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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
!
CE1 6300.204 . 0.1586 4 4 . . 0.00 0.40 -1.213 Kurucz 0.000 (N) 0.000 (N) . . . .
O1 6300.310 1 0.0000 0 1 4.30 3.8 3.32 5.87 -9.819 Kurucz 0.000 (N) 0.000 (N) . -2.170 . .
NI1 6300.336 . 4.2662 1 0 . . 3.35 0.91 -1.737 Kurucz 0.511 (L) 0.000 (N) 0.511 8.420 -5.700 -7.740
FE1 6300.415 . 5.0331 4 3 . . 0.05 0.01 -3.996 Kurucz 1.328 (L) 1.835 (L) 0.568 8.730 -3.930 -7.430
SM2 6301.182 . 1.2623 7/2 9/2 . . 0.07 0.05 -1.976 Kurucz 0.000 (N) 0.000 (N) . . . .
V1 6301.313 . 2.5827 1/2 1/2 . . 0.07 0.84 -1.416 Kurucz 0.100 (L) 2.510 (L) 1.305 7.420 -4.930 -7.000
FE1 6301.517 816 3.6500 2 2 136.76 71.9 116.23 129.14 -0.672 Kurucz 1.835 (L) 1.503 (L) 1.669 7.930 -5.460 -7.580
SI1 6301.625 . 5.9538 1 1 . . 0.47 0.01 -3.210 Kurucz 0.000 (N) 0.000 (N) . . . .
FE1 6301.767 . 5.4582 4 3 . . 0.13 0.03 -3.167 Kurucz 1.444 (L) 1.286 (L) 1.681 7.590 -4.030 -7.330
FE1 6301.863 . 3.6398 2 3 . . 0.27 0.28 -4.530 Kurucz 1.160 (L) 1.352 (L) 1.544 7.690 -6.280 -7.830
P2 6301.933 . 10.8864 2 3 . . 0.05 0.00 1.544 Kurucz 0.000 (N) 0.000 (N) . . . .
PR2 6302.358 . 1.3063 5 6 . . 0.73 0.49 -0.728 Kurucz 0.000 (N) 0.000 (N) . . . .
FE2 6302.394 . 7.7271 7/2 7/2 . . 0.08 0.00 -2.651 Kurucz 0.961 (L) 0.891 (L) 0.926 8.500 -6.590 -7.910
SM2 6302.402 . 1.5581 5/2 5/2 . . 0.06 0.03 -1.771 Kurucz 0.000 (N) 0.000 (N) . . . .
FE1 6302.508 816 3.6900 1 0 90.82 65.0 87.21 85.12 -1.131 Kurucz 2.487 (L) 0.000 (0) 2.487 7.930 -5.430 -7.590
NI1 6302.771 . 5.3026 3 3 . . 0.15 0.01 -2.152 Kurucz 1.218 (L) 1.035 (L) 1.127 8.270 -3.940 -7.370
FE1 6302.780 . 5.3712 6 5 . . 0.02 0.00 -3.973 Kurucz 1.178 (L) 1.324 (L) 0.813 7.400 -4.050 -7.320
TI1 6302.846 . 3.7160 4 5 . . 0.11 0.65 -1.215 Kurucz 1.050 (L) 1.030 (L) 0.990 8.150 -5.130 -7.470
SM2 6303.169 . 1.3589 9/2 9/2 . . 0.09 0.07 -1.761 Kurucz 0.000 (N) 0.000 (N) . . . .
TI1 6303.354 . 3.1278 3 3 . . 0.17 1.76 -1.565 Kurucz 1.060 (L) 1.010 (L) 1.035 8.090 -5.230 -7.560
EU2 6303.428 . 1.2786 4 5 . . 0.40 0.24 -0.854 Kurucz 0.000 (N) 0.000 (N) . . . .
FE1 6303.460 1140 4.3200 0 1 4.79 4.5 4.38 2.60 -2.660 Kurucz 1.332 (L) 1.360 (L) 1.360 8.280 -5.140 -7.700
TI1 6303.770 104 1.4400 0 1 7.41 7.5 6.23 74.76 -1.566 Kurucz 1.080 (L) 0.750 (L) 0.750 8.240 -6.080 -7.750
FE1 6304.296 . 5.4458 3 2 . . 0.21 0.05 -2.967 Kurucz 1.481 (L) 1.655 (L) 1.307 8.310 -3.640 -7.330
ZR1 6304.341 . 1.6294 0 1 . . 0.63 19.52 0.000 Kurucz 0.000 (N) 0.000 (N) . . . .
ZR1 6304.345 . 0.5426 1 0 . . 0.01 1.65 -2.700 Kurucz 0.000 (N) 0.000 (N) . . . .
FE1 6304.387 . 5.0331 4 4 . . 0.05 0.01 -4.004 Kurucz 1.328 (L) 1.632 (L) 1.480 8.730 -4.150 -7.430
FE1 6304.790 . 4.9913 5 5 . . 3.79 1.33 -2.107 Kurucz 1.390 (L) 1.391 (L) 1.390 8.720 -4.800 -7.490
MN1 6304.799 . 4.8889 7/2 7/2 . . 2.31 1.39 -0.537 Kurucz 2.000 (L) 1.938 (L) 1.969 8.040 -3.570 -7.110
FE1 6304.875 . 5.3449 4 4 . . 0.08 0.02 -3.495 Kurucz 0.777 (L) 1.115 (L) 0.946 8.170 -4.760 -7.510
FE1 6304.970 . 5.4582 4 4 . . 0.07 0.01 -3.427 Kurucz 1.444 (L) 1.337 (L) 1.391 7.610 -3.770 -7.320
!
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 6305.002 . 6.0828 1 2 . . 1.29 0.03 -2.630 Kurucz 0.000 (N) 0.000 (N) . . . .
GD2 6305.135 . 1.3142 7/2 9/2 . . 0.11 0.06 -1.224 Kurucz 0.000 (N) 0.000 (N) . . . .
SM2 6305.144 . 1.3320 1/2 3/2 . . 0.04 0.03 -2.136 Kurucz 0.000 (N) 0.000 (N) . . . .
PR2 6305.264 . 1.3645 7 7 . . 0.73 0.47 -0.671 Kurucz 0.000 (N) 0.000 (N) . . . .
FE2 6305.296 . 6.2188 9/2 9/2 . . 4.98 0.00 -2.039 Kurucz 1.334 (L) 1.248 (L) 1.291 8.660 -6.530 -7.910
LA2 6305.447 . 0.2443 4 4 . . 0.78 1.37 -2.380 Kurucz 0.000 (N) 0.000 (N) . . . .
CR2 6305.646 . 7.3313 3/2 3/2 . . 0.16 0.00 -1.400 Kurucz 1.334 (L) 1.339 (L) 1.337 8.390 -6.440 -7.890
V1 6306.451 . 1.9452 5/2 7/2 . . 0.05 1.12 -2.169 Kurucz 1.050 (L) 0.950 (L) 0.825 8.360 -5.980 -7.750
TI1 6307.024 . 3.3232 2 1 . . 0.06 0.57 -1.798 Kurucz 0.660 (L) 0.634 (L) 0.673 8.030 -5.450 -7.560
SM2 6307.078 . 1.0636 3/2 3/2 . . 0.11 0.11 -1.971 Kurucz 0.000 (N) 0.000 (N) . . . .
CR1 6307.270 . 3.8904 4 5 . . 0.80 2.32 -1.579 Kurucz 1.350 (L) 1.270 (L) 1.110 7.910 -6.080 -7.820
FE1 6307.297 . 5.3140 2 3 . . 0.19 0.05 -3.140 Kurucz 1.822 (L) 1.218 (L) 0.614 8.280 -5.820 -7.540
FE2 6307.529 . 2.8282 7/2 7/2 . . 1.08 0.00 -5.685 Kurucz 1.210 (L) 1.584 (L) 1.397 8.460 -6.540 -7.920
FE1 6307.854 . 3.6417 3 3 . . 2.22 2.30 -3.599 Kurucz 1.326 (L) 1.352 (L) 1.339 7.690 -6.280 -7.830
FE1 6307.957 . 4.4457 2 2 . . 0.34 0.18 -3.676 Kurucz 0.335 (L) 0.967 (L) 0.651 8.240 -4.910 -7.660
TI2 6308.188 . 1.8927 7/2 7/2 . . 0.23 0.03 -4.538 Kurucz 0.889 (L) 1.238 (L) 1.064 8.440 -6.370 -7.860
TI1 6308.464 . 1.7335 1 0 . . 0.04 1.79 -3.457 Kurucz 2.500 (L) 0.000 (N) 2.500 8.170 -5.870 -7.740
ER1 6308.778 . 0.0000 6 7 . . 0.00 0.70 -1.629 Kurucz 0.000 (N) 0.000 (N) . . . .
SI1 6308.825 . 5.8625 1 1 . . 1.03 0.04 -2.950 Kurucz 0.000 (N) 0.000 (N) . . . .
GD2 6308.996 . 1.9913 1/2 1/2 . . 0.05 0.01 -0.953 Kurucz 0.000 (N) 0.000 (N) . . . .
FE2 6309.551 . 7.9401 7/2 5/2 . . 0.02 0.00 -2.977 Kurucz 0.975 (L) 1.375 (L) 0.475 8.900 -5.720 -7.680
V1 6309.717 . 2.5749 7/2 5/2 . . 0.31 3.73 -0.772 Kurucz 1.450 (L) 1.540 (L) 1.337 7.370 -6.020 -7.820
MN1 6309.761 . 4.2466 11/2 13/2 . . 0.07 0.07 -2.678 Kurucz 1.135 (L) 1.220 (L) 1.454 6.990 -6.180 -7.780
SI1 6309.902 . 5.9538 1 0 . . 1.57 0.05 -2.680 Kurucz 0.000 (N) 0.000 (N) . . . .
SC2 6309.906 . 1.4970 0 1 . . 10.99 3.53 -1.570 Kurucz 0.000 (N) 0.506 (L) 0.506 8.360 -6.730 -7.900
!
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
!
CE1 6310.012 . 0.0000 4 4 . . 0.00 0.71 -1.188 Kurucz 0.000 (N) 0.000 (N) . . . .
FE1 6310.215 . 5.3412 1 2 . . 5.46 1.46 -1.621 Kurucz 2.464 (L) 1.860 (L) 1.558 7.960 -5.030 -7.490
SI1 6310.280 . 5.9640 2 3 . . 10.54 0.35 -1.820 Kurucz 0.000 (N) 0.000 (N) . . . .
ND1 6310.482 . 1.3512 8 9 . . 0.01 0.73 0.450 Kurucz 0.000 (N) 0.000 (N) . . . .
FE1 6310.516 . 2.9488 5 4 . . 0.41 0.78 -4.996 Kurucz 1.200 (L) 1.489 (L) 0.622 8.550 -5.950 -7.750
LA2 6310.912 . 2.6448 4 4 . . 0.16 0.02 -0.820 Kurucz 0.000 (N) 0.000 (N) . . . .
TI1 6311.284 . 1.4432 3 3 . . 0.13 6.32 -3.283 Kurucz 1.080 (L) 1.360 (L) 1.220 6.690 -6.120 -7.840
FE1 6311.319 . 5.0704 2 1 . . 0.04 0.01 -4.020 Kurucz 1.985 (L) 1.420 (L) 2.268 7.550 -4.610 -7.450
V1 6311.482 . 3.3152 9/2 11/2 . . 0.64 3.86 0.240 Kurucz 1.500 (L) 1.390 (L) 1.142 8.280 -4.860 -7.550
FE1 6311.500 342 2.8300 0 1 26.73 28.0 23.36 31.38 -3.230 Kurucz 1.498 (L) 1.151 (L) 1.151 8.150 -5.960 -7.750
TI1 6312.240 104 1.4600 0 1 6.81 7.7 6.17 73.90 -1.552 Kurucz 1.260 (L) 1.050 (L) 1.050 8.230 -6.070 -7.750
TI1 6312.380 . 3.1794 3 4 . . 0.26 2.56 -1.327 Kurucz 1.330 (L) 1.250 (L) 1.130 7.910 -5.590 -7.560
FE1 6312.621 . 5.5023 1 1 . . 0.02 0.00 -3.948 Kurucz 0.285 (L) 1.454 (L) 0.870 8.160 -4.460 -7.360
FE1 6312.766 . 4.4347 4 3 . . 0.29 0.16 -3.755 Kurucz 1.100 (L) 1.302 (L) 0.797 8.220 -4.490 -7.660
ZR1 6313.044 . 1.5836 5 6 . . 1.29 33.04 0.270 Kurucz 0.000 (N) 0.000 (N) . . . .
TI1 6313.232 . 2.2498 2 2 . . 0.02 0.53 -3.281 Kurucz 1.484 (L) 0.630 (L) 1.057 8.360 -5.660 -7.680
CR1 6313.406 . 3.8923 5 5 . . 0.74 2.13 -1.615 Kurucz 1.400 (L) 1.270 (L) 1.335 7.910 -6.080 -7.820
ZR2 6313.574 . 2.4897 3/2 3/2 . . 0.34 0.02 -1.400 Kurucz 0.000 (N) 0.000 (N) . . . .
TI1 6314.134 . 3.3508 4 3 . . 0.06 0.49 -1.824 Kurucz 1.230 (L) 1.640 (L) 0.615 8.130 -5.150 -7.540
FE1 6314.615 . 5.0704 2 3 . . 0.33 0.11 -3.106 Kurucz 1.985 (L) 1.284 (L) 0.583 7.560 -4.520 -7.460
NI1 6314.653 . 1.9354 2 2 . . 79.83 94.46 -1.770 Kurucz 1.356 (L) 1.060 (L) 1.208 7.730 -6.240 -7.850
NI1 6314.659 . 4.1536 3 4 . . 22.02 6.91 -0.921 Kurucz 1.198 (L) 1.222 (L) 1.258 8.310 -4.060 -7.760
ZR1 6314.683 . 0.9990 4 3 . . 0.03 2.22 -1.930 Kurucz 0.000 (N) 0.000 (N) . . . .
FE1 6314.978 . 5.0638 3 4 . . 2.99 0.99 -2.148 Kurucz 1.254 (L) 1.301 (L) 1.371 8.720 -4.590 -7.470
!
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 6315.306 . 4.1427 3 3 . . 59.38 40.07 -1.232 Kurucz 1.066 (L) 1.165 (L) 1.116 7.500 -5.890 -7.730
FE1 6315.412 . 4.1427 3 2 . . 24.51 15.35 -1.958 Kurucz 1.066 (L) 0.954 (L) 1.178 7.430 -5.890 -7.730
CR1 6315.798 . 3.8923 5 6 . . 1.66 4.58 -1.258 Kurucz 1.400 (L) 1.440 (L) 1.540 7.970 -6.100 -7.820
FE1 6315.814 1014 4.0600 4 4 40.40 39.9 39.46 25.84 -1.710 Kurucz 1.264 (L) 1.063 (L) 1.164 7.760 -5.890 -7.730
SM2 6315.824 . 1.7463 13/2 13/2 . . 0.04 0.02 -1.728 Kurucz 0.000 (N) 0.000 (N) . . . .
FE1 6316.256 . 5.3484 3 4 . . 0.05 0.01 -3.697 Kurucz 0.905 (L) 1.115 (L) 1.430 8.310 -4.760 -7.510
FE2 6316.307 . 2.8555 3/2 5/2 . . 0.09 0.00 -6.745 Kurucz 0.398 (L) 1.653 (L) 2.594 8.460 -6.540 -7.920
NI1 6316.574 . 4.1536 3 2 . . 2.94 0.87 -1.900 Kurucz 1.198 (L) 1.020 (L) 1.376 8.300 -5.770 -7.830
TI1 6316.642 . 1.7393 2 1 . . 0.04 1.43 -3.549 Kurucz 1.820 (L) 1.460 (L) 2.000 8.170 -5.890 -7.740
CR1 6317.155 . 3.8887 3 4 . . 0.45 1.33 -1.832 Kurucz 1.251 (L) 1.164 (L) 1.034 7.880 -6.010 -7.820
FE1 6317.202 . 5.0704 2 2 . . 0.15 0.04 -3.469 Kurucz 1.985 (L) 1.752 (L) 1.868 7.550 -4.610 -7.440
FE2 6317.394 . 6.2226 7/2 9/2 . . 3.85 0.00 -2.158 Kurucz 1.237 (L) 1.248 (L) 1.267 8.660 -6.530 -7.910
SI1 6317.538 . 5.9538 1 1 . . 0.16 0.00 -3.680 Kurucz 0.000 (N) 0.000 (N) . . . .
FE2 6317.983 . 5.5108 7/2 7/2 . . 17.29 0.03 -1.990 Kurucz 1.400 (L) 1.429 (L) 1.414 8.620 -6.410 -7.880
FE1 6318.018 . 2.4535 4 3 . . 87.98 121.28 -2.228 Kurucz 0.811 (L) 0.887 (L) 0.697 7.980 -6.110 -7.820
TI1 6318.047 . 1.4298 2 1 . . 0.24 11.28 -3.016 Kurucz 0.670 (L) 0.508 (L) 0.751 6.750 -6.120 -7.840
CA1 6318.109 . 4.4301 2 3 . . 112.70 181.32 0.699 Kurucz 0.754 (L) 0.751 (L) 0.748 11.280 -30.000 -13.380
PR2 6318.115 . 0.9222 5 5 . . 0.22 0.22 -1.612 Kurucz 0.000 (N) 0.000 (N) . . . .
V1 6318.283 . 2.5775 5/2 5/2 . . 0.06 0.82 -1.447 Kurucz 1.250 (L) 1.540 (L) 1.395 7.370 -5.920 -7.820
FE2 6318.656 . 2.8067 9/2 9/2 . . 0.48 0.00 -6.063 Kurucz 1.307 (L) 1.542 (L) 1.424 8.470 -6.540 -7.920
MG1 6318.717 . 5.1079 1 2 . . 57.43 31.36 -1.730 Kurucz 0.000 (N) 0.000 (N) . . . .
FE1 6318.721 . 5.0996 1 2 . . 1.60 0.51 -2.394 Kurucz -0.006 (L) 1.090 (L) 1.638 8.720 -4.620 -7.460
MG1 6319.237 . 5.1079 1 1 . . 41.08 21.00 -1.950 Kurucz 0.000 (N) 0.000 (N) . . . .
FE1 6319.238 . 5.3303 5 5 . . 0.13 0.03 -3.278 Kurucz 1.054 (L) 1.205 (L) 1.130 8.180 -4.690 -7.490
FE2 6319.330 . 9.7003 7/2 9/2 . . 0.03 0.00 -1.548 Kurucz 1.586 (L) 1.555 (L) 1.501 8.980 -5.710 -7.690
MG1 6319.495 . 5.1079 1 0 . . 16.90 7.92 -2.430 Kurucz 0.000 (N) 0.000 (N) . . . .
CR1 6319.968 . 3.8471 2 3 . . 0.03 0.09 -3.071 Kurucz 1.158 (L) 0.766 (L) 0.374 6.830 -5.960 -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
!
LA2 6320.376 . 0.1729 2 2 . . 5.08 8.89 -1.610 Kurucz 0.000 (N) 0.000 (N) . . . .
FE1 6320.897 . 5.4781 2 1 . . 0.03 0.00 -3.770 Kurucz 1.533 (L) -0.159 (L) 2.379 8.170 -3.920 -7.340
ZR1 6321.343 . 1.5303 4 3 . . 0.05 2.18 -1.200 Kurucz 0.000 (N) 0.000 (N) . . . .
TB2 6321.563 . 1.5127 7 8 . . 0.03 0.01 -0.923 Kurucz 0.000 (N) 0.000 (N) . . . .
SM2 6321.735 . 1.7082 7/2 9/2 . . 0.08 0.04 -1.482 Kurucz 0.000 (N) 0.000 (N) . . . .
SI1 6322.043 . 5.8625 1 1 . . 0.18 0.00 -3.700 Kurucz 0.000 (N) 0.000 (N) . . . .
NI1 6322.164 . 4.1536 3 3 . . 13.77 4.20 -1.170 Kurucz 1.198 (L) 1.004 (L) 1.101 8.310 -5.070 -7.830
FE1 6322.179 . 4.7955 2 3 . . 0.76 0.31 -2.998 Kurucz 1.151 (L) 0.484 (L) -0.183 8.360 -5.040 -7.700
CR1 6322.545 . 3.8904 4 4 . . 0.71 2.07 -1.631 Kurucz 1.350 (L) 1.164 (L) 1.257 7.880 -6.010 -7.820
FE1 6322.693 207 2.5900 3 4 77.86 63.4 73.20 92.98 -2.426 Kurucz 1.073 (L) 1.246 (L) 1.506 8.000 -6.150 -7.770
SC1 6322.734 . 3.1014 5/2 7/2 . . 0.03 0.37 -0.459 Kurucz 1.201 (L) 1.140 (L) 1.064 8.340 -5.890 -7.720
FE1 6324.065 . 5.3342 4 3 . . 0.05 0.01 -3.668 Kurucz 1.024 (L) 1.354 (L) 0.529 8.100 -4.580 -7.430
FE1 6324.293 . 4.3201 6 7 . . 0.47 0.28 -3.652 Kurucz 1.332 (L) 1.429 (L) 1.720 8.490 -5.220 -7.700
FE1 6324.583 . 5.3195 6 7 . . 2.49 0.67 -1.997 Kurucz 1.198 (L) 1.286 (L) 1.550 7.700 -4.130 -7.390
FE1 6324.621 . 5.3046 6 5 . . 0.25 0.07 -3.013 Kurucz 1.342 (L) 1.371 (L) 1.270 7.880 -4.030 -7.410
TI1 6324.663 . 3.1043 4 3 . . 0.02 0.24 -2.468 Kurucz 1.251 (L) 1.293 (L) 1.188 8.140 -5.970 -7.760
!
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 6325.150 1 0.0200 0 1 1.62 1.4 0.62 53.45 -3.972 Kurucz 1.083 (L) 0.930 (L) 0.930 5.040 -6.160 -7.800
SM2 6325.603 . 1.4456 5/2 7/2 . . 0.06 0.04 -1.884 Kurucz 0.000 (N) 0.000 (N) . . . .
LA1 6325.915 . 0.1306 5/2 5/2 . . 0.01 0.99 -1.490 Kurucz 0.000 (N) 0.000 (N) . . . .
FE1 6326.069 . 5.4458 3 4 . . 0.78 0.18 -2.394 Kurucz 1.481 (L) 1.487 (L) 1.496 8.310 -4.810 -7.330
FE1 6326.404 . 5.3933 4 4 . . 0.15 0.04 -3.155 Kurucz 1.492 (L) 1.187 (L) 1.339 8.530 -3.940 -7.370
FE1 6326.484 . 5.3140 2 3 . . 0.13 0.03 -3.302 Kurucz 1.822 (L) 1.884 (L) 1.946 8.720 -5.200 -7.820
NI2 6326.607 . 6.7643 9/2 9/2 . . 0.03 0.00 -2.953 Kurucz 1.260 (L) 1.107 (L) 1.184 8.570 -6.600 -7.920
CA1 6326.678 . 4.6244 2 1 . . 0.30 0.70 -2.031 Kurucz 1.000 (L) 1.000 (L) 1.000 8.070 -4.580 -7.410
V1 6326.684 . 1.8676 13/2 11/2 . . 1.31 22.17 -0.810 Kurucz 1.180 (L) 1.210 (L) 1.098 7.840 -6.200 -7.860
TI1 6326.703 . 1.7489 3 2 . . 0.02 0.66 -3.879 Kurucz 1.660 (L) 1.500 (L) 1.820 8.170 -5.920 -7.740
V1 6326.840 84 1.8700 0 1 1.78 1.7 1.57 24.90 -0.730 Kostyk 0.000 (N) 0.000 (N) . 7.840 -6.200 -7.860
TI1 6327.188 . 2.3958 2 2 . . 0.03 0.59 -3.037 Kurucz 0.670 (L) 0.666 (L) 0.668 6.970 -5.950 -7.770
FE1 6327.345 . 5.4908 2 2 . . 0.09 0.02 -3.299 Kurucz 1.117 (L) 0.985 (L) 1.051 7.670 -4.060 -7.340
CR1 6327.490 . 4.0965 2 1 . . 0.56 1.36 -1.549 Kurucz 0.712 (L) 0.534 (L) 0.801 7.120 -6.210 -7.840
SM2 6327.516 . 1.2623 7/2 5/2 . . 0.22 0.18 -1.476 Kurucz 0.000 (N) 0.000 (N) . . . .
NI1 6327.593 . 1.6765 2 3 . . 26.76 38.43 -3.150 Kurucz 1.143 (L) 1.086 (L) 1.029 7.850 -6.290 -7.860
FE1 6328.110 . 5.4582 4 3 . . 0.02 0.00 -3.921 Kurucz 1.444 (L) 1.287 (L) 1.680 7.610 -4.250 -7.350
FE2 6328.219 . 3.2447 11/2 11/2 . . 0.09 0.00 -6.377 Kurucz 1.090 (L) 1.455 (L) 1.273 8.550 -6.520 -7.910
FE1 6328.358 . 5.3449 4 4 . . 0.19 0.05 -3.093 Kurucz 0.777 (L) 1.246 (L) 1.012 7.890 -4.410 -7.420
FE2 6328.498 . 10.9869 9/2 9/2 . . 0.06 0.00 -0.252 Kurucz 1.552 (L) 1.505 (L) 1.528 8.450 -5.670 -7.540
CR1 6328.711 . 3.8923 5 4 . . 0.06 0.16 -2.740 Kurucz 1.400 (L) 1.164 (L) 1.872 7.880 -6.010 -7.820
TI1 6328.814 . 3.4238 4 3 . . 0.06 0.50 -1.725 Kurucz 1.050 (L) 1.012 (L) 1.107 8.270 -5.300 -7.730
CR2 6329.191 . 4.0713 7/2 7/2 . . 0.12 0.00 -4.311 Kurucz 1.235 (L) 1.710 (L) 1.473 8.690 -6.610 -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
!
CR1 6330.096 6 0.9400 2 3 . . 18.53 100.77 -2.920 Kurucz 2.000 (T) 1.917 (T) 1.834 7.380 -6.190 -7.860
FE1 6330.107 . 4.5844 3 4 . . 0.19 0.09 -3.798 Kurucz 1.083 (L) 0.810 (L) 0.401 8.010 -5.920 -7.760
ND2 6330.151 . 1.7732 17/2 15/2 . . 0.53 0.28 -0.720 Kurucz 0.000 (N) 0.000 (N) . . . .
FE1 6330.258 . 5.3863 4 4 . . 0.13 0.03 -3.242 Kurucz 0.888 (L) 1.455 (L) 1.172 7.620 -3.890 -7.350
FE1 6330.850 1254 4.7300 0 1 33.00 31.7 13.59 5.78 -1.740 Kurucz 1.324 (L) 1.391 (L) 1.391 8.370 -4.980 -7.700
TI1 6330.951 . 2.2674 4 3 . . 0.02 0.43 -3.352 Kurucz 1.020 (L) 1.100 (L) 0.900 8.370 -5.640 -7.670
FE1 6331.183 . 5.4908 2 3 . . 0.49 0.11 -2.556 Kurucz 1.117 (L) 1.319 (L) 1.521 7.740 -4.030 -7.310
FE1 6331.761 . 5.3342 4 5 . . 0.06 0.01 -3.591 Kurucz 1.024 (L) 1.205 (L) 1.567 8.290 -4.690 -7.490
FE2 6331.954 . 6.2170 5/2 7/2 . . 5.68 0.00 -1.977 Kurucz 1.028 (L) 1.000 (L) 0.965 8.640 -6.530 -7.900
SI1 6331.956 . 5.0824 1 1 . . 34.14 3.56 -2.000 Kurucz 0.000 (N) 0.000 (N) . . -4.190 .
CR2 6332.262 . 3.8581 5/2 3/2 . . 0.10 0.00 -4.562 Kurucz 1.032 (L) 1.124 (L) 0.963 8.400 -6.500 -7.900
FE1 6333.419 . 5.4781 2 1 . . 0.03 0.00 -3.791 Kurucz 1.533 (L) 0.025 (L) 2.287 8.180 -4.490 -7.350
SI1 6334.466 . 5.9640 2 1 . . 1.54 0.05 -2.680 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 6335.340 62 2.2000 0 1 101.25 71.2 101.15 159.63 -2.230 Kurucz 1.820 (L) 1.492 (L) 1.492 8.200 -6.170 -7.770
C1 6335.701 . 8.7712 1 0 . . 1.07 0.00 -2.370 Kurucz 0.000 (N) 0.000 (N) . . . .
NI1 6335.931 . 5.0195 2 3 . . 0.02 0.00 -3.325 Kurucz 1.793 (L) 1.099 (L) 0.405 8.030 -4.450 -7.540
TI1 6336.100 103 1.4400 0 1 4.90 5.4 4.25 62.62 -1.743 Kurucz 1.080 (L) 1.170 (L) 1.170 6.750 -6.120 -7.840
CR2 6336.263 . 4.0735 9/2 7/2 . . 0.81 0.01 -3.473 Kurucz 1.332 (L) 1.710 (L) 0.671 8.690 -6.610 -7.880
FE1 6336.835 816 3.6900 1 1 112.39 69.8 91.69 91.14 -1.050 Kurucz 2.487 (L) 1.518 (L) 2.003 7.930 -5.430 -7.590
C1 6337.183 . 8.7712 1 1 . . 0.89 0.00 -2.450 Kurucz 0.000 (N) 0.000 (N) . . . .
CR1 6337.255 . 4.1861 6 5 . . 0.05 0.12 -2.501 Kurucz 1.002 (L) 1.205 (L) 0.494 7.090 -6.200 -7.850
FE2 6337.841 . 6.2188 9/2 7/2 . . 0.06 0.00 -4.035 Kurucz 1.334 (L) 1.000 (L) 1.919 8.640 -6.530 -7.900
FE1 6337.903 . 3.5466 2 1 . . 0.08 0.09 -5.138 Kurucz 1.028 (L) 0.285 (L) 1.400 7.940 -6.010 -7.780
FE2 6338.109 . 4.7684 9/2 11/2 . . 0.67 0.00 -4.178 Kurucz 1.542 (L) 1.273 (L) 0.668 8.470 -6.530 -7.910
FE1 6338.870 1258 4.7900 0 1 43.09 39.6 38.05 16.46 -1.060 Kurucz 1.151 (L) 1.019 (L) 1.019 8.350 -5.150 -7.700
CR1 6338.956 . 4.8551 4 5 . . 0.02 0.02 -2.312 Kurucz 1.003 (L) 1.198 (L) 1.588 7.770 -6.180 -7.810
NI1 6339.110 . 4.1536 3 3 . . 26.20 8.43 -0.811 Kurucz 1.198 (L) 1.320 (L) 1.259 8.310 -4.800 -7.770
CR1 6339.253 . 3.8876 2 3 . . 0.34 1.00 -1.961 Kurucz 1.004 (L) 0.960 (L) 0.916 7.860 -6.050 -7.820
FE1 6339.950 . 3.3965 3 4 . . 0.47 0.61 -4.511 Kurucz 1.250 (L) 1.655 (L) 2.262 8.110 -5.470 -7.620
!
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 6340.011 . 8.5677 5/2 5/2 . . 0.03 0.00 -2.328 Kurucz 1.602 (L) 1.293 (L) 1.447 9.000 -5.820 -7.730
ZR1 6340.326 . 1.5821 4 4 . . 0.02 0.94 -1.500 Kurucz 0.000 (N) 0.000 (N) . . . .
FE1 6340.570 . 5.5063 1 1 . . 0.03 0.00 -3.790 Kurucz 1.315 (L) 2.375 (L) 1.845 7.960 -3.930 -7.340
FE2 6340.841 . 10.9869 9/2 7/2 . . 0.04 0.00 -0.429 Kurucz 1.552 (L) 1.536 (L) 1.580 8.450 -5.610 -7.540
ND2 6341.492 . 1.7956 15/2 17/2 . . 0.81 0.42 -0.520 Kurucz 0.000 (N) 0.000 (N) . . . .
BA1 6341.677 . 1.1426 2 3 . . 0.15 6.45 -0.110 Kurucz 0.000 (N) 0.000 (N) . . . .
FE1 6341.799 . 3.6946 4 3 . . 0.18 0.19 -4.641 Kurucz 0.979 (L) 0.765 (L) 1.300 7.230 -6.290 -7.850
C1 6342.317 . 8.7712 1 2 . . 3.19 0.00 -1.880 Kurucz 0.000 (N) 0.000 (N) . . . .
FE2 6342.598 . 3.2674 9/2 9/2 . . 0.19 0.00 -6.056 Kurucz 0.927 (L) 1.430 (L) 1.178 8.540 -6.520 -7.910
FE1 6342.809 . 5.3863 4 4 . . 0.20 0.05 -3.046 Kurucz 0.888 (L) 1.354 (L) 1.121 7.600 -4.290 -7.370
SI1 6342.813 . 5.9640 2 2 . . 0.05 0.00 -4.180 Kurucz 0.000 (N) 0.000 (N) . . . .
CR1 6342.915 . 3.8887 3 3 . . 0.53 1.54 -1.765 Kurucz 1.251 (L) 0.960 (L) 1.106 7.860 -6.050 -7.820
FE1 6342.995 . 4.5932 4 5 . . 1.24 0.59 -2.973 Kurucz 1.250 (L) 1.205 (L) 1.115 7.990 -4.930 -7.590
CA1 6343.308 . 4.4410 3 4 . . 140.11 205.00 0.845 Kurucz 1.076 (L) 1.050 (L) 1.011 11.280 -30.000 -13.380
V1 6343.875 . 2.6785 9/2 9/2 . . 0.05 0.56 -1.475 Kurucz 1.110 (L) 1.050 (L) 1.080 7.830 -5.970 -7.800
CE2 6343.963 . 0.3267 5/2 7/2 . . 0.26 0.56 -2.171 Kurucz 0.000 (N) 0.000 (N) . . . .
FE1 6344.020 . 4.4153 3 2 . . 0.39 0.22 -3.638 Kurucz 0.887 (L) 0.405 (L) 1.369 8.270 -5.140 -7.710
MN1 6344.143 . 3.7706 1/2 1/2 . . 1.39 2.11 -1.800 Kurucz 0.111 (L) 0.000 (N) 0.056 7.850 -5.270 -7.830
FE1 6344.150 169 2.4327 0 1 . . 56.62 73.09 -2.923 Oxford 1.038 (L) 1.248 (L) 1.248 7.950 -6.120 -7.810
CR1 6344.395 . 4.6130 3 4 . . 0.03 0.04 -2.374 Kurucz 1.063 (L) 0.825 (L) 0.468 7.590 -6.170 -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
!
ZR1 6345.203 . 1.5836 5 4 . . 0.07 3.02 -0.980 Kurucz 0.000 (N) 0.000 (N) . . . .
TI1 6345.248 . 3.1541 2 2 . . 0.06 0.59 -2.010 Kurucz 1.170 (L) 0.670 (L) 0.920 8.020 -5.050 -7.560
SR1 6345.724 . 2.2589 2 2 . . 0.05 0.98 -1.060 Kurucz 0.000 (N) 0.000 (N) . . . .
TI1 6346.274 . 2.4080 3 3 . . 0.02 0.53 -3.069 Kurucz 1.070 (L) 1.082 (L) 1.076 6.960 -5.950 -7.780
ZR2 6346.484 . 2.4094 7/2 9/2 . . 0.50 0.04 -1.300 Kurucz 0.000 (N) 0.000 (N) . . . .
GD2 6346.636 . 1.3142 7/2 9/2 . . 0.04 0.02 -1.671 Kurucz 0.000 (N) 0.000 (N) . . . .
FE1 6346.691 . 5.3933 4 3 . . 1.96 0.49 -2.035 Kurucz 1.492 (L) 1.451 (L) 1.553 8.430 -3.810 -7.360
MG2 6346.742 . 11.5692 5/2 7/2 . . 0.82 0.00 0.020 Kurucz 0.000 (N) 0.000 (N) . . -3.500 .
MG2 6346.754 . 11.5692 5/2 5/2 . . 0.04 0.00 -1.280 Kurucz 0.000 (N) 0.000 (N) . . -3.500 .
MG2 6346.964 . 11.5692 3/2 5/2 . . 0.57 0.00 -0.140 Kurucz 0.000 (N) 0.000 (N) . . -3.500 .
SI2 6347.109 . 8.1211 1/2 3/2 . . 53.60 0.03 0.297 Kurucz 0.000 (N) 0.000 (N) . 9.090 -5.040 .
PR2 6347.109 . 1.5904 6 7 . . 0.60 0.31 -0.548 Kurucz 0.000 (N) 0.000 (N) . . . .
NI1 6347.367 . 5.3026 3 4 . . 0.09 0.01 -2.387 Kurucz 1.218 (L) 0.913 (L) 0.456 8.290 -3.830 -7.610
SI1 6347.368 . 5.9538 1 2 . . 2.27 0.07 -2.520 Kurucz 0.000 (N) 0.000 (N) . . . .
FE2 6347.543 . 9.7003 7/2 7/2 . . 0.05 0.00 -1.265 Kurucz 1.586 (L) 1.605 (L) 1.596 8.930 -5.710 -7.690
FE1 6347.617 . 5.4908 2 2 . . 0.08 0.02 -3.335 Kurucz 1.117 (L) 1.498 (L) 1.308 7.680 -4.520 -7.340
CR1 6348.349 . 3.8904 4 3 . . 0.08 0.23 -2.596 Kurucz 1.350 (L) 0.960 (L) 1.935 7.860 -6.050 -7.820
C1 6348.475 . 8.7712 1 1 . . 1.92 0.00 -2.110 Kurucz 0.000 (N) 0.000 (N) . . . .
FE2 6348.857 . 8.5925 3/2 3/2 . . 0.04 0.00 -2.268 Kurucz 1.736 (L) 1.203 (L) 1.470 8.990 -5.830 -7.730
FE2 6349.133 . 8.6079 1/2 1/2 . . 0.03 0.00 -2.343 Kurucz 2.669 (L) 0.004 (L) 1.337 8.990 -5.830 -7.730
V1 6349.470 84 1.8500 0 1 1.11 1.1 1.14 20.33 -0.890 Kurucz 0.940 (L) 0.930 (L) 0.930 8.020 -6.180 -7.860
FE2 6349.601 . 11.0506 7/2 7/2 . . 0.04 0.00 -0.334 Kurucz 1.637 (L) 1.568 (L) 1.603 8.680 -5.950 -7.540
!
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 63