2.452 Kurucz 1.251 (L) 1.052 (L) 1.152 6.810 -6.210 -7.850
FE1 6193.271 . 5.0856 2 3 . . 0.04 0.01 -4.046 Kurucz 0.998 (L) 1.417 (L) 1.836 8.730 -4.620 -7.460
FE1 6193.338 . 5.3303 5 4 . . 0.03 0.00 -3.940 Kurucz 1.054 (L) 1.519 (L) 0.124 7.660 -4.420 -7.340
TI1 6193.392 . 3.1278 3 3 . . 0.64 6.38 -0.974 Kurucz 1.060 (L) 1.067 (L) 1.063 8.050 -5.580 -7.560
SC1 6193.643 . 0.0000 3/2 5/2 . . 0.13 25.89 -2.760 Kurucz 0.799 (L) 1.336 (L) 1.739 5.850 -6.230 -7.840
SI1 6193.698 . 5.9640 2 2 . . 0.68 0.02 -3.030 Kurucz 0.000 (N) 0.000 (N) . . . .
TI1 6194.050 . 2.1747 3 3 . . 0.16 4.10 -2.476 Kurucz 1.340 (L) 1.090 (L) 1.215 7.210 -6.050 -7.820
SI1 6194.416 . 5.8709 2 3 . . 10.59 0.42 -1.900 Kurucz 0.000 (N) 0.000 (N) . . . .
TB2 6194.488 . 1.5127 7 6 . . 0.02 0.01 -1.147 Kurucz 0.000 (N) 0.000 (N) . . . .
FE1 6194.675 . 4.8349 1 2 . . 0.89 0.36 -2.890 Kurucz 0.493 (L) 1.501 (L) 2.005 8.190 -5.290 -7.340
TI1 6194.866 . 3.4406 5 6 . . 0.03 0.23 -2.042 Kurucz 1.210 (L) 1.330 (L) 1.630 8.370 -4.740 -7.530
SI1 6194.884 . 5.8709 2 2 . . 3.51 0.13 -2.400 Kurucz 0.000 (N) 0.000 (N) . . . .
!
AT LAMB mult Elow J_lo J_up W_ph D_ph W_HM W_SW lg(gf) Src g_lo (Src) g_up (Src) G_eff g_Nat g_Stark g_Waals
!
CR2 6195.190 . 4.7564 3/2 3/2 . . 0.95 0.01 -2.802 Kurucz 1.200 (L) 1.178 (L) 1.189 8.410 -6.460 -7.860
SI1 6195.433 . 5.8709 2 3 . . 13.10 0.53 -1.800 Kurucz 0.000 (N) 0.000 (N) . . . .
CE1 6195.539 . 0.5524 6 6 . . 0.00 0.23 -0.896 Kurucz 0.000 (N) 0.000 (N) . . . .
DY2 6196.234 . 1.9456 13/2 15/2 . . 0.05 0.01 -1.287 Kurucz 0.000 (N) 0.000 (N) . . . .
SI1 6196.416 . 5.9841 3 2 . . 0.07 0.00 -4.020 Kurucz 0.000 (N) 0.000 (N) . . . .
FE2 6196.688 . 3.2213 7/2 9/2 . . 0.38 0.00 -5.779 Kurucz 0.980 (L) 1.430 (L) 2.217 8.540 -6.540 -7.910
FE1 6196.968 . 5.0331 4 3 . . 0.55 0.19 -2.917 Kurucz 1.328 (L) 1.284 (L) 1.394 8.720 -4.520 -7.460
PR2 6197.452 . 1.3303 6 7 . . 0.74 0.50 -0.693 Kurucz 0.000 (N) 0.000 (N) . . . .
FE1 6198.043 . 5.5393 4 3 . . 0.58 0.13 -2.430 Kurucz 1.502 (L) 1.348 (L) 1.733 8.530 -4.260 -7.170
SM2 6198.148 . 1.3831 3/2 5/2 . . 0.03 0.02 -2.188 Kurucz 0.000 (N) 0.000 (N) . . . .
FE1 6198.207 . 5.2734 3 3 . . 2.07 0.60 -2.118 Kurucz 1.650 (L) 1.884 (L) 1.767 8.720 -5.200 -7.820
TI1 6198.292 . 2.3332 0 1 . . 0.02 0.51 -3.184 Kurucz 0.000 (N) 1.050 (L) 1.050 7.760 -6.030 -7.800
FE1 6198.569 . 4.4153 3 2 . . 0.51 0.29 -3.522 Kurucz 0.887 (L) 1.125 (L) 0.649 8.290 -5.480 -7.610
NI1 6198.617 . 4.2662 1 1 . . 1.47 0.40 -2.100 Kurucz 0.511 (L) 1.540 (L) 1.026 8.400 -4.910 -7.810
FE2 6199.181 . 5.5688 7/2 5/2 . . 1.33 0.00 -3.191 Kurucz 1.144 (L) 0.799 (L) 1.575 8.580 -6.530 -7.910
V1 6199.190 19 0.2900 0 1 11.59 9.4 12.42 114.04 -1.300 Kurucz 1.588 (L) 1.550 (L) 1.550 6.510 -6.270 -7.860
FE1 6199.233 . 5.3449 4 4 . . 0.03 0.00 -3.904 Kurucz 0.777 (L) 1.455 (L) 1.116 7.670 -3.890 -7.350
TI1 6199.451 . 3.2145 4 3 . . 0.03 0.34 -2.174 Kurucz 1.520 (L) 1.422 (L) 1.667 8.060 -4.700 -7.570
FE1 6199.500 208 2.5600 0 1 3.80 3.9 3.39 8.13 -4.430 Kurucz 1.235 (L) 1.661 (L) 1.661 8.220 -6.140 -7.820
CA2 6199.804 . 9.0165 3/2 5/2 . . 0.92 0.00 -0.532 Kurucz 0.800 (L) 0.857 (L) 0.900 8.230 -3.260 -7.040