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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
!
NI1 6200.172 . 3.3062 3 2 . . 0.05 0.03 -4.496 Kurucz 1.495 (L) 1.085 (L) 1.905 7.670 -5.560 -7.600
FE1 6200.268 . 4.3201 6 6 . . 0.21 0.13 -4.001 Kurucz 1.332 (L) 1.415 (L) 1.374 8.480 -5.490 -7.700
FE1 6200.320 207 2.6100 0 1 73.29 63.1 71.19 90.10 -2.437 Kurucz 0.663 (L) 1.086 (L) 1.086 8.010 -6.220 -7.770
FE1 6200.615 . 3.0714 1 2 . . 0.42 0.74 -4.862 Kurucz 1.466 (L) 1.985 (L) 2.245 7.260 -6.200 -7.780
TI1 6200.751 . 2.7779 3 4 . . 0.04 0.65 -2.476 Kurucz 1.000 (L) 1.001 (L) 1.002 6.320 -5.710 -7.800
PR2 6200.823 . 1.3645 7 8 . . 0.62 0.40 -0.740 Kurucz 0.000 (N) 0.000 (N) . . . .
V1 6201.039 . 1.8695 1/2 3/2 . . 0.99 19.97 -0.925 Kurucz 2.600 (L) 0.380 (L) -0.175 7.050 -5.200 -7.140
TI1 6201.246 . 2.3341 1 1 . . 0.21 4.62 -2.203 Kurucz 1.540 (L) 1.050 (L) 1.295 7.760 -6.030 -7.800
FE1 6201.741 . 5.3140 2 2 . . 0.07 0.02 -3.542 Kurucz 1.822 (L) 1.233 (L) 1.528 8.280 -5.860 -7.590
FE1 6202.305 . 2.6085 2 2 . . 0.88 2.25 -4.978 Kurucz 0.663 (L) 1.836 (L) 1.250 8.200 -6.150 -7.820
TI1 6203.084 . 3.3343 3 4 . . 0.05 0.42 -1.915 Kurucz 1.060 (L) 1.251 (L) 1.537 8.030 -5.320 -7.620
CA2 6203.151 . 9.0176 5/2 7/2 . . 1.30 0.00 -0.378 Kurucz 1.200 (L) 1.143 (L) 1.072 8.220 -3.260 -7.040
CA2 6203.151 . 9.0176 5/2 5/2 . . 0.07 0.00 -1.679 Kurucz 1.200 (L) 0.857 (L) 1.029 8.220 -3.260 -7.040
TI1 6203.287 . 3.6776 1 2 . . 0.06 0.39 -1.493 Kurucz 0.510 (L) 0.695 (L) 0.787 8.260 -4.680 -7.450
TI1 6203.420 . 2.1747 3 2 . . 0.10 2.64 -2.678 Kurucz 1.340 (L) 0.660 (L) 2.020 7.420 -6.010 -7.810
LA2 6203.501 . 2.7408 2 2 . . 0.08 0.01 -1.030 Kurucz 0.000 (N) 0.000 (N) . . . .
FE1 6204.103 . 5.3484 3 3 . . 0.03 0.00 -3.938 Kurucz 0.905 (L) 1.451 (L) 1.178 8.060 -3.810 -7.360
FE1 6204.214 . 5.3863 4 5 . . 0.20 0.05 -3.026 Kurucz 0.888 (L) 1.344 (L) 2.256 7.560 -4.020 -7.300
NI1 6204.600 . 4.0882 4 4 . . 16.50 5.48 -1.130 Kurucz 1.222 (L) 1.330 (L) 1.276 8.240 -5.720 -7.780
!
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
!
TI1 6205.227 . 1.4602 4 3 . . 0.01 0.51 -4.387 Kurucz 1.260 (L) 1.622 (L) 0.717 6.180 -6.130 -7.830
FE1 6205.366 . 5.3342 4 4 . . 0.05 0.01 -3.647 Kurucz 1.024 (L) 1.519 (L) 1.271 7.940 -4.420 -7.340
FE1 6205.585 . 5.0638 3 2 . . 0.44 0.15 -2.990 Kurucz 1.254 (L) 1.090 (L) 1.418 8.720 -4.620 -7.460
PR2 6205.635 . 1.2543 4 4 . . 0.27 0.20 -1.199 Kurucz 0.000 (N) 0.000 (N) . . . .
CR2 6205.665 . 3.8581 5/2 7/2 . . 0.05 0.00 -4.906 Kurucz 1.032 (L) 1.378 (L) 1.810 8.400 -6.500 -7.900
C1 6206.297 . 10.1383 2 2 . . 1.01 0.00 -1.340 Kurucz 0.000 (N) 0.000 (N) . . . .
FE1 6207.159 . 5.3140 2 1 . . 0.51 0.14 -2.694 Kurucz 1.822 (L) 1.085 (L) 2.190 8.300 -4.420 -7.630
FE1 6207.230 . 4.9881 2 3 . . 5.45 1.97 -1.940 Kurucz 1.501 (L) 1.456 (L) 1.411 8.560 -4.600 -7.450
V1 6207.245 . 0.2670 3/2 5/2 . . 0.03 2.92 -4.070 Kurucz 1.868 (L) 1.280 (L) 0.839 6.130 -6.240 -7.860
ND2 6208.007 . 1.7732 17/2 15/2 . . 0.39 0.21 -0.850 Kurucz 0.000 (N) 0.000 (N) . . . .
CR2 6208.193 . 4.7606 1/2 3/2 . . 0.62 0.00 -2.984 Kurucz -0.001 (L) 1.178 (L) 1.473 8.410 -6.460 -7.860
FE1 6208.212 . 5.0996 1 2 . . 1.12 0.37 -2.546 Kurucz -0.006 (L) 0.476 (L) 0.717 8.720 -4.990 -7.450
ND1 6208.231 . 1.3359 6 7 . . 0.01 0.37 0.140 Kurucz 0.000 (N) 0.000 (N) . . . .
SI1 6208.541 . 5.9841 3 2 . . 1.45 0.04 -2.680 Kurucz 0.000 (N) 0.000 (N) . . . .
TI1 6209.296 . 1.4432 3 2 . . 0.00 0.25 -4.713 Kurucz 1.080 (L) 1.807 (L) 0.353 6.040 -6.120 -7.840
CR2 6209.354 . 4.4101 5/2 5/2 . . 0.07 0.00 -4.233 Kurucz 0.876 (L) 1.025 (L) 0.951 8.410 -6.460 -7.870
FE1 6209.720 981 3.9600 0 1 1.23 1.1 0.51 0.42 -3.943 Kurucz 0.513 (L) 0.991 (L) 0.991 7.730 -5.300 -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
!
FE1 6210.235 . 5.3484 3 4 . . 0.03 0.01 -3.892 Kurucz 0.905 (L) 1.455 (L) 2.280 8.000 -3.890 -7.350
FE1 6210.376 . 3.4302 1 1 . . 0.02 0.02 -5.884 Kurucz -0.012 (L) 3.002 (L) 1.495 8.110 -5.470 -7.620
ND2 6210.664 . 1.1405 7/2 7/2 . . 0.26 0.25 -1.630 Kurucz 0.000 (N) 0.000 (N) . . . .
CA1 6210.871 . 4.7353 1 1 . . 0.23 0.49 -2.040 Kurucz 0.499 (L) 1.501 (L) 1.000 7.920 -4.700 -7.280
FE1 6211.048 . 5.3863 4 3 . . 0.02 0.00 -3.944 Kurucz 0.888 (L) 1.277 (L) 0.305 7.670 -4.610 -7.360
FE1 6211.669 . 5.0117 4 4 . . 0.05 0.02 -3.971 Kurucz 1.750 (L) 1.333 (L) 1.542 7.150 -4.130 -7.500
FE1 6212.013 . 4.4153 3 2 . . 0.28 0.16 -3.778 Kurucz 0.887 (L) 0.967 (L) 0.807 8.230 -4.910 -7.660
FE1 6212.099 . 4.3714 4 4 . . 2.29 1.35 -2.900 Kurucz 1.103 (L) 1.487 (L) 1.295 8.220 -5.290 -7.590
TI1 6212.212 . 3.1478 4 4 . . 0.99 9.19 -0.768 Kurucz 1.210 (L) 1.250 (L) 1.230 8.010 -5.590 -7.560
ZR1 6213.109 . 0.5426 1 2 . . 0.08 8.80 -1.930 Kurucz 0.000 (N) 0.000 (N) . . . .
CA1 6213.357 . 4.7353 1 0 . . 0.36 0.76 -1.849 Kurucz 0.499 (L) 0.000 (N) 0.499 7.920 -4.690 -7.280
FE1 6213.437 62 2.2200 1 1 83.45 66.8 78.68 115.68 -2.660 Kurucz 2.499 (L) 1.492 (L) 1.996 8.210 -6.160 -7.760
V1 6213.860 20 0.3000 0 1 4.41 4.1 2.41 67.50 -2.050 Kurucz 1.556 (L) 1.380 (L) 1.380 6.010 -6.240 -7.860
CR1 6214.144 . 4.8020 2 2 . . 1.60 2.07 -0.440 Kurucz 1.167 (L) 1.185 (L) 1.176 7.900 -5.330 -7.580
FE1 6214.183 . 1.6079 2 3 . . 0.08 0.50 -6.990 Kurucz 0.670 (L) 1.657 (L) 2.644 7.240 -6.180 -7.780
SI1 6214.234 . 5.9841 3 3 . . 3.29 0.10 -2.320 Kurucz 0.000 (N) 0.000 (N) . . . .
TI1 6214.494 . 3.1130 2 2 . . 0.67 6.69 -0.971 Kurucz 0.667 (L) 0.670 (L) 0.669 8.050 -5.050 -7.560
TI2 6214.600 . 2.0477 1/2 3/2 . . 1.96 0.26 -3.460 Kurucz 0.660 (L) 1.200 (L) 1.335 8.470 -6.410 -7.850
ZR1 6214.685 . 2.2011 4 5 . . 0.10 2.42 -0.230 Kurucz 0.000 (N) 0.000 (N) . . . .
FE2 6214.948 . 11.1123 3/2 5/2 . . 0.06 0.00 -0.115 Kurucz 2.297 (L) 1.961 (L) 1.709 8.810 -5.410 -7.530
!
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
!
CA1 6215.067 . 4.7386 2 2 . . 0.26 0.55 -1.983 Kurucz 1.167 (L) 1.422 (L) 1.295 7.930 -4.690 -7.270
SI1 6215.068 . 5.9640 2 3 . . 13.25 0.45 -1.710 Kurucz 0.000 (N) 0.000 (N) . . . .
FE1 6215.143 . 4.1864 2 3 . . 46.74 29.48 -1.440 Kurucz 0.677 (L) 0.763 (L) 0.849 8.020 -5.900 -7.740
TI1 6215.233 . 2.6954 5 4 . . 8.48 53.91 -0.222 Kurucz 1.210 (L) 1.270 (L) 1.090 7.670 -5.170 -7.540
SI1 6215.328 . 5.9538 1 2 . . 2.88 0.09 -2.410 Kurucz 0.000 (N) 0.000 (N) . . . .
FE1 6215.429 . 4.9913 5 6 . . 10.81 3.93 -1.613 Kurucz 1.390 (L) 1.340 (L) 1.215 8.720 -4.410 -7.450
FE1 6215.970 . 5.0996 1 1 . . 0.07 0.02 -3.732 Kurucz -0.006 (L) 2.035 (L) 1.015 8.730 -4.000 -7.430
FE1 6216.234 . 4.3865 5 4 . . 0.16 0.09 -4.055 Kurucz 1.248 (L) 1.355 (L) 1.034 8.240 -5.240 -7.670
V1 6216.350 19 0.2800 0 1 35.82 29.3 12.95 115.95 -1.290 Kurucz 1.658 (L) 1.560 (L) 1.560 6.490 -6.260 -7.860
FE1 6216.356 . 4.7332 3 2 . . 22.82 9.73 -1.475 Kurucz 1.324 (L) 0.701 (L) 1.947 8.370 -3.330 -7.700
FE1 6216.730 . 5.3863 4 5 . . 0.03 0.00 -3.916 Kurucz 0.888 (L) 1.479 (L) 2.661 8.650 -4.670 -7.580
FE1 6217.683 . 5.0331 4 4 . . 0.50 0.17 -2.959 Kurucz 1.328 (L) 1.301 (L) 1.314 8.720 -4.590 -7.470
FE2 6217.956 . 2.8555 3/2 1/2 . . 0.42 0.00 -6.067 Kurucz 0.398 (L) 3.350 (L) -0.340 8.460 -6.540 -7.920
V1 6218.299 . 2.9161 9/2 9/2 . . 0.66 5.69 -0.115 Kurucz 1.310 (L) 1.330 (L) 1.320 7.770 -5.330 -7.560
FE1 6218.872 . 5.3412 1 1 . . 1.01 0.27 -2.375 Kurucz 2.464 (L) 2.233 (L) 2.349 8.060 -5.230 -7.590
CR1 6218.951 . 4.8244 3 3 . . 2.58 3.23 -0.207 Kurucz 1.334 (L) 1.353 (L) 1.344 7.890 -5.360 -7.580
FE1 6219.141 . 5.0096 1 2 . . 3.88 1.37 -2.076 Kurucz 1.498 (L) 1.601 (L) 1.653 8.570 -4.410 -7.440
CR1 6219.187 . 4.7855 1 1 . . 1.08 1.44 -0.626 Kurucz 0.499 (L) 0.517 (L) 0.508 7.910 -5.230 -7.580
FE1 6219.287 62 2.1979 2 2 91.20 69.7 90.30 138.82 -2.433 Oxford 1.820 (L) 1.495 (L) 1.658 8.200 -6.170 -7.770
FE1 6219.313 . 5.4582 4 3 . . 0.37 0.09 -2.706 Kurucz 1.444 (L) 1.566 (L) 1.261 7.600 -4.350 -7.330
FE2 6219.481 . 7.5826 7/2 9/2 . . 0.03 0.00 -3.256 Kurucz 0.720 (L) 0.954 (L) 1.364 8.480 -6.560 -7.910
FE2 6219.565 . 2.8441 5/2 3/2 . . 2.46 0.02 -5.302 Kurucz 1.019 (L) 1.860 (L) 0.388 8.460 -6.540 -7.920
SI1 6219.654 . 4.1319 2 1 . . 0.46 0.08 -4.880 Kurucz 0.000 (N) 0.000 (N) . . . .
TI1 6219.902 . 3.3343 3 3 . . 0.20 1.79 -1.280 Kurucz 1.060 (L) 1.073 (L) 1.067 8.010 -5.330 -7.630
TI2 6219.940 . 2.0613 3/2 5/2 . . 7.81 1.08 -2.819 Kurucz 1.330 (L) 1.370 (L) 1.400 8.460 -6.410 -7.850
!
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 6220.001 . 5.3884 5 4 . . 0.02 0.00 -3.981 Kurucz 1.061 (L) 1.292 (L) 0.599 7.510 -4.140 -7.330
SI1 6220.211 . 5.8625 1 2 . . 12.52 0.51 -1.830 Kurucz 0.000 (N) 0.000 (N) . . . .
P1 6220.251 . 8.1149 3/2 5/2 . . 0.04 0.00 -1.330 Kurucz 0.000 (N) 0.000 (N) . . . .
TI1 6220.480 293 2.6800 0 1 8.40 8.9 10.37 59.89 -0.140 Kurucz 1.050 (L) 1.110 (L) 1.110 7.660 -5.610 -7.540
FE1 6220.780 958 3.8800 0 1 17.61 17.6 15.44 12.28 -2.460 Kurucz 1.250 (L) 1.331 (L) 1.331 7.680 -5.270 -7.580
ER1 6221.017 . 0.0000 6 6 . . 0.01 1.85 -1.196 Kurucz 0.000 (N) 0.000 (N) . . . .
CA1 6221.201 . 4.7386 2 1 . . 0.81 1.70 -1.488 Kurucz 1.167 (L) 1.501 (L) 1.000 7.920 -4.700 -7.280
TI1 6221.297 . 2.6619 3 2 . . 5.32 43.06 -0.471 Kurucz 0.750 (L) 0.670 (L) 0.830 7.660 -4.860 -7.540
FE1 6221.370 . 3.9286 2 3 . . 3.30 2.75 -3.148 Kurucz 1.168 (L) 1.236 (L) 1.304 7.730 -5.380 -7.580
TI1 6221.431 . 3.6909 2 3 . . 0.08 0.53 -1.337 Kurucz 1.160 (L) 1.074 (L) 0.988 8.270 -5.020 -7.450
FE1 6221.680 13 0.8600 0 1 1.53 1.9 13.85 57.49 -5.417 Kurucz 1.400 (L) 1.493 (L) 1.493 4.510 -6.210 -7.780
FE1 6222.315 . 5.3484 3 4 . . 0.09 0.02 -3.404 Kurucz 0.905 (L) 1.354 (L) 2.028 7.990 -4.290 -7.370
CA1 6222.497 . 3.9104 1 2 . . 1.48 6.71 -1.961 Kurucz 2.002 (L) 1.501 (L) 1.250 7.870 -4.370 -6.940
FE2 6222.576 . 7.7084 7/2 7/2 . . 0.15 0.00 -2.387 Kurucz 1.680 (L) 1.586 (L) 1.633 8.850 -5.710 -7.690
Y1 6222.578 . 0.0000 3/2 5/2 . . 0.24 36.10 -1.700 Kurucz 0.000 (N) 0.000 (N) . . . .
SI1 6222.682 . 5.9538 1 1 . . 0.80 0.02 -2.970 Kurucz 0.000 (N) 0.000 (N) . . . .
CA1 6222.892 . 3.9104 1 1 . . 0.89 4.12 -2.183 Kurucz 2.002 (L) 1.501 (L) 1.751 7.870 -4.430 -6.940
CA1 6223.074 . 3.9104 1 0 . . 0.30 1.40 -2.660 Kurucz 2.002 (L) 0.000 (N) 2.002 7.870 -4.460 -6.940
TI1 6223.317 . 3.3343 3 2 . . 0.02 0.15 -2.366 Kurucz 1.060 (L) 0.666 (L) 1.454 8.020 -5.270 -7.620
ND1 6223.390 . 1.6244 10 11 . . 0.01 0.47 0.640 Kurucz 0.000 (N) 0.000 (N) . . . .
CR1 6223.697 . 4.8244 3 2 . . 0.03 0.03 -2.204 Kurucz 1.334 (L) 1.483 (L) 1.185 7.830 -5.390 -7.530
NI1 6223.981 . 4.1055 3 4 . . 20.67 6.85 -0.990 Kurucz 1.193 (L) 1.050 (L) 0.836 8.320 -5.230 -7.820
FE1 6224.082 . 5.3140 2 2 . . 10.77 3.07 -1.318 Kurucz 1.822 (L) 1.860 (L) 1.841 8.070 -5.030 -7.490
FE1 6224.208 . 4.7332 3 4 . . 0.29 0.13 -3.468 Kurucz 1.324 (L) 0.900 (L) 0.264 8.370 -5.160 -7.700
V1 6224.216 . 0.2619 1/2 3/2 . . 0.08 8.99 -3.561 Kurucz 3.338 (L) 1.140 (L) 0.590 6.140 -5.240 -7.140
V1 6224.500 20 0.2900 0 1 5.05 5.3 2.70 70.45 -2.010 Kurucz 1.588 (L) 1.280 (L) 1.280 6.090 -6.240 -7.860
FE2 6224.648 . 10.9089 5/2 5/2 . . 0.03 0.00 -0.648 Kurucz 1.599 (L) 1.418 (L) 1.508 9.060 -5.360 -7.630
CR1 6224.876 . 3.8471 2 1 . . 0.05 0.14 -2.855 Kurucz 1.158 (L) 2.073 (L) 0.700 7.230 -6.220 -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 6225.009 . 5.0856 2 1 . . 0.35 0.11 -3.072 Kurucz 0.998 (L) 0.651 (L) 1.171 8.720 -4.760 -7.460
FE1 6225.187 . 5.2734 3 4 . . 0.06 0.01 -3.659 Kurucz 1.650 (L) 1.413 (L) 1.058 7.640 -4.620 -7.400
CR2 6225.447 . 3.8645 7/2 7/2 . . 0.11 0.00 -4.526 Kurucz 1.246 (L) 1.378 (L) 1.312 8.400 -6.480 -7.900
FE1 6226.005 . 5.0704 2 2 . . 0.05 0.01 -3.954 Kurucz 1.985 (L) 1.090 (L) 1.538 7.570 -4.620 -7.460
FE1 6226.162 . 5.3933 4 5 . . 13.48 3.65 -1.139 Kurucz 1.492 (L) 1.344 (L) 1.048 8.390 -4.020 -7.300
FE1 6226.250 . 3.6417 3 4 . . 0.10 0.11 -4.935 Kurucz 1.326 (L) 1.053 (L) 0.643 7.240 -6.290 -7.850
ND1 6226.491 . 1.0911 6 7 . . 0.01 0.47 -0.100 Kurucz 0.000 (N) 0.000 (N) . . . .
CR2 6226.638 . 4.7564 3/2 1/2 . . 0.63 0.00 -2.981 Kurucz 1.200 (L) 0.007 (L) 1.498 8.410 -6.460 -7.860
FE1 6226.740 981 3.8800 0 1 28.81 27.1 23.83 18.30 -2.220 Kurucz 1.321 (L) 1.331 (L) 1.331 7.730 -5.270 -7.580
FE1 6227.488 . 5.4582 4 3 . . 0.02 0.00 -4.016 Kurucz 1.444 (L) 1.319 (L) 1.632 7.640 -4.030 -7.310
FE1 6227.504 . 5.3205 5 4 . . 0.06 0.01 -3.617 Kurucz 1.203 (L) 1.115 (L) 1.379 8.300 -4.760 -7.510
FE1 6227.907 . 5.0856 2 3 . . 0.30 0.10 -3.131 Kurucz 0.998 (L) 1.565 (L) 2.132 8.730 -4.600 -7.440
FE1 6228.412 . 4.3125 5 5 . . 0.09 0.05 -4.367 Kurucz 1.218 (L) 1.505 (L) 1.362 8.470 -5.220 -7.700
TI1 6229.114 . 1.8792 4 3 . . 0.01 0.27 -4.089 Kurucz 1.060 (L) 1.340 (L) 0.640 7.370 -6.100 -7.790
FE1 6229.230 342 2.8400 0 1 33.63 36.5 34.31 41.94 -2.970 Kurucz 1.489 (L) 0.493 (L) 0.493 8.150 -5.950 -7.750
CR1 6229.288 . 4.8551 4 4 . . 0.03 0.04 -2.110 Kurucz 1.003 (L) 1.049 (L) 1.026 7.750 -6.200 -7.810
FE2 6229.349 . 2.8282 7/2 5/2 . . 7.18 0.06 -4.824 Kurucz 1.210 (L) 1.653 (L) 0.656 8.460 -6.540 -7.920
FE2 6229.455 . 5.9561 5/2 5/2 . . 0.05 0.00 -4.336 Kurucz 1.200 (L) 0.617 (L) 0.908 8.630 -6.620 -7.900
FE1 6229.742 . 4.6521 2 2 . . 0.10 0.04 -4.007 Kurucz 0.688 (L) 1.426 (L) 1.057 8.280 -4.990 -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
!
NI1 6230.090 . 4.1055 3 2 . . 12.50 4.02 -1.260 Kurucz 1.193 (L) 1.430 (L) 0.956 8.320 -5.790 -7.820
CA1 6230.563 . 4.7436 3 2 . . 1.11 2.31 -1.344 Kurucz 1.334 (L) 1.422 (L) 1.246 7.930 -4.690 -7.270
SI1 6230.592 . 7.8878 0 1 . . 0.02 0.00 -2.860 Kurucz 0.000 (N) 0.000 (N) . . . .
FE1 6230.722 . 2.5592 4 4 . . 136.73 210.82 -1.281 Kurucz 1.235 (L) 1.246 (L) 1.241 8.000 -6.150 -7.770
NI1 6231.037 . 5.2800 4 3 . . 0.05 0.00 -2.676 Kurucz 1.346 (L) 1.035 (L) 1.813 8.210 -3.940 -7.370
TI2 6231.299 . 1.8917 9/2 9/2 . . 1.05 0.16 -3.881 Kurucz 1.111 (L) 1.333 (L) 1.222 8.440 -6.370 -7.860
SC1 6231.698 . 0.0209 5/2 7/2 . . 0.00 0.78 -4.407 Kurucz 1.200 (L) 1.430 (L) 1.717 5.510 -6.110 -7.780
FE2 6232.016 . 5.5688 7/2 7/2 . . 0.04 0.00 -4.760 Kurucz 1.144 (L) 0.969 (L) 1.056 8.600 -6.530 -7.910
CE2 6232.448 . 1.2058 7/2 9/2 . . 0.18 0.17 -1.473 Kurucz 0.000 (N) 0.000 (N) . . . .
FE1 6232.648 816 3.6500 2 1 87.82 64.1 85.20 84.18 -1.200 Kurucz 1.835 (L) 1.518 (L) 1.994 7.930 -5.430 -7.590
FE1 6232.709 . 4.1864 2 3 . . 1.61 1.10 -3.229 Kurucz 0.677 (L) 1.742 (L) 2.807 7.090 -5.020 -7.520
FE1 6232.715 . 3.3965 3 3 . . 0.10 0.14 -5.161 Kurucz 1.250 (L) 1.755 (L) 1.502 8.110 -5.470 -7.620
FE1 6233.044 . 5.3933 4 3 . . 0.10 0.02 -3.348 Kurucz 1.492 (L) 1.277 (L) 1.815 8.410 -4.610 -7.360
FE1 6233.079 . 3.1110 0 1 . . 0.18 0.30 -5.197 Kurucz 0.000 (N) -0.006 (L) -0.006 8.710 -5.840 -7.720
FE1 6233.135 . 4.5932 4 5 . . 0.22 0.10 -3.732 Kurucz 1.250 (L) 1.386 (L) 1.658 7.500 -4.550 -7.550
V1 6233.190 20 0.2800 0 1 4.04 3.8 2.42 68.05 -2.070 Kurucz 1.658 (L) 1.280 (L) 1.280 6.130 -6.240 -7.860
NI1 6233.356 . 5.3257 2 2 . . 0.14 0.01 -2.171 Kurucz 0.840 (L) 0.873 (L) 0.857 8.340 -4.270 -7.310
FE2 6233.534 . 5.4842 9/2 7/2 . . 2.74 0.00 -2.939 Kurucz 1.320 (L) 1.429 (L) 1.129 8.480 -6.410 -7.890
FE1 6233.636 . 5.0856 2 3 . . 1.31 0.43 -2.490 Kurucz 0.998 (L) 1.031 (L) 1.064 8.720 -4.770 -7.470
FE1 6233.897 . 4.3714 4 3 . . 0.06 0.03 -4.473 Kurucz 1.103 (L) 1.345 (L) 0.740 8.290 -5.390 -7.610
TI2 6234.482 . 1.8927 7/2 9/2 . . 0.02 0.00 -5.575 Kurucz 0.889 (L) 1.333 (L) 2.110 8.440 -6.370 -7.860
FE1 6234.900 . 5.3412 1 1 . . 0.07 0.02 -3.532 Kurucz 2.464 (L) 1.531 (L) 1.998 7.290 -4.110 -7.330
FE1 6234.911 . 3.6946 4 4 . . 0.10 0.10 -4.914 Kurucz 0.979 (L) 1.158 (L) 1.068 7.870 -6.120 -7.840
!
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 6235.280 . 5.3933 4 4 . . 0.05 0.01 -3.618 Kurucz 1.492 (L) 1.292 (L) 1.392 8.400 -4.140 -7.330
SI1 6236.201 . 5.9841 3 3 . . 2.05 0.06 -2.530 Kurucz 0.000 (N) 0.000 (N) . . . .
FE1 6236.547 . 5.0117 4 4 . . 0.77 0.27 -2.792 Kurucz 1.750 (L) 1.632 (L) 1.691 7.500 -4.150 -7.430
SI1 6237.320 28 5.6100 0 1 63.52 39.7 118.84 18.25 -0.530 Kurucz 0.000 (N) 0.000 (N) . . . .
CE1 6237.460 . 0.4667 5 5 . . 0.00 0.36 -0.816 Kurucz 0.000 (N) 0.000 (N) . . . .
FE1 6237.488 . 5.3046 6 5 . . 0.07 0.02 -3.570 Kurucz 1.342 (L) 1.205 (L) 1.685 8.280 -4.690 -7.490
FE2 6237.655 . 5.5706 5/2 7/2 . . 0.48 0.00 -3.640 Kurucz 0.859 (L) 0.969 (L) 1.106 8.600 -6.530 -7.910
SM2 6237.683 . 1.4934 9/2 7/2 . . 0.09 0.06 -1.638 Kurucz 0.000 (N) 0.000 (N) . . . .
CR2 6237.811 . 4.1683 9/2 7/2 . . 0.07 0.00 -4.464 Kurucz 1.185 (L) 1.577 (L) 0.499 8.440 -6.460 -7.900
SI1 6238.286 . 5.0824 1 2 . . 18.37 1.71 -2.340 Kurucz 0.000 (N) 0.000 (N) . . . .
FE2 6238.390 74 3.8700 0 1 41.60 36.5 51.29 0.50 -2.630 Kurucz 1.200 (L) 1.717 (L) 1.717 8.530 -6.530 -7.880
ND2 6238.500 . 1.0440 9/2 11/2 . . 0.68 0.73 -1.300 Kurucz 0.000 (N) 0.000 (N) . . . .
FE1 6238.642 . 5.3449 4 4 . . 0.02 0.00 -3.985 Kurucz 0.777 (L) 1.519 (L) 1.148 7.600 -4.420 -7.340
FE1 6238.652 . 4.6521 2 3 . . 0.69 0.32 -3.170 Kurucz 0.688 (L) 1.332 (L) 1.976 8.270 -4.910 -7.700
FE1 6238.766 . 5.3933 4 5 . . 1.05 0.27 -2.309 Kurucz 1.492 (L) 1.479 (L) 1.453 8.820 -4.670 -7.580
FE1 6239.222 . 5.3933 4 3 . . 0.03 0.00 -3.898 Kurucz 1.492 (L) 1.062 (L) 2.137 8.520 -3.690 -7.430
FE2 6239.366 . 2.8067 9/2 7/2 . . 13.31 0.11 -4.538 Kurucz 1.307 (L) 1.584 (L) 0.822 8.460 -6.540 -7.920
SI2 6239.614 . 12.8394 7/2 9/2 . . 0.05 0.00 0.190 Kurucz 0.000 (N) 0.000 (N) . . . .
SI2 6239.665 . 12.8395 5/2 7/2 . . 0.04 0.00 0.080 Kurucz 0.000 (N) 0.000 (N) . . . .
CR2 6239.774 . 4.7606 1/2 1/2 . . 0.61 0.00 -2.991 Kurucz -0.001 (L) 0.007 (L) 0.003 8.410 -6.460 -7.860
FE2 6239.940 74 3.8900 0 1 11.80 11.5 16.70 0.08 -3.439 Kurucz 0.003 (L) 1.717 (L) 1.717 8.530 -6.530 -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 6240.160 . 5.3933 4 3 . . 0.42 0.10 -2.711 Kurucz 1.492 (L) 1.644 (L) 1.264 8.380 -4.160 -7.330
FE1 6240.310 1015 4.1400 0 1 14.97 15.2 34.28 21.63 -1.737 Kurucz 1.066 (L) 0.677 (L) 0.677 7.890 -5.890 -7.730
FE1 6240.650 64 2.2200 0 1 48.30 48.8 43.57 64.54 -3.380 Kurucz 2.499 (L) 1.493 (L) 1.493 6.830 -6.160 -7.760
TI1 6240.965 . 3.7087 3 4 . . 0.15 0.95 -1.060 Kurucz 1.340 (L) 1.241 (L) 1.093 8.270 -4.930 -7.450
CE1 6241.870 . 0.0000 4 5 . . 0.00 0.22 -1.684 Kurucz 0.000 (N) 0.000 (N) . . . .
CR1 6242.783 . 4.5351 4 5 . . 0.09 0.14 -1.961 Kurucz 1.251 (L) 0.975 (L) 0.423 7.030 -6.210 -7.850
V1 6242.838 19 0.2600 1/2 3/2 8.32 7.6 7.94 143.42 -1.550 Kurucz 3.290 (L) 1.760 (L) 1.378 6.470 -5.250 -7.140
V1 6243.114 19 0.3000 9/2 9/2 26.36 24.1 22.46 139.40 -0.980 Kurucz 1.520 (L) 1.550 (L) 1.535 6.510 -6.270 -7.860
AL2 6243.367 . 13.0769 2 3 . . 0.05 0.00 0.670 Kurucz 0.000 (N) 0.000 (N) . . -4.760 .
SI1 6243.820 28 5.6100 0 1 47.98 34.2 94.92 11.47 -0.770 Kurucz 0.000 (N) 0.000 (N) . . . .
ND1 6244.073 . 1.4828 9 10 . . 0.01 0.41 0.390 Kurucz 0.000 (N) 0.000 (N) . . . .
SI1 6244.110 28 5.6100 0 1 4.70 4.0 26.84 1.66 -1.670 Kurucz 0.000 (N) 0.000 (N) . . . .
SM2 6244.131 . 1.0761 9/2 7/2 . . 0.08 0.07 -2.099 Kurucz 0.000 (N) 0.000 (N) . . . .
FE1 6244.337 . 5.0117 4 5 . . 0.51 0.17 -2.976 Kurucz 1.750 (L) 1.536 (L) 1.108 7.510 -4.850 -7.430
PR2 6244.361 . 1.1960 6 6 . . 0.93 0.71 -0.722 Kurucz 0.000 (N) 0.000 (N) . . . .
SI1 6244.470 27 5.6100 0 1 47.30 33.1 102.62 13.43 -0.690 Kurucz 0.000 (N) 0.000 (N) . . . .
TI1 6244.915 . 3.6909 2 2 . . 0.02 0.14 -1.915 Kurucz 1.160 (L) 0.695 (L) 0.928 8.270 -4.680 -7.450
NI1 6244.953 . 5.2844 3 3 . . 0.98 0.11 -1.349 Kurucz 1.356 (L) 1.035 (L) 1.196 8.660 -3.940 -7.370
!
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 6245.192 . 3.8707 9/2 7/2 . . 0.11 0.00 -4.520 Kurucz 1.340 (L) 1.378 (L) 1.274 8.400 -6.480 -7.900
SC2 6245.621 . 1.5070 2 3 . . 31.33 11.34 -0.980 Kurucz 1.481 (L) 1.323 (L) 1.165 8.370 -6.720 -7.890
FE1 6246.320 816 3.6000 0 1 123.68 71.6 100.96 109.22 -0.960 Kurucz 1.657 (L) 1.508 (L) 1.508 7.920 -5.440 -7.580
C1 6246.597 . 9.0027 2 1 . . 1.25 0.00 -2.110 Kurucz 0.000 (N) 0.000 (N) . . . .
SM2 6246.753 . 1.0636 3/2 5/2 . . 0.14 0.14 -1.856 Kurucz 0.000 (N) 0.000 (N) . . . .
FE1 6247.091 . 4.6070 2 3 . . 0.24 0.11 -3.677 Kurucz 1.836 (L) 1.607 (L) 1.378 8.400 -4.890 -7.700
FE1 6247.103 . 4.4347 4 3 . . 0.08 0.04 -4.330 Kurucz 1.100 (L) 1.492 (L) 0.512 8.200 -6.140 -7.590
SI1 6247.273 . 5.9640 2 2 . . 0.33 0.01 -3.350 Kurucz 0.000 (N) 0.000 (N) . . . .
FE2 6247.350 . 6.2087 3/2 5/2 . . 4.68 0.00 -2.078 Kurucz 0.399 (L) 0.620 (L) 0.786 8.610 -6.530 -7.910
FE1 6247.366 . 5.0638 3 4 . . 0.03 0.01 -4.196 Kurucz 1.254 (L) 1.569 (L) 2.042 8.730 -4.510 -7.430
FE2 6247.560 74 3.8900 0 1 55.40 47.3 65.02 0.88 -2.329 Kurucz 1.327 (L) 1.717 (L) 1.717 8.530 -6.530 -7.880
FE1 6248.092 . 4.9851 3 4 . . 0.06 0.02 -3.919 Kurucz 1.908 (L) 1.431 (L) 0.716 7.290 -4.680 -7.460
SI1 6248.136 . 5.9538 1 1 . . 0.13 0.00 -3.770 Kurucz 0.000 (N) 0.000 (N) . . . .
ND2 6248.274 . 1.2246 9/2 9/2 . . 0.23 0.21 -1.600 Kurucz 0.000 (N) 0.000 (N) . . . .
FE2 6248.898 . 5.5108 7/2 5/2 . . 4.42 0.00 -2.696 Kurucz 1.400 (L) 1.384 (L) 1.420 8.620 -6.620 -7.880
FE1 6249.029 . 5.3412 1 1 . . 0.51 0.13 -2.674 Kurucz 2.464 (L) 1.618 (L) 2.041 8.150 -5.510 -7.580
V1 6249.164 . 1.9496 7/2 9/2 . . 0.06 1.44 -2.053 Kurucz 1.220 (L) 1.120 (L) 0.945 8.390 -5.950 -7.750
FE1 6249.637 . 3.3683 4 4 . . 2.10 2.76 -3.877 Kurucz 1.355 (L) 1.655 (L) 1.505 8.110 -5.470 -7.620
LA1 6249.916 . 0.5110 9/2 11/2 . . 0.04 4.57 -0.270 Kurucz 0.000 (N) 0.000 (N) . . . .
SC1 6249.920 . 2.3026 5/2 7/2 . . 0.22 5.53 -0.347 Kurucz 1.600 (L) 1.430 (L) 1.217 7.810 -5.320 -7.570
CR1 6249.930 . 5.1322 5 6 . . 0.46 0.45 -0.689 Kurucz 1.401 (L) 1.334 (L) 1.167 8.600 -5.250 -7.530
!
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 6250.371 . 5.4781 2 1 . . 0.08 0.02 -3.345 Kurucz 1.533 (L) 2.375 (L) 1.112 8.220 -3.930 -7.340
FE1 6250.413 . 5.3205 5 4 . . 0.20 0.05 -3.103 Kurucz 1.203 (L) 1.246 (L) 1.117 8.110 -4.410 -7.420
ND2 6250.438 . 1.1602 11/2 11/2 . . 0.25 0.24 -1.620 Kurucz 0.000 (N) 0.000 (N) . . . .
C1 6250.604 . 9.0027 2 2 . . 0.28 0.00 -2.760 Kurucz 0.000 (N) 0.000 (N) . . . .
FE1 6251.220 1176 4.6100 0 1 1.76 1.4 1.57 0.76 -2.850 Kostyk_W 0.887 (L) 1.302 (L) 1.302 8.290 -5.040 -7.700
FE1 6251.242 . 4.6076 3 4 . . 0.82 0.40 -3.135 Kurucz 1.086 (L) 1.435 (L) 1.959 8.290 -5.040 -7.700
V1 6251.825 19 0.2900 7/2 7/2 13.35 11.3 11.54 111.50 -1.340 Kurucz 1.530 (L) 1.560 (L) 1.545 6.490 -6.260 -7.860
CR1 6252.483 . 5.1322 5 5 . . 0.03 0.03 -1.827 Kurucz 1.401 (L) 1.267 (L) 1.334 8.600 -5.240 -7.530
FE1 6252.560 169 2.4041 0 1 . . 117.83 184.16 -1.687 Oxford 1.163 (L) 1.248 (L) 1.248 7.950 -6.120 -7.810
FE1 6253.188 . 5.2734 3 4 . . 0.08 0.02 -3.551 Kurucz 1.650 (L) 1.177 (L) 0.468 8.270 -5.000 -7.570
CR1 6253.233 . 4.0965 2 2 . . 0.18 0.45 -2.040 Kurucz 0.712 (L) 1.169 (L) 0.941 7.100 -6.180 -7.840
FE1 6253.259 . 5.0675 2 2 . . 0.57 0.19 -2.873 Kurucz 1.480 (L) 0.687 (L) 1.084 8.110 -5.720 -7.720
SI1 6253.598 . 5.0824 1 1 . . 0.94 0.07 -3.700 Kurucz 0.000 (N) 0.000 (N) . . . .
FE1 6253.624 . 5.0856 2 1 . . 0.25 0.08 -3.210 Kurucz 0.998 (L) 1.863 (L) 0.566 8.730 -4.170 -7.440
CE1 6253.653 . 0.2738 5 5 . . 0.00 0.23 -1.280 Kurucz 0.000 (N) 0.000 (N) . . . .
CO1 6253.751 . 4.0584 7/2 5/2 . . 0.24 0.12 -1.595 Kurucz 0.899 (L) 1.041 (L) 0.722 8.130 -5.490 -7.630
FE1 6253.830 1256 4.7300 0 1 16.17 16.9 15.74 6.81 -1.660 Kurucz 1.324 (L) 1.142 (L) 1.142 8.370 -4.940 -7.700
SI1 6254.188 . 5.6192 3 4 . . 111.00 15.58 -0.600 Kurucz 0.000 (N) 0.000 (N) . . . .
FE1 6254.258 . 2.2786 2 1 . . 82.96 118.06 -2.480 Kurucz 1.506 (L) 1.496 (L) 1.511 6.710 -6.230 -7.840
TI1 6254.592 . 3.3508 4 4 . . 0.40 3.34 -0.975 Kurucz 1.230 (L) 1.251 (L) 1.241 8.040 -5.320 -7.620
CA1 6254.616 . 5.5781 2 1 . . 0.06 0.05 -1.912 Kurucz 1.001 (L) 1.049 (L) 0.977 7.880 -3.930 -7.050
SI1 6254.703 . 5.9640 2 1 . . 2.36 0.07 -2.490 Kurucz 0.000 (N) 0.000 (N) . . . .
SI1 6254.838 . 5.6192 3 3 . . 17.67 1.00 -1.880 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
!
PR2 6255.098 . 1.2601 6 5 . . 0.73 0.52 -0.769 Kurucz 0.000 (N) 0.000 (N) . . . .
FE2 6255.346 . 2.8555 3/2 3/2 . . 0.61 0.00 -5.909 Kurucz 0.398 (L) 1.860 (L) 1.129 8.460 -6.540 -7.920
FE1 6255.373 . 3.6344 6 5 . . 0.13 0.14 -4.833 Kurucz 1.014 (L) 1.207 (L) 0.531 7.280 -6.290 -7.850
SI1 6255.492 . 5.6192 3 3 . . 0.59 0.03 -3.420 Kurucz 0.000 (N) 0.000 (N) . . . .
TI1 6255.831 . 3.1478 4 3 . . 0.17 1.75 -1.541 Kurucz 1.210 (L) 1.067 (L) 1.424 8.030 -5.580 -7.560
NI1 6256.351 . 1.6765 2 1 . . 58.89 72.13 -2.480 Kurucz 1.143 (L) 1.426 (L) 1.002 8.010 -6.300 -7.860
FE1 6256.361 . 2.4535 4 4 . . 69.71 91.17 -2.620 Kurucz 0.811 (L) 1.100 (L) 0.956 7.910 -6.140 -7.800
SI1 6256.480 . 5.9841 3 2 . . 1.36 0.04 -2.710 Kurucz 0.000 (N) 0.000 (N) . . . .
SM2 6256.589 . 1.1663 11/2 11/2 . . 0.14 0.13 -1.755 Kurucz 0.000 (N) 0.000 (N) . . . .
FE1 6256.860 . 4.5844 3 4 . . 0.41 0.20 -3.462 Kurucz 1.083 (L) 1.240 (L) 1.475 8.060 -4.970 -7.610
V1 6256.900 19 0.2800 0 1 2.56 2.4 2.78 71.38 -2.010 Kurucz 1.658 (L) 1.580 (L) 1.580 6.470 -6.260 -7.860
TI2 6257.094 . 2.0613 3/2 3/2 . . 0.55 0.07 -4.006 Kurucz 1.330 (L) 1.200 (L) 1.265 8.470 -6.410 -7.850
ZR1 6257.259 . 1.5836 5 4 . . 0.10 4.10 -0.840 Kurucz 0.000 (N) 0.000 (N) . . . .
ND1 6257.503 . 1.2169 4 4 . . 0.01 0.35 -0.050 Kurucz 0.000 (N) 0.000 (N) . . . .
FE1 6257.608 . 5.3933 4 4 . . 0.76 0.19 -2.449 Kurucz 1.492 (L) 1.355 (L) 1.424 8.380 -4.430 -7.340
NI1 6257.612 . 5.2884 2 2 . . 0.25 0.03 -1.951 Kurucz 1.164 (L) 1.256 (L) 1.210 8.400 -4.730 -7.660
NI1 6257.726 . 5.2884 2 3 . . 0.31 0.03 -1.843 Kurucz 1.164 (L) 1.035 (L) 0.906 8.330 -3.940 -7.370
FE1 6257.774 . 4.5801 2 2 . . 8.97 4.34 -2.081 Kurucz 0.667 (L) 1.495 (L) 1.081 8.070 -5.820 -7.750
TI1 6257.803 . 0.0000 2 3 . . 0.31 38.19 -4.297 Kurucz 0.666 (L) 0.930 (L) 1.194 5.040 -6.160 -7.800
TI1 6258.100 104 1.4400 0 1 63.00 52.0 50.46 178.71 -0.355 Kurucz 1.080 (L) 1.050 (L) 1.050 8.230 -6.070 -7.750
NI1 6258.574 . 4.1055 3 4 . . 8.32 2.63 -1.462 Kurucz 1.193 (L) 1.330 (L) 1.536 8.370 -5.670 -7.690
TI1 6258.706 . 1.4602 4 5 . . 55.50 188.23 -0.240 Kurucz 1.260 (L) 1.210 (L) 1.110 8.210 -6.080 -7.760
ND2 6258.716 . 1.3225 7/2 7/2 . . 0.77 0.63 -0.980 Kurucz 0.000 (N) 0.000 (N) . . . .
DY1 6259.088 . 0.0000 8 9 . . 0.01 1.96 -1.037 Kurucz 0.000 (N) 0.000 (N) . . . .
FE1 6259.440 . 5.3140 2 3 . . 0.03 0.01 -3.892 Kurucz 1.822 (L) 1.354 (L) 0.886 8.000 -4.580 -7.430
FE1 6259.506 . 4.3865 5 4 . . 2.47 1.42 -2.854 Kurucz 1.248 (L) 1.487 (L) 0.770 8.210 -5.290 -7.590
NI1 6259.592 . 4.0893 1 1 . . 9.76 3.13 -1.400 Kurucz 1.005 (L) 1.920 (L) 1.463 8.380 -5.160 -7.750
SI1 6259.776 . 5.9538 1 2 . . 4.64 0.15 -2.200 Kurucz 0.000 (N) 0.000 (N) . . . .
FE1 6259.833 . 4.4733 3 2 . . 0.25 0.13 -3.775 Kurucz 0.791 (L) 1.570 (L) 0.012 8.190 -5.870 -7.590
!
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
!
TI1 6261.100 104 1.4300 0 1 44.74 44.6 44.34 165.91 -0.479 Kurucz 0.670 (L) 0.750 (L) 0.750 8.240 -6.080 -7.750
TI1 6261.125 . 3.1278 3 2 . . 0.10 1.04 -1.798 Kurucz 1.060 (L) 0.670 (L) 1.450 8.040 -5.050 -7.560
NI1 6261.138 . 5.2844 3 3 . . 0.12 0.01 -2.282 Kurucz 1.356 (L) 1.018 (L) 1.187 8.660 -4.000 -7.410
CR1 6261.285 . 4.0990 3 2 . . 0.76 1.85 -1.409 Kurucz 1.111 (L) 1.169 (L) 1.053 7.100 -6.180 -7.840
FE1 6261.534 . 5.0638 3 4 . . 1.92 0.64 -2.343 Kurucz 1.254 (L) 1.228 (L) 1.189 8.720 -4.640 -7.470
SC1 6262.240 . 2.2957 3/2 5/2 . . 0.11 2.86 -0.659 Kurucz 1.698 (L) 1.370 (L) 1.124 7.810 -5.320 -7.570
LA2 6262.287 . 0.4030 3 4 . . 6.91 9.73 -1.240 Kurucz 0.000 (N) 0.000 (N) . . . .
FE1 6262.348 . 5.4458 3 3 . . 1.13 0.28 -2.227 Kurucz 1.481 (L) 1.286 (L) 1.384 8.320 -4.030 -7.330
FE1 6262.359 . 5.3933 4 5 . . 0.12 0.03 -3.270 Kurucz 1.492 (L) 1.479 (L) 1.453 8.380 -4.310 -7.330
PR2 6262.546 . 1.1960 6 6 . . 0.82 0.63 -0.775 Kurucz 0.000 (N) 0.000 (N) . . . .
FE1 6262.560 169 2.4000 0 1 123.97 74.1 131.64 222.19 -1.700 Kostyk_W 0.000 (N) 0.000 (N) . . . .
CO1 6262.719 . 2.2800 3/2 3/2 . . 3.27 6.68 -2.123 Kurucz 1.300 (L) 0.787 (L) 1.044 7.010 -6.200 -7.830
CR1 6263.095 . 4.8551 4 4 . . 1.24 1.52 -0.508 Kurucz 1.003 (L) 1.009 (L) 1.006 7.340 -6.200 -7.830
ND2 6263.202 . 1.6489 13/2 15/2 . . 0.53 0.31 -0.840 Kurucz 0.000 (N) 0.000 (N) . . . .
FE1 6263.223 . 3.6353 1 2 . . 0.06 0.07 -5.151 Kurucz 0.505 (L) 1.200 (L) 1.548 7.700 -6.090 -7.830
FE1 6263.268 . 4.3714 4 3 . . 0.46 0.27 -3.610 Kurucz 1.103 (L) 1.294 (L) 0.816 8.270 -5.090 -7.710
CA1 6263.710 . 5.0450 0 1 . . 0.04 0.07 -2.496 Kurucz 0.000 (N) 1.002 (L) 1.002 7.780 -4.480 -7.410
CA1 6264.170 . 5.1676 1 2 . . 0.06 0.08 -2.247 Kurucz 1.000 (L) 1.346 (L) 1.519 8.010 -4.420 -7.300
ND2 6264.334 . 1.5449 17/2 17/2 . . 0.12 0.08 -1.580 Kurucz 0.000 (N) 0.000 (N) . . . .
CR1 6264.445 . 3.8447 3 2 . . 0.03 0.09 -3.066 Kurucz 1.328 (L) 1.840 (L) 0.816 8.050 -5.990 -7.710
PR2 6264.536 . 1.5180 7 8 . . 0.39 0.21 -0.803 Kurucz 0.000 (N) 0.000 (N) . . . .
TI1 6264.810 . 1.7393 2 3 . . 0.26 9.43 -2.678 Kurucz 1.820 (L) 1.490 (L) 1.160 8.160 -5.990 -7.740
!
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 6265.141 62 2.1760 3 3 85.86 67.8 86.13 131.16 -2.550 Oxford 1.666 (L) 1.492 (L) 1.579 8.200 -6.160 -7.760
FE1 6265.212 . 5.3412 1 2 . . 0.15 0.04 -3.219 Kurucz 2.464 (L) 1.544 (L) 1.084 7.390 -4.280 -7.330
FE1 6265.423 . 5.0331 4 5 . . 4.72 1.62 -1.967 Kurucz 1.328 (L) 1.342 (L) 1.370 8.720 -4.140 -7.470
FE1 6265.512 . 5.4458 3 4 . . 6.35 1.58 -1.455 Kurucz 1.481 (L) 1.337 (L) 1.121 8.320 -3.770 -7.320
MN1 6265.612 . 4.2327 13/2 13/2 . . 1.56 1.64 -1.317 Kurucz 1.231 (L) 1.220 (L) 1.226 6.990 -6.180 -7.780
LA1 6265.997 . 1.2299 9/2 11/2 . . 0.01 0.31 -0.450 Kurucz 0.000 (N) 0.000 (N) . . . .
TI1 6266.011 . 1.7489 3 4 . . 0.39 12.98 -2.501 Kurucz 1.660 (L) 1.490 (L) 1.235 8.170 -5.910 -7.740
V1 6266.320 20 0.2800 0 1 2.64 2.4 1.48 56.68 -2.290 Kurucz 1.658 (L) 1.140 (L) 1.140 6.140 -6.240 -7.860
ZR1 6267.093 . 1.4824 3 4 . . 0.04 1.72 -1.370 Kurucz 0.000 (N) 0.000 (N) . . . .
SM2 6267.289 . 1.1667 5/2 3/2 . . 0.32 0.28 -1.409 Kurucz 0.000 (N) 0.000 (N) . . . .
FE1 6267.637 . 2.2786 2 3 . . 0.19 0.65 -5.967 Kurucz 1.506 (L) 1.244 (L) 0.982 8.090 -6.160 -7.820
FE1 6267.676 . 3.9434 3 3 . . 1.83 1.50 -3.401 Kurucz 1.086 (L) 1.236 (L) 1.161 7.690 -5.380 -7.580
FE1 6267.766 . 4.9913 5 4 . . 0.74 0.26 -2.831 Kurucz 1.390 (L) 1.431 (L) 1.308 8.720 -4.680 -7.460
FE1 6267.825 . 4.2945 2 3 . . 18.64 10.67 -1.971 Kurucz 0.986 (L) 1.018 (L) 1.050 7.730 -6.200 -7.830
FE1 6268.207 . 5.2734 3 3 . . 0.25 0.07 -3.040 Kurucz 1.650 (L) 1.476 (L) 1.563 8.220 -3.840 -7.500
V1 6268.346 . 3.2986 7/2 9/2 . . 0.06 0.39 -0.802 Kurucz 1.580 (L) 1.610 (L) 1.663 8.280 -4.490 -7.550
CR1 6268.371 . 3.3694 1 2 . . 0.02 0.08 -3.733 Kurucz 1.466 (L) 1.930 (L) 2.162 6.940 -6.170 -7.850
FE1 6268.654 . 5.3863 4 3 . . 0.03 0.00 -3.929 Kurucz 0.888 (L) 1.147 (L) 0.500 7.610 -3.860 -7.390
FE1 6268.716 . 5.0704 2 2 . . 0.05 0.01 -3.972 Kurucz 1.985 (L) 1.926 (L) 1.956 7.670 -4.270 -7.430
FE1 6268.815 . 5.2734 3 3 . . 0.04 0.01 -3.881 Kurucz 1.650 (L) 1.706 (L) 1.678 7.580 -4.630 -7.320
FE1 6268.942 . 5.0996 1 1 . . 0.92 0.29 -2.637 Kurucz -0.006 (L) 0.651 (L) 0.323 8.720 -4.760 -7.460
ND1 6269.414 . 1.2324 7 7 . . 0.00 0.27 -0.140 Kurucz 0.000 (N) 0.000 (N) . . . .
FE1 6269.834 . 5.4781 2 2 . . 0.49 0.11 -2.564 Kurucz 1.533 (L) 0.852 (L) 1.193 8.200 -4.130 -7.340
TI1 6269.896 . 3.7179 3 4 . . 0.04 0.23 -1.658 Kurucz 1.490 (L) 1.241 (L) 0.868 8.300 -4.930 -7.450
FE2 6269.967 . 3.2447 11/2 9/2 . . 4.95 0.03 -4.625 Kurucz 1.090 (L) 1.430 (L) 0.325 8.540 -6.520 -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
!
FE1 6270.231 342 2.8600 0 1 53.23 50.1 46.56 53.25 -2.710 Kurucz 0.000 (T) 0.493 (L) 0.493 8.150 -5.950 -7.750
CR1 6270.504 . 4.8551 4 3 . . 0.04 0.05 -1.961 Kurucz 1.003 (L) 0.897 (L) 1.162 7.850 -6.200 -7.810
FE1 6270.890 . 5.3342 4 4 . . 0.14 0.04 -3.230 Kurucz 1.024 (L) 1.115 (L) 1.069 8.290 -4.760 -7.510
TI2 6271.083 . 1.8927 7/2 5/2 . . 0.49 0.07 -4.216 Kurucz 0.889 (L) 0.870 (L) 0.913 8.200 -6.370 -7.860
FE1 6271.280 685 3.3300 5 5 21.41 22.9 16.37 18.28 -2.950 Kurucz 1.399 (L) 1.585 (L) 1.492 8.110 -5.470 -7.620
CR1 6271.327 . 4.8020 2 1 . . 0.30 0.39 -1.180 Kurucz 1.167 (L) 0.517 (L) 1.492 7.900 -5.230 -7.580
FE1 6271.514 . 4.5844 3 2 . . 30.00 14.38 -1.415 Kurucz 1.083 (L) 1.495 (L) 0.671 8.070 -5.820 -7.750
NI1 6271.767 . 3.3062 3 3 . . 3.42 2.04 -2.620 Kurucz 1.495 (L) 1.340 (L) 1.418 7.680 -4.900 -7.650
CR2 6271.870 . 6.6414 7/2 7/2 . . 0.13 0.00 -2.065 Kurucz 1.238 (L) 1.209 (L) 1.224 8.620 -6.440 -7.870
CE2 6272.026 . 1.5445 7/2 5/2 . . 0.37 0.24 -0.851 Kurucz 0.000 (N) 0.000 (N) . . . .
C1 6272.444 . 9.0027 2 1 . . 0.15 0.00 -3.050 Kurucz 0.000 (N) 0.000 (N) . . . .
NI1 6272.616 . 4.2662 1 2 . . 3.17 0.87 -1.760 Kurucz 0.511 (L) 0.950 (L) 1.169 8.460 -5.710 -7.810
CO1 6273.007 . 3.5764 11/2 9/2 . . 1.97 1.44 -1.117 Kurucz 1.276 (L) 1.330 (L) 1.155 7.760 -5.460 -7.590
SM1 6273.385 . 0.2818 4 3 . . 0.00 0.24 -1.586 Kurucz 0.000 (N) 0.000 (N) . . . .
TI1 6273.388 . 0.0211 3 4 . . 0.33 39.14 -4.248 Kurucz 1.083 (L) 1.150 (L) 1.251 5.040 -6.160 -7.800
NI1 6273.512 . 5.2800 4 5 . . 0.02 0.00 -3.063 Kurucz 1.346 (L) 1.137 (L) 0.719 8.310 -4.870 -7.660
FE2 6273.569 . 6.2170 5/2 5/2 . . 0.07 0.00 -3.968 Kurucz 1.028 (L) 0.620 (L) 0.824 8.610 -6.530 -7.910
LA2 6273.755 . 3.0405 3 2 . . 0.07 0.01 -0.820 Kurucz 0.000 (N) 0.000 (N) . . . .
FE1 6273.779 . 4.3714 4 4 . . 0.07 0.04 -4.450 Kurucz 1.103 (L) 1.617 (L) 1.360 8.480 -5.180 -7.700
NI1 6273.977 . 5.2884 2 3 . . 0.08 0.01 -2.436 Kurucz 1.164 (L) 1.018 (L) 0.872 8.340 -4.000 -7.410
FE1 6274.089 . 5.0856 2 2 . . 0.49 0.16 -2.924 Kurucz 0.998 (L) 1.090 (L) 1.044 8.720 -4.620 -7.460
TI1 6274.421 . 2.2498 2 3 . . 0.16 3.84 -2.404 Kurucz 1.484 (L) 1.100 (L) 0.716 8.370 -5.640 -7.670
PR2 6274.657 . 1.4194 5 5 . . 0.46 0.28 -0.815 Kurucz 0.000 (N) 0.000 (N) . . . .
V1 6274.660 19 0.2700 0 1 7.27 7.0 6.02 91.74 -1.670 Kurucz 1.868 (L) 3.200 (L) 3.200 6.490 -6.260 -7.860
PR2 6274.814 . 0.2162 5 5 . . 0.42 0.84 -2.004 Kurucz 0.000 (N) 0.000 (N) . . . .
CR2 6274.940 . 6.6414 7/2 9/2 . . 0.05 0.00 -2.488 Kurucz 1.238 (L) 1.304 (L) 1.420 8.610 -6.440 -7.870
!
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
!
CA1 6275.274 . 5.0487 2 1 . . 1.22 1.88 -1.035 Kurucz 1.000 (L) 1.002 (L) 0.999 7.990 -4.640 -7.370
C1 6275.460 . 9.0027 2 2 . . 0.19 0.00 -2.940 Kurucz 0.000 (N) 0.000 (N) . . . .
TI1 6275.693 . 3.1541 2 3 . . 0.22 2.22 -1.426 Kurucz 1.170 (L) 1.067 (L) 0.964 8.030 -5.580 -7.560
NI1 6275.733 . 5.3635 4 3 . . 0.02 0.00 -2.933 Kurucz 1.247 (L) 0.732 (L) 2.020 8.860 -3.750 -7.580
CE1 6276.478 . 0.3022 4 5 . . 0.00 0.23 -1.254 Kurucz 0.000 (N) 0.000 (N) . . . .
CO1 6276.615 . 4.1102 3/2 3/2 . . 0.24 0.11 -1.540 Kurucz 1.195 (L) 0.401 (L) 0.798 8.260 -5.810 -7.630
FE1 6277.124 . 5.3046 6 7 . . 4.84 1.34 -1.709 Kurucz 1.342 (L) 1.286 (L) 1.118 7.890 -4.130 -7.390
FE1 6277.186 . 5.3516 4 3 . . 0.05 0.01 -3.643 Kurucz 1.655 (L) 1.312 (L) 2.170 8.170 -4.100 -7.280
ND2 6277.273 . 1.9527 19/2 17/2 . . 0.70 0.31 -0.430 Kurucz 0.000 (N) 0.000 (N) . . . .
FE1 6277.334 . 2.7586 3 3 . . 5.67 10.88 -4.010 Kurucz 0.756 (L) 1.324 (L) 1.040 8.160 -5.970 -7.750
TI1 6277.496 . 1.7335 1 2 . . 0.09 3.60 -3.143 Kurucz 2.500 (L) 1.500 (L) 1.000 8.170 -5.920 -7.740
FE1 6277.664 . 3.6398 2 2 . . 1.00 1.07 -3.950 Kurucz 1.160 (L) 1.200 (L) 1.180 7.700 -6.090 -7.830
CO1 6278.136 . 5.0365 3/2 5/2 . . 0.06 0.01 -1.282 Kurucz 2.017 (L) 1.343 (L) 0.837 7.790 -5.460 -7.590
SI1 6278.287 . 5.9841 3 3 . . 2.59 0.08 -2.430 Kurucz 0.000 (N) 0.000 (N) . . . .
CR2 6278.503 . 3.8581 5/2 5/2 . . 0.02 0.00 -5.254 Kurucz 1.032 (L) 1.314 (L) 1.173 8.400 -6.500 -7.900
PR2 6278.676 . 1.1960 6 7 . . 1.15 0.87 -0.630 Kurucz 0.000 (N) 0.000 (N) . . . .
SI1 6278.941 . 5.6136 1 0 . . 0.09 0.00 -4.220 Kurucz 0.000 (N) 0.000 (N) . . . .
FE1 6278.966 . 5.0331 4 4 . . 0.27 0.09 -3.231 Kurucz 1.328 (L) 1.333 (L) 1.330 8.720 -4.130 -7.500
FE1 6279.099 . 4.3125 5 5 . . 0.15 0.09 -4.163 Kurucz 1.218 (L) 1.360 (L) 1.289 8.240 -5.140 -7.700
TI1 6279.170 . 3.7244 5 6 . . 0.07 0.45 -1.365 Kurucz 1.190 (L) 1.170 (L) 1.120 8.150 -5.110 -7.470
SI1 6279.343 . 5.8625 1 2 . . 8.54 0.34 -2.010 Kurucz 0.000 (N) 0.000 (N) . . . .
SM2 6279.497 . 1.3589 9/2 11/2 . . 0.03 0.02 -2.221 Kurucz 0.000 (N) 0.000 (N) . . . .
SC2 6279.736 . 1.5004 1 2 . . 21.71 7.40 -1.210 Kurucz 1.487 (L) 1.162 (L) 0.999 8.360 -6.730 -7.890
FE2 6279.828 . 2.8441 5/2 5/2 . . 1.43 0.01 -5.545 Kurucz 1.019 (L) 1.653 (L) 1.336 8.460 -6.540 -7.920
TI1 6279.959 . 2.2393 1 2 . . 0.08 2.05 -2.703 Kurucz 1.470 (L) 0.630 (L) 0.210 8.360 -5.660 -7.680
!
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
!
SC1 6280.155 . 2.2942 1/2 3/2 . . 0.04 1.14 -1.069 Kurucz 2.529 (L) 1.192 (L) 0.858 7.810 -5.330 -7.570
FE1 6280.622 13 0.8592 5 5 62.10 61.2 59.67 126.68 -4.387 Oxford 1.404 (L) 1.498 (L) 1.451 4.450 -6.210 -7.780
FE1 6280.770 . 4.5801 2 1 . . 14.03 6.69 -1.859 Kurucz 0.667 (L) 1.246 (L) 0.378 8.230 -6.000 -7.760
PR2 6281.276 . 0.9602 3 4 . . 2.18 2.07 -0.570 Kurucz 0.000 (N) 0.000 (N) . . . .
FE1 6281.977 . 4.4457 2 3 . . 0.10 0.05 -4.184 Kurucz 0.335 (L) 1.492 (L) 2.649 8.240 -6.110 -7.590
FE1 6282.277 . 5.4781 2 3 . . 0.11 0.02 -3.212 Kurucz 1.533 (L) 1.566 (L) 1.599 8.180 -4.350 -7.330
FE1 6282.863 . 5.0675 2 3 . . 0.06 0.02 -3.828 Kurucz 1.480 (L) 1.077 (L) 0.674 8.110 -5.640 -7.720
FE1 6283.609 . 3.6417 3 2 . . 0.20 0.21 -4.649 Kurucz 1.326 (L) 1.200 (L) 1.452 7.700 -6.090 -7.830
FE1 6284.010 . 3.3010 2 3 . . 0.14 0.20 -5.134 Kurucz 1.178 (L) 1.650 (L) 2.122 7.450 -6.190 -7.780
FE1 6284.529 . 4.5932 4 4 . . 5.93 2.85 -2.267 Kurucz 1.250 (L) 1.240 (L) 1.245 8.060 -4.970 -7.610
CR1 6284.722 . 4.8244 3 2 . . 0.27 0.34 -1.203 Kurucz 1.334 (L) 1.185 (L) 1.483 7.900 -5.330 -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 6285.160 19 0.2800 0 1 8.91 9.5 8.32 101.02 -1.510 Kurucz 1.658 (L) 1.760 (L) 1.760 6.470 -6.260 -7.860
ND1 6285.782 . 1.4949 7 8 . . 0.01 0.32 0.290 Kurucz 0.000 (N) 0.000 (N) . . . .
FE1 6286.509 . 3.9841 2 2 . . 0.26 0.20 -4.224 Kurucz 0.682 (L) 0.991 (L) 0.837 7.690 -5.300 -7.580
FE1 6286.828 . 5.4781 2 2 . . 0.31 0.07 -2.767 Kurucz 1.533 (L) 0.985 (L) 1.259 8.170 -4.060 -7.340
CR1 6286.833 . 3.3752 2 2 . . 0.04 0.19 -3.365 Kurucz 1.480 (L) 1.930 (L) 1.705 6.940 -6.170 -7.850
FE1 6287.253 . 5.3412 1 2 . . 0.06 0.01 -3.583 Kurucz 2.464 (L) 1.233 (L) 0.618 8.220 -5.860 -7.590
FE1 6287.531 . 5.3205 5 5 . . 0.16 0.04 -3.187 Kurucz 1.203 (L) 1.205 (L) 1.204 8.300 -4.690 -7.490
MG1 6287.630 . 5.3938 0 1 . . 2.87 0.93 -2.980 Kurucz 0.000 (N) 0.000 (N) . . . .
NI1 6287.888 . 3.4980 0 1 . . 0.24 0.12 -3.603 Kurucz 0.000 (N) 0.499 (L) 0.499 7.680 -5.370 -7.610
FE1 6288.323 . 4.4457 2 1 . . 0.55 0.30 -3.464 Kurucz 0.335 (L) 0.016 (L) 0.495 8.240 -4.630 -7.660
FE1 6288.953 . 5.1055 1 2 . . 0.20 0.06 -3.296 Kurucz 1.501 (L) 1.182 (L) 1.023 7.510 -5.450 -7.730
CR1 6289.133 . 3.8447 3 4 . . 0.04 0.13 -2.915 Kurucz 1.328 (L) 1.067 (L) 0.675 6.980 -5.890 -7.840
FE1 6289.322 . 3.0173 2 2 . . 0.02 0.03 -6.281 Kurucz 1.484 (L) 1.501 (L) 1.492 8.530 -5.970 -7.760
FE2 6289.335 . 11.2704 5/2 5/2 . . 0.03 0.00 -0.358 Kurucz 1.410 (L) 1.553 (L) 1.481 8.700 -4.950 -7.550
SM2 6289.907 . 1.1667 5/2 7/2 . . 0.08 0.07 -2.014 Kurucz 0.000 (N) 0.000 (N) . . . .
GD2 6289.943 . 2.2206 1/2 1/2 . . 0.14 0.03 -0.272 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 6290.418 . 5.4908 2 1 . . 0.20 0.04 -2.944 Kurucz 1.117 (L) 2.375 (L) 0.488 7.810 -3.930 -7.340
FE1 6290.550 208 2.5900 0 1 3.83 4.2 4.01 9.09 -4.330 Kurucz 1.073 (L) 1.661 (L) 1.661 8.220 -6.140 -7.820
FE1 6290.618 . 5.4781 2 3 . . 0.76 0.18 -2.374 Kurucz 1.533 (L) 1.319 (L) 1.105 8.190 -4.030 -7.310
FE2 6290.662 . 5.5688 7/2 9/2 . . 0.54 0.00 -3.588 Kurucz 1.144 (L) 1.155 (L) 1.174 8.610 -6.530 -7.910
FE1 6290.974 1258 4.7100 3 2 66.10 52.8 60.71 31.60 -0.690 Ў 1.324 (L) 1.167 (T) 1.481 8.350 -4.860 -7.700
FE1 6291.066 . 4.7332 3 4 . . 2.69 1.16 -2.498 Kurucz 1.324 (L) 1.096 (L) 0.754 8.350 -4.970 -7.700
SM2 6291.807 . 1.4129 7/2 5/2 . . 0.16 0.11 -1.470 Kurucz 0.000 (N) 0.000 (N) . . . .
FE2 6291.830 . 10.9302 3/2 5/2 . . 0.22 0.00 0.303 Kurucz 1.737 (L) 1.418 (L) 1.179 9.060 -5.360 -7.630
SI1 6292.181 . 5.9640 2 2 . . 3.25 0.10 -2.350 Kurucz 0.000 (N) 0.000 (N) . . . .
C1 6292.358 . 9.0027 2 2 . . 0.20 0.00 -2.900 Kurucz 0.000 (N) 0.000 (N) . . . .
ND2 6292.816 . 0.1823 11/2 9/2 . . 0.61 1.51 -2.180 Kurucz 0.000 (N) 0.000 (N) . . . .
V1 6292.820 19 0.2900 0 1 10.80 . 8.87 102.78 -1.470 Kurucz 1.588 (L) 1.580 (L) 1.580 6.470 -6.260 -7.860
FE1 6292.822 . 5.3412 1 1 . . 0.06 0.01 -3.621 Kurucz 2.464 (L) 1.085 (L) 1.775 8.240 -4.420 -7.630
TI1 6293.003 . 1.4298 2 2 . . 0.03 1.73 -3.894 Kurucz 0.670 (L) 1.170 (L) 0.920 6.750 -6.120 -7.840
LA1 6293.562 . 0.4333 7/2 5/2 . . 0.00 0.47 -1.390 Kurucz 0.000 (N) 0.000 (N) . . . .
FE2 6293.599 . 5.9110 3/2 1/2 . . 0.03 0.00 -4.575 Kurucz 0.800 (L) 0.013 (L) 0.997 8.730 -6.630 -7.900
FE1 6293.611 . 5.0638 3 3 . . 0.58 0.19 -2.872 Kurucz 1.254 (L) 1.284 (L) 1.269 8.720 -4.520 -7.460
FE2 6293.797 . 3.2674 9/2 7/2 . . 0.97 0.00 -5.334 Kurucz 0.927 (L) 1.399 (L) 0.101 8.540 -6.520 -7.910
FE1 6293.930 1260 4.8100 0 1 12.50 11.4 11.25 4.56 -1.760 Kostyk_W 0.493 (L) 1.459 (L) 1.459 8.230 -5.230 -7.680
FE1 6294.094 . 4.4457 2 2 . . 0.19 0.10 -3.931 Kurucz 0.335 (L) 1.125 (L) 0.730 8.300 -5.480 -7.610
FE1 6294.121 . 5.3342 4 4 . . 0.39 0.10 -2.797 Kurucz 1.024 (L) 1.246 (L) 1.135 8.100 -4.410 -7.420
SM2 6294.680 . 1.2859 1/2 1/2 . . 0.09 0.07 -1.832 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
!
TI1 6295.246 . 3.3508 4 3 . . 0.11 0.91 -1.556 Kurucz 1.230 (L) 1.493 (L) 0.835 8.140 -5.190 -7.540
TI1 6295.248 . 0.0480 4 5 . . 0.18 26.40 -4.489 Kurucz 1.250 (L) 1.250 (L) 1.250 5.040 -6.160 -7.800
TI1 6295.265 . 1.7489 3 3 . . 0.11 4.33 -3.037 Kurucz 1.660 (L) 1.490 (L) 1.575 8.160 -5.990 -7.740
CE1 6295.576 . 0.0000 4 5 . . 0.00 0.71 -1.187 Kurucz 0.000 (N) 0.000 (N) . . . .
TI1 6295.944 . 1.7393 2 2 . . 0.15 5.68 -2.924 Kurucz 1.820 (L) 1.500 (L) 1.660 8.170 -5.920 -7.740
LA2 6296.079 . 1.2516 2 1 . . 2.25 1.49 -0.950 Kurucz 0.000 (N) 0.000 (N) . . . .
FE1 6296.180 . 5.0638 3 2 . . 0.34 0.11 -3.106 Kurucz 1.254 (L) 1.752 (L) 0.756 8.720 -4.610 -7.440
V1 6296.490 19 0.3000 0 1 6.30 8.3 6.74 94.15 -1.590 Kurucz 1.556 (L) 1.560 (L) 1.560 6.490 -6.260 -7.860
TI1 6296.585 . 3.3343 3 2 . . 0.10 0.91 -1.577 Kurucz 1.060 (L) 1.209 (L) 0.911 8.040 -5.400 -7.560
TI1 6296.646 . 0.0000 2 2 . . 0.96 64.06 -3.800 Kurucz 0.666 (L) 0.390 (L) 0.528 5.040 -6.160 -7.800
TI1 6296.853 . 3.1390 1 2 . . 0.24 2.44 -1.403 Kurucz 0.500 (L) 0.670 (L) 0.755 8.040 -5.050 -7.560
ND1 6297.050 . 1.4828 9 10 . . 0.00 0.27 0.200 Kurucz 0.000 (N) 0.000 (N) . . . .
FE1 6297.454 . 3.4170 2 3 . . 0.15 0.19 -5.002 Kurucz 1.004 (L) 1.755 (L) 2.506 8.110 -5.470 -7.620
FE1 6297.799 62 2.2227 1 2 76.39 64.9 75.26 108.76 -2.740 Oxford 2.499 (L) 1.495 (L) 0.993 8.200 -6.160 -7.760
SI1 6297.889 . 5.8709 2 2 . . 0.28 0.01 -3.510 Kurucz 0.000 (N) 0.000 (N) . . . .
FE1 6297.963 . 5.0996 1 1 . . 0.28 0.09 -3.150 Kurucz -0.006 (L) 1.863 (L) 0.929 8.730 -4.170 -7.440
TI1 6298.073 . 1.7335 1 1 . . 0.11 4.13 -3.081 Kurucz 2.500 (L) 1.460 (L) 1.980 8.170 -5.890 -7.740
ND2 6298.411 . 0.9330 7/2 7/2 . . 0.44 0.52 -1.600 Kurucz 0.000 (N) 0.000 (N) . . . .
FE1 6298.618 . 5.5393 4 5 . . 0.04 0.01 -3.601 Kurucz 1.502 (L) 1.040 (L) 0.116 8.730 -3.890 -7.430
NI1 6298.747 . 5.2884 2 1 . . 0.39 0.04 -1.743 Kurucz 1.164 (L) 1.370 (L) 1.061 8.390 -3.730 -7.460
CR2 6298.753 . 3.8645 7/2 5/2 . . 0.14 0.00 -4.418 Kurucz 1.246 (L) 1.314 (L) 1.161 8.400 -6.480 -7.900
CE2 6299.482 . 1.8947 13/2 11/2 . . 0.24 0.11 -0.714 Kurucz 0.000 (N) 0.000 (N) . . . .
SI1 6299.578 . 7.9096 2 1 . . 0.02 0.00 -2.830 Kurucz 0.000 (N) 0.000 (N) . . . .
SI1 6299.599 . 5.9841 3 4 . . 19.88 0.68 -1.500 Kurucz 0.000 (N) 0.000 (N) . . . .
ZR1 6299.673 . 1.5303 4 5 . . 0.12 5.26 -0.800 Kurucz 0.000 (N) 0.000 (N) . . . .
FE1 6299.917 . 5.4760 3 2 . . 0.03 0.00 -3.786 Kurucz 1.351 (L) 1.498 (L) 1.204 7.610 -4.520 -7.340