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VPFIT10_atom_2011-09-05.dat
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VPFIT10_atom_2011-09-05.dat
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# not necessarily q
?? 1215.6701 0.416400 6.265E8 1.00 No ID NOTE:DON'T USE TABS AS SEPARATORS
>> 1215.6701 0.416400 6.265E8 1.00
<< 1215.6701 0.416400 6.265E8 1.00
<> 1215.6701 0.416400 6.265E8 1.00
__ 1215.6701 0.416400 6.265E8 1.00
H I 1215.6701 0.416400 6.265E8 1.00794 Morton(03), 2cpts sep by 1.3 km/s, A&G:10.446
H I 1025.7223 0.079120 1.897E8
H I 972.5368 0.029000 8.127E7
H I 949.7431 0.013940 4.204E7
H I 937.8035 0.007799 2.450E7
H I 930.7483 0.004814 1.236E7 Aki only (< real Gamma)
H I 926.2257 0.003183 8.255E6
H I 923.1504 0.002216 5.785E6
H I 920.9631 0.001605 4.210E6
H I 919.3514 0.00120 3.160E6
H I 918.1294 0.000921 2.432E6
H I 917.1806 7.226e-4 1.911E6
H I 916.429 0.000577 1.529E6
H I 915.824 0.000469 1.243E6
H I 915.329 0.000386 1.024E6
H I 914.919 0.000321 8.533E5
H I 914.576 0.000270 7.186E5
H I 914.286 0.000230 6.109E5
H I 914.039 0.000197 5.237E5
H I 913.826 0.000170 4.523E5
H I 913.641 0.000148 3.933E5
H I 913.480 0.000129 3.443E5
H I 913.339 0.000114 3.030E5
H I 913.215 0.000101 2.679E5
H I 913.104 0.000089 2.382E5
H I 913.006 0.000080 2.127E5
H I 912.918 0.000071 1.907E5
H I 912.839 0.000064 1.716E5
H I 912.768 0.000058 1.550E5
H I 912.703 0.000053 1.405E5
H I 912.645 0.000048 1.277E5
H I 911.7633 0.630E-17 1.0000 Lyman limit
H I2 6564.623 0.695800 6.465E7 n=2 level
H I2 4862.688 0.121800 2.062E7
H I2 4341.690 0.044370 9.425E6
D I 1215.3394 0.416500 6.270E8 2.00 Morton values
D I 1025.4433 0.079100 1.897E8 "
D I 972.2722 0.029010 8.127E7 "
D I 949.4847 0.013950 4.204E7 "
D I 937.5484 0.007808 2.450E7 "
D I 930.4951 0.004817 1.237E7 Morton Aki only
D I 925.9737 0.003184 8.261E6 "
D I 922.899 0.002216 5.789E6 "
D I 920.712 0.001605 4.214E6 "
D I 919.102 0.001201 3.162E6 "
D I 917.879 0.000921 2.434E6 "
D I 916.931 0.000723 1.913E6 "
D I 916.179 0.000577 1.531E6 "
D I 915.575 0.000469 1.244E6 "
D I 915.080 0.000386 1.025E6 "
HeI 584.334 0.285000 2.000e8 4.002602 VBT A&G:9.435
HeI 537.0296 0.0752 2.000e8
HeI 522.2128 0.0307 2.000e8
HeI 515.6165 0.0154 2.000E8
HeII 303.7822 0.416 6.270E8 4.002602 VBT
HeII 256.317 0.0790 1.897E8
BeII 3131.3292 0.332100 1.130E8 9.012182 M03g (gamma in table, not Aki) A&G:-0.137
BeII 3131.9742 0.166000 1.129E8 M03g M03=Morton2003
BeII 1036.319 0.027690 1.846E8 M03g
BeII 1036.299 0.055380 1.846E8 M03g
B II 1362.463 0.9960 1.190E9 10.811 M03g A&G:1.326
B III 2066.436 0.238 1.0e8 Kurucz
B III 2067.893 0.119 1.0e8 Kurucz
C I 945.188 0.2726 1.00e8 12.011 130 Berengut arXiv:1011.4136
C I 1139.0867 0.000542 9.29e5 12.011 M03-22.01 A&G:7.004
C I* 1139.2998 0.00121 6.24e6 M03
C I 1139.7919 0.012300 2.100e7 M03-22u
C I* 1139.5145 0.00881 2.72e7 M03
C I* 1140.0053 0.00184 9.44e6 M03
C I** 1139.8121 0.00806 2.96e7 M03
C I** 1139.8651 0.000252 1.30e6 M03
C I 1140.0096 0.00356 6.09e6 M03-21.01
C I* 1139.7659 0.00150 4.62e6 M03
C I** 1140.1167 0.00358 1.84e7 M03
C I* 1140.3576 0.00207 6.38e6 M03-21u
C I** 1140.6415 0.00172 6.28e6 M03
C I 1155.8092 0.004920 8.190e6 M03-19u
C I* 1155.9793 0.00250 3.74e7 M03
C I* 1156.0286 0.00227 1.13e7 M03
C I* 1156.1992 0.000799 2.39e6 M03
C I** 1156.3895 0.00181 1.51e7 M03
C I** 1156.5603 0.00539 2.69e7 M03
C I 1157.9097 0.021200 3.510e7 M03-16u
C I* 1156.7697 0.00878 2.62e7 M03
C I* 1158.1299 0.00397 1.97e7 M03
C I** 1158.0188 0.0157 5.56e7 M03
C I** 1158.1317 0.00519 2.58e7 M03
C I 1158.3240 0.00655 1.09e7 M03-15.01 Aki
C I* 1158.5443 0.000675 3.35e6 M03 Aki
C I* 1158.6744 0.00147 2.19e7 M03 Aki
C I** 1158.3971 0.00165 8.19e6 M03 Aki
C I** 1158.9068 0.00101 8.36e6 M03 Aki
C I 1188.8329 0.012400 1.950E7 M03-14u Aki
C I* 1188.9928 0.00507 7.17E7 M03g Aki
C I* 1189.0650 0.00426 2.01E7 M03g Aki
C I* 1189.2488 0.00385 1.09E7 M03g Aki
C I** 1189.4468 0.00376 2.96E7 M03g Aki
C I** 1189.6307 0.0112 5.27E7 M03g Aki
C I 1192.2158 0.00137 2.15e6 M03-12u Aki
C I* 1192.4492 0.00162 7.60e6 M03
C I 1193.0300 0.040900 6.390E7 M03-11u Aki
C I* 1193.0085 0.0281 7.90E7 M03g Aki
C I* 1193.2637 0.00913 4.29E7 M03g Aki
C I** 1193.2401 0.0332 1.11E8 M03g Aki
C I** 1193.3928 0.00738 3.46E7 M03g Aki
C I** 1193.6483 0.000288 2.25E6 M03g Aki
C I* 1194.3010 0.00905 4.10e6 M03-10u Aki
C I** 1194.4885 0.00203 6.77e6 M03-10u Aki
C I 1193.9954 0.012400 1.940E7 M03-9.02 Aki
C I* 1193.6786 0.00905 2.54E7 M03g Aki
C I* 1194.2295 0.00178 8.33E6 M03g Aki
C I* 1194.4055 0.00314 4.40E7 M03g Aki
C I** 1194.0634 0.00636 2.98E7 M03g Aki
C I** 1194.6146 0.00227 1.77E7 M03g Aki
C I 1260.7351 0.050700 2.400e8 M03g-9u
C I* 1260.9262 0.0175 2.41e8 M03g
C I* 1260.9961 0.0134 2.40e8 M03g
C I* 1261.1224 0.0202 2.36e8 M03g
C I** 1261.4255 0.0131 2.40e8 M03g
C I** 1261.5519 0.0391 2.36e8 M03g
C I 1270.1432 3.86e-4 5.31e5 M03-8.01u Aki
C I* 1270.4081 4.51e-5 1.86E5 M03 Aki
C I** 1270.8440 1.45e-8 9.97e1 M03 Aki
C I 1276.4822 0.005890 8.030E6 M03-7.01u
C I* 1276.7498 0.00308 1.26e7 M03
C I** 1277.190 0.000322 2.20e6 M03
C I 1277.2452 0.085300 2.320E8 M03g-7u
C I* 1277.2827 0.0666 2.46e8 M03g
C I* 1277.5131 0.0210 2.32e8 M03g
C I** 1277.5501 0.0763 2.44e8 M03g
C I** 1277.7233 0.0153 2.46e8 M03g
C I** 1277.9539 0.000817 2.32e8 M03g
C I* 1279.0562 0.000708 1.73e6 M03-6u Aki
C I** 1279.2290 0.00214 6.24e6 M03 Aki
C I** 1279.4980 0.000456 1.86e6 M03 Aki
C I 1280.1352 0.026300 1.060E8 M03g-5u
C I* 1279.8907 0.0143 1.17e8 M03g
C I* 1280.4043 0.00440 1.06e8 M03g
C I* 1280.5975 0.00704 1.05e8 M03g
C I** 1280.3331 0.0152 1.17e8 M03g
C I** 1280.8471 0.00522 1.06e8 M03g
C I* 1287.6076 6.03E-5 1.46E5 M03 Aki
C I** 1288.0553 2.01e-5 8.09E4 M03 Aki
C I 1328.8333 0.075800 2.880E8 M03g-4u
C I* 1329.0849 0.0254 2.89e8 M03g
C I* 1329.1004 0.0313 2.87e8 M03g
C I* 1329.1233 0.0191 2.88e8 M03g
C I** 1329.5775 0.0569 2.87e8 M03g
C I** 1329.6004 0.0189 2.88e8 M03g
C I 1560.3092 0.077400 1.270e8 M03g-3u
C I* 1560.6820 0.058100 1.270E8 M03g
C I* 1560.7089 0.019300 1.270E8 M03g
C I** 1561.3399 0.011600 1.270E8 M03 g
C I** 1561.3668 0.000772 1.270E8 M03 g
C I** 1561.4378 0.064900 1.270E8 M03 g
C I 1656.9284 0.149000 3.600e8 M03g-2u
C I* 1656.2672 0.062100 3.610e8 M03g
C I* 1657.3792 0.037100 3.600E8 M03g
C I* 1657.9071 0.049400 3.600E8 M03g
C I** 1657.0081 0.111000 3.610E8 M03 g
C I** 1658.1211 0.037100 3.610e8 M03 g
C II 1334.5323 0.127800 2.880e8 M03 g
C II 1036.3367 0.118000 2.200e9 M03 g
C II* 1335.7077 0.115000 2.880e8 M03 g
C II* 1335.6627 0.012770 2.880e8 M03 g
C II* 1037.0182 0.118000 2.200e9 M03 g
C III 977.0201 0.757000 1.760E9 M03 g
C IV 1548.2049 0.189900 2.642E8 M03 g w:Petitjean/Aracil A&A 2004
C IV 1550.77845 0.094750 2.628E8 M03 g w:Petitjean/Aracil for l-ratio
N I 1200.7098 0.0432 4.00e8 14.00674 M03g A&G:6.496
N I 1200.2233 0.0869 4.02e8 M03g
N I 1199.5496 0.1320 4.07e8 M03g
N I 1134.9803 0.0416 1.44e8 M03g
N I 1134.4149 0.0278 1.49e8 M03g
N I 1134.1653 0.0146 1.51e8 M03g
N I 965.0413 3.86E-3 8.16e7 M03g
N I 964.6256 7.90e-3 8.31e7 M03g
N I 963.9903 1.24e-2 8.55e7 M03g
N I 954.1042 4.00e-3 1.41e8 M03g
N I 953.9699 3.31e-2 2.03e8 M03g
N I 953.6549 2.47e-2 2.10e8 M03g
N I 953.4152 1.29e-2 2.19e8 M03g
N II 1083.9937 0.111 3.74e8 M03g
N II 915.6131 0.159 1.27e9 M03g
N III 989.799 0.123 5.00e8 M03g
N V 1238.821 0.1560 3.391e8 M03g
N V 1242.804 0.0770 3.356e8 M03g
O I 1355.5977 1.16e-6 5.56E3 15.9994 M03g A&G:7.377
O I 1302.1685 0.048000 5.650e8 M03 g
O I 1039.2304 0.00907 1.87E8 M03 g
O I 1026.4757 8.71e-8 4.58E7 M03 g plus two even weaker
O I 1025.7616 0.0163 1.02E8 M03 g plus two weaker
O I 988.7734 0.0465 2.26E8 M03
O I 988.6549 0.0083 5.66E7 M03
O I 988.5778 0.000553 6.29E6 M03
O I 976.4481 0.003310 8.010e7 M03 gM91
O I 971.7382 0.0116 8.58e7 M03
O I 971.7376 0.00207 1.46e7 M03
O I 971.7371 0.000138 1.63e6 M03
O I 950.8846 1.58e-3 3.876e7 M03 gM91
O I 948.6855 6.31e-3 2.900e7 M03 gM91
O I 937.8405 8.77e-4 1.102e7 M03 gM91
O I 936.6295 3.65e-3 1.704e7 M03 gM91
O I 930.2566 5.37e-4 6.90E6 M03
O I 929.5168 2.29e-3 1.00E7 M03
O I 925.446 3.54E-4 4.60E6 M03
O I 924.950 1.54e-3 1.00E7 M03
O I 922.200 2.45e-4 3.21e6 M03
O I 921.857 1.08e-3 1.00E7 M03
O I 919.917 1.77e-4 2.33e6 M03
O I 919.658 7.92e-4 1.00E7 M03
O I 919.222 1.32e-4 1.74e6 M03
O I 918.044 6.14e-4 1.00E7 M03
O I 916.960 1.01e-4 1.33e6 M03
O I 916.815 4.74e-4 1.00E7 M03 ..and more, but with high Lyman series.
O I* 1304.8576 0.0478 5.650e8 M03g
O I** 1306.0286 0.0478 5.650e8 M03g
O II 834.4655 0.132 2.000E8 VBT
O II 833.3294 0.0886 2.00E8 VBT
O II 832.7572 0.0444 2.00E8 VBT
O III 832.927 0.107 2.000E8 VBT
O III 702.332 0.137 2.000E8 VBT
O IV 787.711 0.110 2.000E8 VBT
O VI 1031.9261 0.13250 4.149e8 M03g
O VI 1037.6167 0.06580 4.076e8 M03g
O VII 21.60169 0.696 3.32E12
O VII 18.62799 0.146 9.35E11
F I 954.8267 0.0817 7.14E8 19.0 A&G:2.926
F I 951.8707 0.0165 7.16E8
NeVIII 780.324 0.050500 1.000e8 20.18 VBT A&G:6.537
NeVIII 770.409 0.103000 1.000e8 VBT
NaI 5891.5833 0.6408 6.157e7 22.989768 M03g A&G:4.759
NaI 5897.5581 0.3201 6.139e7 M03g
NaI 3303.369 0.00920 9.641e6 M03 M91g
NaI 3303.978 0.00460 9.639e6 M03 M91g
NaI 2853.012 6.77e-4 5.54e5 M03
NaI 2852.811 1.35e-3 5.54e5 M03
MgI 2852.96328 1.830000 5.000e8 24.3050 86.0 M03g w:SalumbidesMN06 A&G:6.031
MgI 2026.4768 0.113 6.12e7 M03
MgI 1827.9351 0.024200 1.610e7 M03
MgI 1747.7937 0.00908 6.61e6 M03
MgI 1707.0606 0.00437 3.330e6 M03
MgI 1683.4116 0.00249 1.95E6 M03 Aki
MgI 1668.4288 0.00160 1.28e6 M03 Aki
MgII 2796.3542699 0.6155 2.68e8 24.3050 211.0 w:Murphy M03g
MgII 2803.5314853 0.3058 2.66e8 24.3050 120.0 w:Murphy M03g
MgII 1240.3947 0.000356 1.54e6 M03
MgII 1239.9253 0.000632 1.37e6 M03
MgII 1026.1134 3.92e-4 2.48e6 M03
MgII 1025.9681 7.43e-4 2.35e6 M03
MgX 624.95 0.0410 2.000E8 VBT
MgX 609.79 0.0842 2.000E8 VBT
AlI 3945.1224 0.116 1.48e8 26.981539 M03g A&G:4.929
AlI 3083.0462 0.177 7.45e7 M03g
AlI 2367.7750 0.106 7.58e7 M03g
AlI 2264.1647 0.0892 7.14e7 M03g
AlII 1670.7886 1.740 1.390e9 M03g w:Griesmann
AlIII 1862.79113 0.278 5.34e8 M03g w:Griesmann
AlIII 1854.71829 0.559 5.42e8 M03g w:Griesmann
SiI 2515.0725 0.211 2.22e8 28.0855 M03g A&G:6.000
SiI 1845.5205 0.270 1.76e8 M03
SiI 1693.2939 0.156 1.21e8 M03
SiI 1631.170 0.2051 1.714e8 M91 (M03:no f-value)
SiI 1562.002 0.3758 3.425e8 M91 (M03:no f-value)
SiII 2335.123 4.25E-6 9.61e3 M03g
SiII 1808.01288 0.00208 2.38e6 M03g w:Griesmann.
SiII 1526.70698 0.13300 1.13E9 M03g
SiII 1304.3702 0.0863 1.01E9 M03g
SiII 1260.4221 1.180 2.95E9 M03g
SiII 1193.2897 0.5820 4.07e9 M03g
SiII 1190.4158 0.2920 4.08E9 M03g
SiII 1020.6989 0.0168 6.680e8 M03/M91g
SiII 989.8731 0.171 6.673e8 M03/M91g
SiII* 1533.4316 0.13200 1.13E9 M03g
SiII* 1309.2757 0.0860 1.01E9 M03g
SiII* 1265.0020 0.117 2.95E9 M03g
SiII* 1264.7377 1.050 2.93E9 M03g
SiII* 1197.3938 0.145 4.07e9 M03g
SiII* 1194.5002 0.727 4.08E9 M03g
SiIII 1206.500 1.63000 2.48e9 M03g
SiIV 1393.76018 0.513 8.80e8 M03g w:Griesmann
SiIV 1402.77291 0.254 8.62e8 M03g w:Griesmann
P I 1774.9487 0.169 2.38e8 30.973762 M03g A&G:4.017
P I 1782.8291 0.113 2.38e8 M03g
P II 1532.5330 3.03e-3 4.77e6 M03g
P II 1301.8743 1.27e-2 4.82e7 M03g
P II 1152.8180 0.245 1.23e9 M03g
P II 963.8005 1.458 4.14E9 M03g
P II 961.0412 0.3489 5.09e9 M03g
P III 1334.8132 0.0282 6.32E7 M03g
P III 997.9996 0.1117 2.220E9 M03g
P III 917.1178 0.404 4.78E9 M03g
P III 913.9683 0.203 4.79E9 M03g
P IV 950.6569 1.490 3.67e9 M03g
P V 1128.0078 0.233 1.22e9 M03g
P V 1117.9774 0.472 1.26e9 M03g
S I 1807.3113 0.0905 5.33e8 32.066 M03g A&G:5.712
S I 1473.9943 0.0828 1.82e8 M03
S I 1295.6531 0.0870 3.46e8 M03
S II 1259.519 0.0166 4.65e7 M03g Ritz wavelength 3/3/2011
S II 1253.811 0.0109 4.62e7 M03g Ritz NIST Atomic spectra database
S II 1250.584 0.00543 4.63e7 M03g Ritz
S III 1190.203 0.0237 6.65e7 M03g
S III 1012.495 0.0438 2.81e8 M03g
S IV 1062.664 0.0494 1.69e8 M03g
S VI 944.523 0.215 1.61e9 M03g
S VI 933.378 0.437 1.67e9 M03g
ClI 1347.2396 0.153 6.62e8 35.4527 M03g A&G:3.719
ArI 1066.6598 0.0675 1.32e8 39.948 M03g A&G:5.004
ArI 1048.2199 0.263 3.18e7 M03g
CaI 4227.918 1.770 2.200e8 40.078 M03g A&G:4.786
CaI 2276.169 0.0661 2.84e7 M03g
CaII 3934.7750 0.6267 1.444e8 M03g
CaII 3969.5901 0.3116 1.409e8 M03g
ScII 3643.822 0.375 1.61E8 44.96 M03g IP=12.80
ScII 3581.947 0.237 2.13E8 M03g
ScII 3568.715 0.111 2.13E8 M03g
ScII 2563.958 0.0887 2.70E8 M03g
ScIII 1610.194 0.0866 4.46E8 M03g
ScIII 1603.064 0.0175 4.56E7 M03g
TiII 3384.7304 0.358 1.75e8 47.88 M03g
TiII 3242.9184 0.232 2.44e8 M03g
TiII 3230.1221 0.0687 2.44e8 M03g
TiII 3073.8633 0.121 2.56e8 M03g
TiII 3067.2379 0.0489 2.500e8 M03g
TiII 1910.9538 0.0980 1.43E8 M03g
TiII 1910.6123 0.104 4.17E8 M03g
TiIII 1298.697 0.0964 6.35e8 M03
TiIII 1295.884 0.0418 1.66e8 M03
V II 2740.525 0.101 3.00E7 50.94 M03g Aki only
V II 2706.021 0.0142 2.13E8 M03g
V II 2683.887 0.109 2.86E8 M03
V II 2141.767 0.00805 3.9E6 M03 Aki only
V II 2138.827 0.082 4.0E7 M03 Aki
V II 1106.571 0.123 2.24E8 M03 Aki
V II 1106.449 0.0239 4.34E7 M03 Aki
V II 1104.332 0.00356 6.5E6 M03 Aki
CrII 2066.16403 0.0512 4.17e8 51.9961 -1334 M03g w:MN,300,131
CrII 2062.23610 0.0759 4.06e8 51.9961 -1251 M03g w:MN,300,131
CrII 2056.25693 0.1030 4.07e8 51.9961 -1107 M03g w:MN,300,131
MnII 2606.462 0.198 2.72e8 54.93805 M03g
MnII 2594.499 0.280 2.78e8 M03g
MnII 2576.877 0.361 2.82e8 M03g
MnII 1201.118 0.121 7.85e8 M03
MnII 1199.391 0.169 7.85e8 M03
MnII 1197.184 0.217 7.84e8 M03
MnII 1162.015 0.0102 3.90e7 M03
FeI 3720.9928 0.0411 1.63e7 55.847 M03g A&G:5.954
FeI 3021.5187 0.1040 1.69E8 M03g
FeI 2967.7646 0.0438 1.27E8 M03g
FeI 2719.8329 0.122 1.75E8 M03g
FeI 2523.6083 0.203 3.85E8 M03g
FeI 2501.8858 0.049300 3.85E8 M03g
FeI 2484.0209 0.544 5.000E8 M03g
FeI 2463.3922 0.0532 5.000E8 M03g
FeI 2298.8769 0.0245 1.350E8 M03g
FeI 2167.4534 0.150000 2.74E8 M03
FeI 2132.690 0.0052 6.00E8 Kurucz
FeI 2084.785 0.0189 6.00E8 Kurucz
FeI 1937.268 0.00945 2.161E7 Kurucz
FeI 1934.5351 0.0111 2.55E7 M03 Aki
FeI 1875.158 0.00874 1.659E7 Kurucz
FeI 1851.690 0.0222 5.558E7 M03w Kuruczgf GF value 0.2 J=4
FeII 2600.1724835 0.2394 2.70e8 55.847 1356.0 M03g w:Murphy f:ApJ,452,275
FeII 2586.6495659 0.069125 2.72E8 55.847 1520.0 M03g w:Murphy f:ApJ,452,275
FeII 2382.7641781 0.320 3.13E8 55.847 1498.0 M03g
FeII 2374.4603294 0.0313 3.09E8 55.847 1640.0 M03g
FeII 2367.5895925 2.16e-5 3.07e8 55.847 M03g
FeII 2344.2129601 0.1142 2.680e8 55.847 1254.0 M03g f:Cardelli ApJ,452,275
FeII 2260.7805 0.00244 2.58e8 55.847 M03g
FeII 2234.4472 2.52e-5 2.75e8 55.847 M03g
FeII 2249.8768 0.001821 3.31e8 55.847 M03g
FeII 1901.7730 7.0e-5 1.61E5 55.847M03
FeII 1611.20034 1.38e-3 2.86e8 55.847 1050 M03g w:JOPTScAmB 8,2028
FeII 1608.45085 0.0577 2.74e8 55.847 -1200 M03 w:JOPTScAmB 8,2028
FeII 1588.6876 1.48e-4 4.89e5 M03
FeII 1260.533 0.024000 1.26E8 M03
FeII 1144.9379 0.0830 3.520E8 M03
FeII 1143.2260 0.0192 9.81e7 M03
FeII 1142.3656 0.00401 2.56e7 M03
FeII 1133.6654 4.72e-3 3.06e7 M03
FeII 1127.0984 1.12e-3 5.89e6 M03
FeII 1125.4477 0.0156 1.03E8 M03
FeII 1121.9748 0.0290 1.92e8 M03 fik 10% smaller (J2347 z=2.33)?
FeII 1112.0480 0.00446 2.000E7 M03
FeII 1106.3596 3.94e-4 2.15e6 M03
FeII 1096.8769 0.032700 2.260E8 M03
FeII 1083.4204 0.002800 2.000E8 M03
FeII 1081.8748 0.012600 2.000E8 M03
FeII 1063.9718 0.00475 3.50e7 M03
FeII 1063.1764 0.054700 3.23E8 M03
FeII 1062.1517 0.002910 1.72e7 M03
FeII 1055.2617 0.00615 4.61e7 M03
FeIII 1214.562 2.39e-4 1.39e6 M03
FeIII 1122.524 0.05440 3.70e8 M03
CoII 2059.4756 0.00751 2.78e8 58.93320 M03g
CoII 2026.4122 0.0125 3.03e8 M03g
CoII 2012.1664 0.0368 3.45e8 M03g
CoII 1941.2852 0.0340 4.35e8 M03g
CoII 1574.5508 0.0250 6.73e7 M03
CoII 1572.6489 0.0120 4.16e7 M03
CoII 1552.7624 0.0116 3.21e7 M03
CoII 1480.9546 0.0119 4.65e7 M03
CoII 1466.2110 0.0310 3.78e7 M03
CoII 1424.7866 0.0109 3.58e7 M03
NiI 2320.7468 0.685 6.94E8 58.69 M03
NiI 2311.669 0.376500 4.700E8 M91(M03-no f)
NiII 1751.9157 0.027700 3.70E8 58.69 -700 M03g
NiII 1741.5531 0.042700 5.00E8 58.69 -1400 M03g
NiII 1709.6042 0.0324 4.35e8 58.69 -20 M03g
NiII 1703.4119 0.01224 5.00E8 f:Berengut arXiv1011.4136 was 0.0060 5.00e8 M03g
NiII 1502.148 0.00600 3.932E7 f:Berengut was 0.01330 3.932E7 M91 prob wrong
NiII 1467.756 0.00990 2.30E7 M03
NiII 1467.259 0.00630 2.93E7 M03
NiII 1454.842 0.0323 1.02E8 M03
NiII 1393.324 0.02222 3.47E7 Berengut f=0.0101 M03
NiII 1370.132 0.0769 4.10e8 fik from 1331+170 M03 was f=0.0769
NiII 1317.217 0.146 4.205e8 f:Berengut M91 was 0.07786
CuII 1367.9509 0.179 6.23e8 63.546 M03g
CuII 1358.773 0.263 7.20e8 M03g (Hobbsetal_ApJ411_750_1993 f=0.380)
ZnI 2138.5735 1.4700 7.14e8 65.39 M03
ZnII 2062.66045 0.246 3.86e8 65.39 1577 M03g w:MN,300,131
ZnII 2026.13709 0.501 4.07e8 65.39 2479 M03g w:MN,300,131
GaII 1414.402 1.77000 1.97e9 69.723 M03g
GeII 1602.4863 0.144 1.06E9 72.61 M01g abund=115
GeII 1237.0591 1.230 2.68e9 M01
GeII 1164.272 0.280 1.38e9 M01
! -- Supplementary list --
AsII 1263.770 0.259 3.61E8 74.92 M00 Aki
AsII 1207.449 0.0234 3.56E7 M00 Aki
AsII 1181.538 0.0309 4.92E7 M00 Aki
SeI 1530.457 0.260 5.28e8 78.96 M01 abund 67
SeI 1405.382 0.105 2.54e8 M01
SeI 1353.899 0.0503 1.31e8 M01
SeII 1049.648 0.0823 9.96e8 M01
SeII 1033.556 0.165 1.03e9 M01
SeII 1013.434 0.263 1.14e9 M01
BrI 1540.661 0.0771 2.39E8 79.90 M00
BrI 1488.459 0.0669 2.22E8 M00
KrI 1235.8380 0.204 2.98e8 83.80 M01g abund 47
KrI 1164.8672 0.188 3.09e8 M01g
SrI 4608.617 2.01 2.10e8 87.62 M01g abund 27
SrI 2570.238 0.0166 2.21e8 M01g
SrI 2428.828 0.0468 1.83e8 M01g
SrI 2355.029 0.0479 1.92e7 M01
SrI 2307.974 0.0288 1.20e7 M01
SrII 4216.707 0.334 1.35e8 M01g
SrII 4078.861 0.701 1.50e8 M01g
SrII 1793.088 0.0056 1e8 M01 f Kurucz
SrII 1783.870 0.00069 1e8 M01 f Kurucz
Y II 3112.932 0.00654 3.48E8 88.91 M00
ZrII 3573.4879 0.167 1e8 91.22 M01 f Kurucz abund=6.8
ZrII 3389.2675 0.065 1e8 M01 f Kurucz
ZrII 3358.2263 0.046 1e8 M01 f Kurucz
ZrII 3273.1651 0.050 1e8 M01 f Kurucz
ZrII 3285.6581 0.083 1e8 M01 f Kurucz
ZrII 3209.2401 0.010 1e8 M01 f Kurucz
ZrII 2762.693 0.010 1e8 Kurucz
ZrII 2759.607 0.091 1e8 Kurucz
ZrII 2743.349 0.204 1e8 Kurucz
ZrII 2712.306 0.049 1e8 Kurucz
ZrII 2568.424 0.135 1e8 Kurucz
ZrII 2551.518 0.050 1e8 Kurucz
ZrIII 1798.048 0.178 6.13e8 M01
NbII 2866.452 0.0603 1.75E8 92.91 M00
NbII 2668.088 0.0955 3.23E8 M00
RuII 1888.043 0.0293 2.56E8 101.07 M00
PdII 1403.552 0.0328 8.34E7 106.42 M00 Aki
PdII 1367.700 0.0712 2.54E8 M00 Aki
PdII 1374.843 0.0360 1.27E8 M00 Aki
PdII 1320.018 0.122 4.68E8 M00 Aki
PdII 1235.191 0.0400 2.62E8 M00 Aki
PdII 1218.618 0.0585 2.63E8 M00 Aki
PdII 1203.960 0.132 4.54E8 M00 Aki
AgII 1195.883 0.0369 3.45E8 107.87 M00
AgII 1112.483 0.429 1.20E9 M00
AgII 1107.072 0.382 1.09E9 M00
CdII 2265.7152 0.247 3.21E8 112.41 M00
CdII 2145.0697 0.498 3.61E8 M00
SnII 1400.450 1.090 1e8 118 ! f:Andersen/Lindgard JPhysB_10_2359_1977 ab=3.6
HgII 1649.947 0.830 1e8 200 Kurucz ab=0.4
PbII 1433.905 0.870 1e8 206 Kurucz ab=4
! - Isotopes
C3I 1656.932 0.14900 3.60E8 13.0 M03g 13C -for isotope shifts +0.65
C3I 1560.292 0.0774 1.78E8 M03g -3.30 km/s
C3I 1328.826 0.0758 2.87E8 M03g -1.65 km/s
C3I* 1657.916 0.0494 3.60E8 M03g
C3I* 1657.383 0.0371 3.60E8 M03g
C3I* 1656.272 0.0621 3.60E8 M03g
C3I* 1560.692 0.0193 1.27E8 M03g
C3I* 1560.664 0.0581 1.27E8 M03g
C3I* 1329.116 0.0191 2.87E8 M03g
C3I* 1329.093 0.0313 2.87E8 M03g
C3I* 1329.079 0.0254 2.87E8 M03g
C3I** 1658.125 0.0371 3.60E8 M03g
C3I** 1657.012 0.1110 3.60E8 M03g
C3I** 1561.424 0.0649 1.27E8 M03g
C3I** 1561.350 0.000772 1.27E8 M03g
C3I** 1561.322 0.0116 1.27E8 M03g
C3I** 1329.593 0.0189 2.87E8 M03g
C3I** 1329.571 0.0569 2.87E8 M03g
MgIa 2852.9634198 1.83 5.00E8 24.3 Salumbides06 24Mg mass taken as 24.3
MgIb 2852.9614069 1.83 5.00E8 Salumbides06 25Mg
MgIc 2852.9595910 1.83 5.00E8 Salumbides06 26Mg
MgIIa 2796.3553 0.6155 2.625e8 M03 24Mg mass taken as 24.3
MgIIa 2803.5324 0.3058 2.595e8 M03 24Mg
MgIIb 2796.3511 0.6155 2.625e8 M03 25Mg mass taken as 24.3
MgIIb 2803.5283 0.3058 2.595e8 M03 25Mg
MgIIc 2796.3473 0.6155 2.625e8 M03 26Mg mass taken as 24.3
MgIIc 2803.5244 0.3058 2.595e8 M03 26Mg
! - H2
H2J7 1151.6383790 0.000729867 1.868E9 2.01588 -0.03451983 ! L 0 P(7) 2
H2J7 1134.8964860 0.002568610 1.741E9 2.01588 -0.02735538 ! L 1 P(7) 2
H2J6 1131.7536180 0.000748072 1.868E9 2.01588 -0.02857077 ! L 0 P(6) 2
H2J6 1125.7267470 0.000656326 1.868E9 2.01588 -0.02362649 ! L 0 R(6) 2
H2J5 1125.540690 0.000757692 1.868E9 2.01588 -0.02329085 ! L 0 P(5) 2 Bailly et al,2010,Mol Phys DOI:10.1080/00268970903413350
H2J5 1120.400623 0.000715714 1.868E9 2.01588 -0.01895450 ! L 0 R(5) 2 w: B10
H2J4 1120.248839 0.000755955 1.868E9 2.01588 -0.01872438 ! L 0 P(4) 2 B10
H2J7 1119.0297010 0.005176020 1.632E9 2.01588 -0.02071215 ! L 2 P(7) 2
H2J4 1116.014618 0.000777988 1.868E9 2.01588 -0.01507444 ! L 0 R(4) 2 B10
H2J3 1115.895530 0.000738064 1.868E9 2.01588 -0.01491660 ! L 0 P(3) 1b B10
H2J6 1115.4563840 0.002604310 1.741E9 2.01588 -0.02141170 ! L 1 P(6) 2
H2J3 1112.583944 0.000846784 1.868E9 2.01588 -0.01201537 ! L 0 R(3) 2 B10
H2J2 1112.495989 0.000691459 1.868E9 2.01588 -0.01190946 ! L 0 P(2) 1b B10
H2J2 1110.120562 0.000932201 1.868E9 2.01588 -0.00980419 ! L 0 R(2) 2 B10
H2J1 1110.062558 0.000573914 1.868E9 2.01588 -0.00973852 ! L 0 P(1) 1a B10
H2J6 1109.8617270 0.002505800 1.741E9 2.01588 -0.01681549 ! L 1 R(6) 2
H2J5 1109.313238 0.002615850 1.741E9 2.01588 -0.01612812 ! L 1 P(5) 1b B10
H2J1 1108.633244 0.001077000 1.868E9 2.01588 -0.00846231 ! L 0 R(1) 1a B10
H2J0 1108.1273169 0.001664570 1.868E9 2.01588 -0.00800319 ! L 0 R(0) 1a B10
H2J5 1104.548705 0.002676060 1.741E9 2.01588 -0.01212508 ! L 1 R(5) 2 B10
H2J4 1104.083933 0.002595470 1.741E9 2.01588 -0.01155644 ! L 1 P(4) 1b B10
H2J7 1103.9822930 0.007843250 1.536E9 2.01588 -0.01457227 ! L 3 P(7) 2
H2J4 1100.164528 0.002854300 1.741E9 2.01588 -0.00820532 ! L 1 R(4) 2 B10
H2J6 1100.0199850 0.005209740 1.632E9 2.01588 -0.01478632 ! L 2 P(6) 1b
H2J3 1099.787177 0.002525690 1.741E9 2.01588 -0.00774742 ! L 1 P(3) 1a B10
H2J3 1096.725316 0.003055710 1.741E9 2.01588 -0.00509470 ! L 1 R(3) 1a B10
H2J2 1096.438914 0.002367130 1.741E9 2.01588 -0.00474693 ! L 1 P(2) 1a B10
H2J6 1094.7991630 0.005463250 1.632E9 2.01588 -0.01049178 ! L 2 R(6) 2
H2J2 1094.244560 0.003314800 1.741E9 2.01588 -0.00282772 ! L 1 R(2) 1a B10
H2J1 1094.051949 0.001968520 1.741E9 2.01588 -0.00259287 ! L 1 P(1) 1a B10
H2J5 1093.954976 0.005206730 1.632E9 2.01588 -0.00951288 ! L 2 P(5) 1b B10
H2J1 1092.732382 0.003780150 1.741E9 2.01588 -0.00143170 ! L 1 R(1) 1a B10
H2J0 1092.195201 0.005783580 1.741E9 2.01588 -0.00092454 ! L 1 R(0) 1a B10
H2J7 1089.7064550 0.009941490 1.450E9 2.01588 -0.00891760 ! L 4 P(7) 2
H2J5 1089.5131950 0.005739510 1.632E9 2.01588 -0.00579408 ! L 2 R(5) 2
H2J4 1088.7953620 0.005150460 1.632E9 2.01588 -0.00494895 ! L 2 P(4) 1b
H2J6 1085.3844370 0.007860600 1.536E9 2.01588 -0.00866755 ! L 3 P(6) 2
H2J4 1085.1455400 0.006030640 1.632E9 2.01588 -0.00184988 ! L 2 R(4) 1a
H2J3 1084.5603450 0.005009460 1.632E9 2.01588 -0.00114925 ! L 2 P(3) 1b
H2J3 1081.7112430 0.006362470 1.632E9 2.01588 0.00129543 ! L 2 R(3) 1a
H2J2 1081.2660350 0.004699830 1.632E9 2.01588 0.00183764 ! L 2 P(2) 1b
H2J6 1080.4947640 0.008954520 1.536E9 2.01588 -0.00464885 ! L 3 R(6) 2
H2J5 1079.4004060 0.007834460 1.536E9 2.01588 -0.00340979 ! L 3 P(5) 1b
H2J2 1079.2254200 0.006817990 1.632E9 2.01588 0.00360188 ! L 2 R(2) 1a
H2J1 1078.9254700 0.003922570 1.632E9 2.01588 0.00397218 ! L 2 P(1) 1a
H2J1 1077.6989360 0.007693240 1.632E9 2.01588 0.00503784 ! L 2 R(1) 1a
H2J0 1077.1387420 0.011667900 1.632E9 2.01588 0.00558220 ! L 2 R(0) 1a
H2J7 1076.1556270 0.011121900 1.370E9 2.01588 -0.00372739 ! L 5 P(7) 2
H2J5 1075.2440630 0.009281420 1.536E9 2.01588 0.00005478 ! L 3 R(5) 2
H2J4 1074.3129510 0.007743580 1.536E9 2.01588 0.00114033 ! L 3 P(4) 1b
H2J6 1071.4988230 0.009938600 1.450E9 2.01588 -0.00303240 ! L 4 P(6) 2
H2J4 1070.9005450 0.009626390 1.536E9 2.01588 0.00401739 ! L 3 R(4) 2
H2J3 1070.1408800 0.007538280 1.536E9 2.01588 0.00492550 ! L 3 P(3) 1b
H2J3 1067.4785540 0.010042100 1.536E9 2.01588 0.00718891 ! L 3 R(3) 1a
H2J6 1066.9070880 0.012302600 1.450E9 2.01588 0.00072530 ! L 4 R(6) 2
H2J2 1066.9006790 0.007090450 1.536E9 2.01588 0.00789541 ! L 3 P(2) 1a
H2J5 1065.5966180 0.009900060 1.450E9 2.01588 0.00220871 ! L 4 P(5) 1b
H2J2 1064.9948120 0.010648200 1.536E9 2.01588 0.00952560 ! L 3 R(2) 1a
H2J1 1064.6053860 0.005941380 1.536E9 2.01588 0.01000951 ! L 3 P(1) 1a
H2J1 1063.4601440 0.011902400 1.536E9 2.01588 0.01099293 ! L 3 R(1) 1a
H2J7 1063.2888330 0.011307800 1.300E9 2.01588 0.00102254 ! L 6 P(7) 2
H2J0 1062.8821370 0.017895200 1.536E9 2.01588 0.01156759 ! L 3 R(0) 1a
H2J5 1061.6972330 0.012605900 1.450E9 2.01588 0.00543822 ! L 4 R(5) 2
H2J4 1060.5810310 0.009793640 1.450E9 2.01588 0.00674295 ! L 4 P(4) 1b
H2J6 1058.3183800 0.011112200 1.370E9 2.01588 0.00214153 ! L 5 P(6) 2
H2J4 1057.3807430 0.012937200 1.450E9 2.01588 0.00941815 ! L 4 R(4) 2
H2J3 1056.4714360 0.009555670 1.450E9 2.01588 0.01051153 ! L 4 P(3) 1b
H2J6 1053.9987370 0.015004500 1.370E9 2.01588 0.00564897 ! L 5 R(6) 2
H2J3 1053.9760970 0.013356900 1.450E9 2.01588 0.01261209 ! L 4 R(3) 1a
H2J2 1053.2842650 0.009022230 1.450E9 2.01588 0.01346322 ! L 4 P(2) 1b
H2J5 1052.4970070 0.011079400 1.370E9 2.01588 0.00736695 ! L 5 P(5) 1b
H2J2 1051.4985730 0.014030300 1.450E9 2.01588 0.01497399 ! L 4 R(2) 1a
H2J7 1051.0715340 0.010486600 1.200E9 2.01588 0.00535938 ! L 7 P(7) 2
H2J1 1051.0325270 0.007601530 1.450E9 2.01588 0.01555697 ! L 4 P(1) 1a
H2J1 1049.9597630 0.015549400 1.450E9 2.01588 0.01646751 ! L 4 R(1) 1a
H2J0 1049.3674390 0.023192900 1.450E9 2.01588 0.01706801 ! L 4 R(0) 1a
H2J5 1048.8299460 0.015227700 1.370E9 2.01588 0.01037564 ! L 5 R(5) 2
H2J4 1047.5518740 0.010990200 1.370E9 2.01588 0.01188511 ! L 5 P(4) 1b
H2J6 1045.8043040 0.011304600 1.300E9 2.01588 0.00687799 ! L 6 P(6) 2
H2J4 1044.5432630 0.015483900 1.370E9 2.01588 0.01437358 ! L 5 R(4) 2
H2J3 1043.5031940 0.010767200 1.370E9 2.01588 0.01563663 ! L 5 P(3) 1b
H2J6 1041.7328170 0.016844300 1.300E9 2.01588 0.01014630 ! L 6 R(6) 2
H2J3 1041.1589170 0.015846400 1.370E9 2.01588 0.01758824 ! L 5 R(3) 1a
H2J2 1040.3673280 0.010222800 1.370E9 2.01588 0.01856997 ! L 5 P(2) 1b
H2J5 1040.0586820 0.011303400 1.300E9 2.01588 0.01208886 ! L 6 P(5) 2
H2J7 1039.7737040 0.000633991 1.180E9 2.01588 -0.01356055 ! W 0 P(7) 2
H2J7 1039.2104170 0.023255000 1.140E9 2.01588 -0.00116452 ! L 8 P(7) 2
H2J2 1038.6902670 0.016503000 1.370E9 2.01588 0.01997239 ! L 5 R(2) 1a
H2J1 1038.1571330 0.008660570 1.370E9 2.01588 0.02064400 ! L 5 P(1) 1a
H2J1 1037.1499220 0.018134200 1.370E9 2.01588 0.02148875 ! L 5 R(1) 1a
H2J5 1036.6045700 0.016965200 1.300E9 2.01588 0.01488993 ! L 6 R(5) 2
H2J0 1036.5458060 0.026833700 1.370E9 2.01588 0.02211196 ! L 5 R(0) 1a
H2J7 1035.4266790 0.023945700 1.180E9 2.01588 -0.02021825 ! W 0 Q(7) 2
H2J4 1035.1825100 0.011265700 1.300E9 2.01588 0.01659124 ! L 6 P(4) 2
H2J6 1033.9178400 0.010460600 1.200E9 2.01588 0.01120261 ! L 7 P(6) 2
H2J4 1032.3509570 0.017120300 1.300E9 2.01588 0.01890632 ! L 6 R(4) 2
H2J3 1031.1926020 0.011110200 1.300E9 2.01588 0.02032577 ! L 6 P(3) 1b
H2J6 1030.0735750 0.017934000 1.200E9 2.01588 0.01424573 ! L 7 R(6) 2
H2J3 1028.9855770 0.017388400 1.300E9 2.01588 0.02214038 ! L 6 R(3) 2
H2J7 1028.4113760 0.008758610 1.070E9 2.01588 0.01290853 ! L 9 P(7) 2
H2J5 1028.2474910 0.010468400 1.200E9 2.01588 0.01639930 ! L 7 P(5) 2
H2J2 1028.1060910 0.010629800 1.300E9 2.01588 0.02324105 ! L 6 P(2) 1b
H2J2 1026.5280830 0.017965600 1.300E9 2.01588 0.02454448 ! L 6 R(2) 2
H2J1 1025.9351690 0.009094300 1.300E9 2.01588 0.02529614 ! L 6 P(1) 1a
H2J5 1024.9894370 0.018009300 1.200E9 2.01588 0.01900700 ! L 7 R(5) 2
H2J1 1024.9879030 0.019575200 1.300E9 2.01588 0.02608105 ! L 6 R(1) 1a
H2J6 1024.7339630 0.011960900 1.180E9 2.01588 -0.01995118 ! W 0 P(6) 2
H2J0 1024.3739540 0.028708500 1.300E9 2.01588 0.02672449 ! L 6 R(0) 1a
H2J4 1023.4368010 0.010492400 1.200E9 2.01588 0.02088590 ! L 7 P(4) 1b
H2J6 1022.5859160 0.012559200 1.140E9 2.01588 0.01498634 ! L 8 P(6) 2
H2J6 1021.2094580 0.023905100 1.180E9 2.01588 -0.01674587 ! W 0 Q(6) 2
H2J5 1020.7991530 0.012745400 1.180E9 2.01588 -0.01647897 ! W 0 P(5) 1b
H2J4 1020.7666500 0.018135800 1.200E9 2.01588 0.02304091 ! L 7 R(4) 2
H2J3 1019.5022370 0.010475800 1.200E9 2.01588 0.02460346 ! L 7 P(3) 1b
H2J6 1019.0189290 0.020495100 1.140E9 2.01588 0.01766495 ! L 8 R(6) 2
H2J7 1017.9765190 0.003739930 1.030E9 2.01588 0.01492525 ! L 10 P(7) 2
H2J5 1017.8319990 0.023887100 1.180E9 2.01588 -0.01364833 ! W 0 Q(5) 2
H2J3 1017.4231480 0.018384500 1.200E9 2.01588 0.02629246 ! L 7 R(3) 2
H2J4 1017.3855380 0.012276600 1.180E9 2.01588 -0.01330997 ! W 0 P(4) 1b
H2J5 1017.0042950 0.011220200 1.140E9 2.01588 0.02029474 ! L 8 P(5) 1b
H2J6 1016.7432810 0.005700760 1.180E9 2.01588 -0.01232471 ! W 0 R(6) 2
H2J2 1016.4612480 0.010232300 1.200E9 2.01588 0.02750099 ! L 7 P(2) 1b
H2J7 1015.7496760 0.027070300 1.159E9 2.01588 -0.01223158 ! W 1 P(7) 2
H2J4 1014.9800600 0.023861700 1.180E9 2.01588 -0.01097807 ! W 0 Q(4) 2
H2J2 1014.9768460 0.018936500 1.200E9 2.01588 0.02871411 ! L 7 R(2) 1a
H2J3 1014.5042250 0.011105000 1.180E9 2.01588 -0.01056398 ! W 0 P(3) 1a
H2J1 1014.3272400 0.008982220 1.200E9 2.01588 0.02953792 ! L 7 P(1) 1a
H2J5 1014.2424900 0.022917500 1.180E9 2.01588 0.00022003 ! W 0 R(5) 2
H2J5 1013.7065180 0.001160130 1.140E9 2.01588 0.01243063 ! L 8 R(5) 2
H2J1 1013.4370090 0.020504300 1.200E9 2.01588 0.03026841 ! L 7 R(1) 1a
H2J0 1012.8130270 0.029702000 1.200E9 2.01588 0.03092982 ! L 7 R(0) 1a
H2J3 1012.6795790 0.023830400 1.180E9 2.01588 -0.00878174 ! W 0 Q(3) 1a
H2J4 1012.2624210 0.010754400 1.140E9 2.01588 0.02479431 ! L 8 P(4) 1b
H2J2 1012.1694240 0.008783870 1.180E9 2.01588 -0.00830958 ! W 0 P(2) 1a
H2J7 1012.1345520 0.036715400 1.159E9 2.01588 -0.01016654 ! W 1 Q(7) 2
H2J6 1011.8712330 0.008645030 1.070E9 2.01588 0.01872364 ! L 9 P(6) 2
H2J4 1011.8139090 0.011877400 1.180E9 2.01588 -0.00782388 ! W 0 R(4) 2
H2J2 1010.9384450 0.023809800 1.180E9 2.01588 -0.00709859 ! W 0 Q(2) 1a
H2J3 1010.1302530 0.011181300 1.180E9 2.01588 -0.00631306 ! W 0 R(3) 1a
H2J1 1009.7708760 0.023800700 1.180E9 2.01588 -0.00595909 ! W 0 Q(1) 1a
H2J4 1009.7196320 0.014108100 1.140E9 2.01588 0.02664915 ! L 8 R(4) 2
H2J2 1009.0249210 0.011663600 1.180E9 2.01588 -0.00524664 ! W 0 R(2) 1a
H2J0 1008.5519150 0.015349300 1.180E9 2.01588 -0.00476718 ! W 0 R(0) 1a
H2J1 1008.4981810 0.012872200 1.180E9 2.01588 -0.00471844 ! W 0 R(1) 1a
H2J6 1008.4289130 0.016407200 1.070E9 2.01588 0.02137208 ! L 9 R(6) 2
H2J3 1008.3861530 0.010429300 1.140E9 2.01588 0.02849467 ! L 8 P(3) 1a
H2J3 1006.4141590 0.015714300 1.140E9 2.01588 0.03004038 ! L 8 R(3) 1a
H2J5 1006.3431850 0.008633410 1.070E9 2.01588 0.02388888 ! L 9 P(5) 1b
H2J2 1005.3932010 0.009910710 1.140E9 2.01588 0.03137464 ! L 8 P(2) 1a
H2J2 1003.9854510 0.016616100 1.140E9 2.01588 0.03250586 ! L 8 R(2) 1a
H2J5 1003.4284040 0.016497800 1.070E9 2.01588 0.02615952 ! L 9 R(5) 2
H2J1 1003.2966220 0.008465990 1.140E9 2.01588 0.03339412 ! L 8 P(1) 1a
H2J1 1002.4520980 0.018231700 1.140E9 2.01588 0.03407534 ! L 8 R(1) 1a
H2J6 1001.9117080 0.000262827 1.030E9 2.01588 0.00917942 ! L 10 P(6) 2
H2J0 1001.8238700 0.026767900 1.140E9 2.01588 0.03475253 ! L 8 R(0) 1a
H2J4 1001.6557330 0.008691160 1.070E9 2.01588 0.02834180 ! L 9 P(4) 1b
H2J6 1001.2081180 0.030534900 1.159E9 2.01588 0.00337501 ! W 1 P(6) 2
H2J4 999.2715011 0.016560300 1.070E9 2.01588 0.03021901 ! L 9 R(4) 2
H2J6 998.4283340 0.017881900 1.030E9 2.01588 0.02399851 ! L 10 R(6) 2
H2J6 998.3339404 0.036667400 1.159E9 2.01588 -0.00648190 ! W 1 Q(6) 2
H2J7 998.1118319 0.007129530 9.870E8 2.01588 0.01913197 ! L 11 P(7) 1b
H2J3 997.8271764 0.008760950 1.070E9 2.01588 0.03202454 ! L 9 P(3) 1b
H2J5 997.6413693 0.015193800 1.159E9 2.01588 -0.00470129 ! W 1 P(5) 1b
H2J5 996.1247192 0.012743300 1.030E9 2.01588 0.02610094 ! L 10 P(5) 1b
H2J3 995.9727840 0.016686300 1.070E9 2.01588 0.03349627 ! L 9 R(3) 1a
H2J5 994.9243833 0.036610400 1.159E9 2.01588 -0.00320842 ! W 1 Q(5) 2
H2J2 994.8740844 0.008659180 1.070E9 2.01588 0.03488711 ! L 9 P(2) 1b
H2J7 994.4540985 0.022760400 1.159E9 2.01588 -0.00417212 ! W 2 P(7) 2
H2J6 994.2604921 0.011534500 1.159E9 2.01588 -0.00231093 ! W 1 R(6) 2
H2J4 994.2299329 0.017000700 1.159E9 2.01588 -0.00228095 ! W 1 P(4) 1b
H2J2 993.5506146 0.017043200 1.070E9 2.01588 0.03594442 ! L 9 R(2) 1a
H2J5 993.4919225 0.020163400 1.030E9 2.01588 0.02801621 ! L 10 R(5) 2
H2J1 992.8096752 0.007698850 1.070E9 2.01588 0.03688977 ! L 9 P(1) 1a
H2J4 992.0507667 0.036561500 1.159E9 2.01588 -0.00039590 ! W 1 Q(4) 2
H2J1 992.0163713 0.018259800 1.070E9 2.01588 0.03752654 ! L 9 R(1) 1a
H2J6 991.9157478 0.006830920 9.870E8 2.01588 0.02490619 ! L 11 P(6) 1b
H2J4 991.5338536 0.009919570 1.030E9 2.01588 0.03138155 ! L 10 P(4) 1b
H2J3 991.3804624 0.015998600 1.159E9 2.01588 0.00039069 ! W 1 P(3) 1a
H2J0 991.3789095 0.026124200 1.070E9 2.01588 0.03821743 ! L 9 R(0) 1a
H2J5 991.3708012 0.009448330 1.159E9 2.01588 0.00122097 ! W 1 R(5) 2
H2J7 991.1634508 0.035310700 1.139E9 2.01588 -0.00182201 ! W 2 Q(7) 2
H2J3 989.7292921 0.036522700 1.159E9 2.01588 0.00191129 ! W 1 Q(3) 1a
H2J4 989.5572714 0.031076600 1.030E9 2.01588 0.02068108 ! L 10 R(4) 2
H2J7 989.3198666 0.005959540 9.120E8 2.01588 0.02417375 ! L 13 P(7) 2
H2J2 989.0883868 0.012926100 1.159E9 2.01588 0.00259876 ! W 1 P(2) 1a
H2J4 988.8709203 0.000740979 1.159E9 2.01588 0.01493980 ! W 1 R(4) 2
H2J7 988.8383291 0.003580140 9.480E8 2.01588 0.02121293 ! L 12 P(7) 1b
H2J6 988.8135132 0.012214900 9.870E8 2.01588 0.02724831 ! L 11 R(6) 2
H2J2 987.9744540 0.036495800 1.159E9 2.01588 0.00367586 ! W 1 Q(2) 1a
H2J3 987.7688241 0.008927930 1.030E9 2.01588 0.03515959 ! L 10 P(3) 1a
H2J3 987.4486293 0.020784700 1.159E9 2.01588 0.00511604 ! W 1 R(3) 1a
H2J1 986.7980045 0.036467300 1.159E9 2.01588 0.00486880 ! W 1 Q(1) 1a
H2J5 986.5207361 0.006714920 9.870E8 2.01588 0.03003235 ! L 11 P(5) 1b
H2J2 986.2440650 0.019522400 1.159E9 2.01588 0.00551177 ! W 1 R(2) 1a
H2J3 985.9627886 0.008276550 1.030E9 2.01588 0.03558931 ! L 10 R(3) 1a
H2J1 985.6442686 0.020708000 1.159E9 2.01588 0.00604040 ! W 1 R(1) 1a
H2J0 985.6337086 0.024061400 1.159E9 2.01588 0.00602255 ! W 1 R(0) 1a
H2J2 984.8639800 0.008170850 1.030E9 2.01588 0.03806275 ! L 10 P(2) 1a
H2J5 983.8989560 0.012620200 9.870E8 2.01588 0.03203650 ! L 11 R(5) 1a
H2J2 983.5910650 0.011574100 1.030E9 2.01588 0.03888367 ! L 10 R(2) 1a
H2J1 982.8353313 0.006811200 1.030E9 2.01588 0.04004930 ! L 10 P(1) 1a
H2J6 982.7268268 0.002573920 9.480E8 2.01588 0.02634450 ! L 12 P(6) 1b
H2J1 982.0742671 0.013644700 1.030E9 2.01588 0.04058840 ! L 10 R(1) 1a
H2J4 981.9484740 0.006707670 9.870E8 2.01588 0.03444786 ! L 11 P(4) 1b
H2J0 981.4387073 0.020690300 1.030E9 2.01588 0.04134865 ! L 10 R(0) 1a
H2J7 980.7583740 0.002929510 8.830E8 2.01588 0.02588968 ! L 14 P(7) 2
H2J6 980.5002618 0.023747000 1.139E9 2.01588 0.00066493 ! W 2 P(6) 2
H2J4 979.8051191 0.012781500 9.870E8 2.01588 0.03610218 ! L 11 R(4) 1a
H2J6 979.7613250 0.013520000 9.480E8 2.01588 0.02940565 ! L 12 R(6) 2
H2J3 978.2180385 0.006735390 9.870E8 2.01588 0.03809495 ! L 11 P(3) 1a
H2J6 977.7275235 0.035241000 1.139E9 2.01588 0.00206724 ! W 2 Q(6) 2
H2J5 977.4635735 0.000364005 9.480E8 2.01588 0.02751866 ! L 12 P(5) 1b
H2J3 976.5528298 0.012898600 9.870E8 2.01588 0.03939034 ! L 11 R(3) 1a
H2J5 976.5487606 0.025720800 1.139E9 2.01588 0.00841259 ! W 2 P(5) 1b
H2J2 975.3457562 0.006643700 9.870E8 2.01588 0.04092386 ! L 11 P(2) 1a
H2J7 975.3021030 0.015450300 1.121E9 2.01588 0.00268414 ! W 3 P(7) 2
H2J5 974.8864854 0.014233900 9.480E8 2.01588 0.03396998 ! L 12 R(5) 1a
H2J5 974.2881746 0.035164300 1.139E9 2.01588 0.00551054 ! W 2 Q(5) 1a
H2J2 974.1579092 0.013153700 9.870E8 2.01588 0.04185365 ! L 11 R(2) 1a
H2J6 974.0520900 0.013670900 1.139E9 2.01588 0.00568077 ! W 2 R(6) 2
H2J6 973.8285619 0.005363020 9.120E8 2.01588 0.02989496 ! L 13 P(6) 1b
H2J4 973.4523388 0.008552440 1.139E9 2.01588 0.01061912 ! W 2 P(4) 1a
H2J1 973.3445791 0.005899120 9.870E8 2.01588 0.04289516 ! L 11 P(1) 1a
H2J4 972.6906744 0.013558600 9.480E8 2.01588 0.03305977 ! L 12 P(4) 1b
H2J1 972.6327502 0.014047800 9.870E8 2.01588 0.04345479 ! L 11 R(1) 1a
H2J7 972.4406148 0.005581340 8.570E8 2.01588 0.02810778 ! L 15 P(7) 2
H2J7 972.2717527 0.027801100 1.121E9 2.01588 0.00497811 ! W 3 Q(7) 2
H2J0 971.9862388 0.020043000 9.870E8 2.01588 0.04416825 ! L 11 R(0) 1a
H2J4 971.3896132 0.035096800 1.139E9 2.01588 0.00846055 ! W 2 Q(4) 1a
H2J5 971.0749686 0.012117600 1.139E9 2.01588 0.00889150 ! W 2 R(5) 2
H2J6 970.9976216 0.007114210 9.120E8 2.01588 0.03201589 ! L 13 R(6) 2
H2J4 970.8381953 0.016038900 9.480E8 2.01588 0.03742072 ! L 12 R(4) 1a
H2J3 970.5633192 0.013073600 1.139E9 2.01588 0.00992403 ! W 2 P(3) 1a
H2J3 969.0898425 0.008160030 9.480E8 2.01588 0.04022253 ! L 12 P(3) 1a
H2J3 969.0492173 0.035040600 1.139E9 2.01588 0.01087504 ! W 2 Q(3) 1a
H2J4 968.6651077 0.010723600 1.139E9 2.01588 0.01202620 ! W 2 R(4) 2
H2J5 968.5566069 0.005096380 9.120E8 2.01588 0.03497826 ! L 13 P(5) 1b
H2J2 968.2952162 0.011522400 1.139E9 2.01588 0.01184321 ! W 2 P(2) 1a
H2J3 967.6769482 0.022760100 9.480E8 2.01588 0.03681687 ! L 12 R(3) 1a
H2J2 967.2810978 0.035010900 1.139E9 2.01588 0.01271847 ! W 2 Q(2) 1a
H2J3 966.7803539 0.006147920 1.139E9 2.01588 0.01789318 ! W 2 R(3) 1a
H2J2 966.2754971 0.006496350 9.480E8 2.01588 0.04340505 ! L 12 P(2) 1a
H2J5 966.1787113 0.008324360 9.120E8 2.01588 0.03677543 ! L 13 R(5) 2
H2J1 966.0960848 0.034981200 1.139E9 2.01588 0.01396322 ! W 2 Q(1) 1a
H2J2 965.7954931 0.024047200 1.139E9 2.01588 0.01814876 ! W 2 R(2) 1a
H2J6 965.4813947 0.002614460 8.830E8 2.01588 0.03144234 ! L 14 P(6) 2
H2J1 965.0648829 0.021925100 1.139E9 2.01588 0.01540176 ! W 2 R(1) 1a
H2J2 965.0457440 0.001582920 9.480E8 2.01588 0.04040726 ! L 12 R(2) 1a
H2J0 964.9839926 0.023955800 1.139E9 2.01588 0.01516367 ! W 2 R(0) 1a
H2J7 964.7046128 0.002305950 8.290E8 2.01588 0.02937510 ! L 16 P(7) 2
H2J1 964.3106414 0.005028020 9.480E8 2.01588 0.04544644 ! L 12 P(1) 1a
H2J4 964.0908922 0.004985460 9.120E8 2.01588 0.03935778 ! L 13 P(4) 1a
H2J1 963.6080043 0.007073970 9.480E8 2.01588 0.04552063 ! L 12 R(1) 1a
H2J0 962.9780025 0.013158600 9.480E8 2.01588 0.04661091 ! L 12 R(0) 1a
H2J6 962.8212913 0.009358590 8.830E8 2.01588 0.03368526 ! L 14 R(6) 2
H2J4 962.1529720 0.008751050 9.120E8 2.01588 0.04082942 ! L 13 R(4) 1a
H2J6 961.7037174 0.016503100 1.121E9 2.01588 0.00722576 ! W 3 P(6) 1b
H2J3 960.450567 0.004932190 9.120E8 2.01588 0.04297335 ! L 13 P(3) 1b B10
H2J5 960.2656387 0.002244040 8.830E8 2.01588 0.03624932 ! L 14 P(5) 2
H2J6 959.1523487 0.027708300 1.121E9 2.01588 0.00906590 ! W 3 Q(6) 2
H2J3 958.946624 0.008967150 9.120E8 2.01588 0.04411846 ! L 13 R(3) 1a B10
H2J7 958.1900204 0.006152100 1.105E9 2.01588 0.00836457 ! W 4 P(7) 2
H2J5 958.0114044 0.009616790 8.830E8 2.01588 0.03836088 ! L 14 R(5) 2
H2J5 957.81887 0.016702900 1.121E9 2.01588 0.01144081 ! W 3 P(5) 1b B10
H2J2 957.652228 0.004807760 9.120E8 2.01588 0.04577359 ! L 13 P(2) 1a B10
H2J6 957.4102089 0.004353480 8.570E8 2.01588 0.03376881 ! L 15 P(6) 1b
H2J7 956.9937259 0.007699990 8.110E8 2.01588 0.03107800 ! L 17 P(7) 2
H2J2 956.579917 0.009210980 9.120E8 2.01588 0.04659168 ! L 13 R(2) 1a B10
H2J6 955.9774854 0.014762500 1.121E9 2.01588 0.01208778 ! W 3 R(6) 2
H2J4 955.8548301 0.001690720 8.830E8 2.01588 0.03998528 ! L 14 P(4) 1b
H2J1 955.708153 0.004227580 9.120E8 2.01588 0.04771815 ! L 13 P(1) 1a B10
H2J5 955.6805898 0.027631400 1.121E9 2.01588 0.01267422 ! W 3 Q(5) 2
H2J7 955.2620865 0.019768300 1.105E9 2.01588 0.01035250 ! W 4 Q(7) 2
H2J1 955.065759 0.009880090 9.120E8 2.01588 0.04820903 ! L 13 R(1) 1a B10
H2J6 954.7021151 0.001142930 8.570E8 2.01588 0.03574293 ! L 15 R(6) 2
H2J4 954.47400 0.016717300 1.121E9 2.01588 0.01552446 ! W 3 P(4) 1b B10
H2J0 954.413268 0.014158700 9.120E8 2.01588 0.04894292 ! L 13 R(0) 1a B10
H2J4 954.0039129 0.010054300 8.830E8 2.01588 0.04226582 ! L 14 R(4) 2
H2J5 952.8046238 0.011660200 1.121E9 2.01588 0.01540740 ! W 3 R(5) 2
H2J4 952.75740 0.027557800 1.121E9 2.01588 0.01575800 ! W 3 Q(4) 2 B10
H2J3 952.2741662 0.000657805 8.830E8 2.01588 0.04104973 ! L 14 P(3) 1b
H2J5 952.2549629 0.003878510 8.570E8 2.01588 0.03881266 ! L 15 P(5) 1b
H2J3 951.67184 0.016993800 1.121E9 2.01588 0.02096940 ! W 3 P(3) 1a B10
H2J3 950.8186939 0.010920800 8.830E8 2.01588 0.04529959 ! L 14 R(3) 2
H2J3 950.397767 0.027502700 1.121E9 2.01588 0.01827700 ! W 3 Q(3) 1a B10
H2J4 950.31519 0.010739300 1.121E9 2.01588 0.01829419 ! W 3 R(4) 1a B10
H2J7 950.1237028 0.001800980 7.880E8 2.01588 0.03235406 ! L 18 P(7) 2
H2J5 950.0734412 0.004367620 8.570E8 2.01588 0.04044555 ! L 15 R(5) 2
H2J6 949.8399586 0.002135590 8.290E8 2.01588 0.03495694 ! L 16 P(6) 2
H2J2 949.61045 0.001421140 1.121E9 2.01588 0.02782290 ! W 3 P(2) 1a B10
H2J2 949.3524584 0.009282580 8.830E8 2.01588 0.03930819 ! L 14 P(2) 1b
H2J2 948.61582 0.027467100 1.121E9 2.01588 0.02019735 ! W 3 Q(2) 1a B10
H2J2 948.4712500 0.012943100 8.830E8 2.01588 0.04715304 ! L 14 R(2) 1a
H2J3 948.41978 0.010372300 1.121E9 2.01588 0.02071173 ! W 3 R(3) 1a B10
H2J4 947.8878474 0.003654290 8.570E8 2.01588 0.04316527 ! L 15 P(4) 1b
H2J1 947.5140330 0.003522350 8.830E8 2.01588 0.04972156 ! L 14 P(1) 1a
H2J6 947.4337780 0.006092980 8.290E8 2.01588 0.03696031 ! L 16 R(6) 2
H2J1 947.421917 0.027438400 1.121E9 2.01588 0.02149264 ! W 3 Q(1) 1a B10
H2J2 947.11165 0.009937950 1.121E9 2.01588 0.02287064 ! W 3 R(2) 1a B10
H2J1 946.9803953 0.019657800 8.830E8 2.01588 0.04625180 ! L 14 R(1) 1a
H2J0 946.42556 0.021622400 1.121E9 2.01588 0.03102591 ! W 3 R(0) 1a B10
H2J1 946.384745 0.008074490 1.121E9 2.01588 0.02627974 ! W 3 R(1) 1a B10
H2J0 946.1693058 0.001339580 8.830E8 2.01588 0.04247182 ! L 14 R(0) 1a
H2J4 946.1227100 0.005333990 8.570E8 2.01588 0.04447549 ! L 15 R(4) 1a
H2J6 944.7832395 0.009946920 1.105E9 2.01588 0.01295017 ! W 4 P(6) 2
H2J5 944.7205196 0.002031850 8.290E8 2.01588 0.03996189 ! L 16 P(5) 2
H2J3 944.3304600 0.003524690 8.570E8 2.01588 0.04676022 ! L 15 P(3) 1a
H2J7 943.5471673 0.000004715 7.730E8 2.01588 0.03004227 ! L 19 P(7) 2
H2J3 942.9642200 0.005738220 8.570E8 2.01588 0.04776314 ! L 15 R(3) 1a
H2J5 942.6878676 0.006238180 8.290E8 2.01588 0.04159919 ! L 16 R(5) 2
H2J6 942.4773643 0.004006910 8.110E8 2.01588 0.03665595 ! L 17 P(6) 2
H2J6 942.4151012 0.019679500 1.105E9 2.01588 0.01463426 ! W 4 Q(6) 2
H2J7 942.2336079 0.009522280 1.090E9 2.01588 0.01669738 ! W 5 P(7) 2
H2J2 941.5992145 0.003367920 8.570E8 2.01588 0.04954168 ! L 15 P(2) 1b
H2J5 940.8829178 0.010547200 1.105E9 2.01588 0.01703590 ! W 4 P(5) 1b
H2J2 940.6263700 0.006027920 8.570E8 2.01588 0.05024936 ! L 15 R(2) 1a
H2J6 940.4915803 0.009934800 8.110E8 2.01588 0.03859103 ! L 17 R(6) 2
H2J4 940.3875416 0.001993230 8.290E8 2.01588 0.04428935 ! L 16 P(4) 1b
H2J7 939.9791981 0.013319300 1.090E9 2.01588 0.01438179 ! W 5 Q(7) 2
H2J1 939.7067162 0.002913820 8.570E8 2.01588 0.05146650 ! L 15 P(1) 1a
H2J1 939.1242124 0.006558200 8.570E8 2.01588 0.05188763 ! L 15 R(1) 1a
H2J6 939.1141847 0.002699820 1.105E9 2.01588 0.01730411 ! W 4 R(6) 2
H2J5 938.9091177 0.019599500 1.105E9 2.01588 0.01840400 ! W 4 Q(5) 2
H2J4 938.7292102 0.006378000 8.290E8 2.01588 0.04556605 ! L 16 R(4) 2
H2J0 938.4677567 0.009510630 8.570E8 2.01588 0.05264552 ! L 15 R(0) 1a
H2J4 937.5517552 0.010326800 1.105E9 2.01588 0.02058324 ! W 4 P(4) 1b
H2J5 937.4427486 0.003082930 8.110E8 2.01588 0.04165374 ! L 17 P(5) 2
H2J3 936.8570921 0.002049890 8.290E8 2.01588 0.04791941 ! L 16 P(3) 1b
H2J5 936.4662788 0.010982500 1.105E9 2.01588 0.02079095 ! W 4 R(5) 2
H2J4 935.9593845 0.019542100 1.105E9 2.01588 0.02161881 ! W 4 Q(4) 2
H2J6 935.6309835 0.001654640 7.880E8 2.01588 0.03786035 ! L 18 P(6) 2
H2J3 935.5755036 0.006571530 8.290E8 2.01588 0.04883117 ! L 16 R(3) 2
H2J5 935.3235809 0.000455546 8.110E8 2.01588 0.04318584 ! L 17 R(5) 2
H2J3 934.7900641 0.009512560 1.105E9 2.01588 0.02349760 ! W 4 P(3) 1a
H2J2 934.1447948 0.002239430 8.290E8 2.01588 0.05084687 ! L 16 P(2) 1b
H2J4 933.7897934 0.009165900 1.105E9 2.01588 0.02375924 ! W 4 R(4) 2
H2J3 933.5779370 0.019482000 1.105E9 2.01588 0.02424031 ! W 4 Q(3) 1a
H2J6 933.4446149 0.003759040 7.880E8 2.01588 0.03986101 ! L 18 R(6) 2
H2J2 933.2400914 0.006886000 8.290E8 2.01588 0.05130933 ! L 16 R(2) 1a
H2J4 933.1705001 0.002711100 8.110E8 2.01588 0.04598242 ! L 17 P(4) 2
H2J2 932.6046793 0.007609320 1.105E9 2.01588 0.02569217 ! W 4 P(2) 1a
H2J1 932.2662080 0.002398360 8.290E8 2.01588 0.05296626 ! L 16 P(1) 1a
H2J3 931.8116973 0.008745810 1.105E9 2.01588 0.02609047 ! W 4 R(3) 1a
H2J2 931.7808572 0.019446100 1.105E9 2.01588 0.02623615 ! W 4 Q(2) 1a
H2J1 931.7328821 0.007531270 8.290E8 2.01588 0.05300015 ! L 16 R(1) 1a
H2J4 931.5372042 0.002529760 8.110E8 2.01588 0.04716450 ! L 17 R(4) 2
H2J0 931.0626416 0.010671100 8.290E8 2.01588 0.05392193 ! L 16 R(0) 1a
H2J5 930.6052244 0.001583860 7.880E8 2.01588 0.04281575 ! L 18 P(5) 2
H2J1 930.5770794 0.019421900 1.105E9 2.01588 0.02758111 ! W 4 Q(1) 1a
H2J2 930.4471842 0.008983220 1.105E9 2.01588 0.02776182 ! W 4 R(2) 1a
H2J6 929.6973638 0.003019690 1.090E9 2.01588 0.02212683 ! W 5 P(6) 2
H2J3 929.6895719 0.002508270 8.110E8 2.01588 0.04956415 ! L 17 P(3) 1b
H2J1 929.6883575 0.009841720 1.105E9 2.01588 0.02870046 ! W 4 R(1) 1a
H2J0 929.5327194 0.011940500 1.105E9 2.01588 0.02884502 ! W 4 R(0) 1a
H2J6 928.7779277 0.005625700 7.730E8 2.01588 0.03450348 ! L 19 P(6) 2
H2J5 928.7600976 0.003915570 7.880E8 2.01588 0.04435672 ! L 18 R(5) 2
H2J3 928.4374179 0.003303120 8.110E8 2.01588 0.05043924 ! L 17 R(3) 2
H2J6 927.3626167 0.013241100 1.090E9 2.01588 0.01885435 ! W 5 Q(6) 2
H2J6 927.0515725 0.004989230 7.730E8 2.01588 0.04030239 ! L 19 R(6) 2
H2J2 927.0200190 0.002327540 8.110E8 2.01588 0.05233481 ! L 17 P(2) 1b
H2J4 926.3546703 0.001574970 7.880E8 2.01588 0.04712078 ! L 18 P(4) 1b
H2J2 926.1319303 0.003701300 8.110E8 2.01588 0.05293621 ! L 17 R(2) 2
H2J5 925.6585906 0.005818840 1.090E9 2.01588 0.02227953 ! W 5 P(5) 2
H2J1 925.1745300 0.001967200 8.110E8 2.01588 0.05424593 ! L 17 P(1) 1a
H2J4 924.8482807 0.004001300 7.880E8 2.01588 0.04827866 ! L 18 R(4) 2
H2J1 924.6432574 0.004161440 8.110E8 2.01588 0.05459732 ! L 17 R(1) 1a
H2J6 924.4976285 0.003830950 1.090E9 2.01588 0.02270836 ! W 5 R(6) 2
H2J0 923.9846257 0.006166710 8.110E8 2.01588 0.05538162 ! L 17 R(0) 1a
H2J5 923.9616459 0.002867140 7.730E8 2.01588 0.04325677 ! L 19 P(5) 1b
H2J5 923.8165363 0.013178500 1.090E9 2.01588 0.02278312 ! W 5 Q(5) 2
H2J3 922.8949041 0.001618940 7.880E8 2.01588 0.05068943 ! L 18 P(3) 1b
H2J5 922.4750067 0.006667060 7.730E8 2.01588 0.04199436 ! L 19 R(5) 2
H2J4 922.3060200 0.006191110 1.090E9 2.01588 0.02526343 ! W 5 P(4) 2
H2J3 921.7301590 0.004069460 7.880E8 2.01588 0.05152632 ! L 18 R(3) 2
H2J5 921.2194244 0.002169440 1.090E9 2.01588 0.02881256 ! W 5 R(5) 2
H2J4 920.8340292 0.013118900 1.090E9 2.01588 0.02612717 ! W 5 Q(4) 2
H2J2 920.2432314 0.001683470 7.880E8 2.01588 0.05345167 ! L 18 P(2) 1b
H2J4 919.7899865 0.002134750 7.730E8 2.01588 0.04802474 ! L 19 P(4) 1b
H2J3 919.5444408 0.005817840 1.090E9 2.01588 0.02806908 ! W 5 P(3) 2
H2J2 919.4181565 0.004167680 7.880E8 2.01588 0.05401546 ! L 18 R(2) 1a
H2J4 919.0502134 0.007910870 1.090E9 2.01588 0.03266013 ! W 5 R(4) 2
H2J3 918.4309174 0.013063200 1.090E9 2.01588 0.02884989 ! W 5 Q(3) 2
H2J1 918.4133051 0.001609770 7.880E8 2.01588 0.05535517 ! L 18 P(1) 1a
H2J4 918.1517059 0.000045274 7.730E8 2.01588 0.04488527 ! L 19 R(4) 2
H2J1 917.9218851 0.004429580 7.880E8 2.01588 0.05567990 ! L 18 R(1) 1a
H2J2 917.3697794 0.004700520 1.090E9 2.01588 0.03033591 ! W 5 P(2) 2
H2J0 917.2519835 0.006175550 7.880E8 2.01588 0.05647264 ! L 18 R(0) 1a
H2J3 916.8771801 0.006934330 1.090E9 2.01588 0.03113926 ! W 5 R(3) 2
H2J2 916.6169425 0.013036800 1.090E9 2.01588 0.03092034 ! W 5 Q(2) 2
H2J3 916.3829263 0.001824590 7.730E8 2.01588 0.05167878 ! L 19 P(3) 1a
H2J2 915.4297860 0.006777630 1.090E9 2.01588 0.03229127 ! W 5 R(2) 2
H2J1 915.4010682 0.013014800 1.090E9 2.01588 0.03231442 ! W 5 Q(1) 2
H2J3 915.2122563 0.001348940 7.730E8 2.01588 0.05190177 ! L 19 R(3) 1a
H2J1 914.6073718 0.007225370 1.090E9 2.01588 0.03316301 ! W 5 R(1) 2
H2J0 914.3971558 0.008464840 1.090E9 2.01588 0.03342239 ! W 5 R(0) 2
H2J2 913.7701432 0.001614060 7.730E8 2.01588 0.05447034 ! L 19 P(2) 1a
H2J2 912.9510737 0.002015270 7.730E8 2.01588 0.05486433 ! L 19 R(2) 1a
H2J1 911.9671956 0.001316270 7.730E8 2.01588 0.05638629 ! L 19 P(1) 1a
H2J1 911.4794991 0.002484820 7.730E8 2.01588 0.05662896 ! L 19 R(1) 1a
H2J0 910.8207315 0.003865490 7.730E8 2.01588 0.05746684 ! L 19 R(0) 1a
! - HD molecule
HDJ0 1105.84055 0.0007437 1.352E6 3.0 -0.00654 ! L0-0R(0) w:Ivanov PRL,100,093007(2008) f: AR(06), not Ivanchik(MN10) Aki
HDJ0 1092.00126 0.002967 5.532E6 3.0 -0.00038 ! L1R0 f:Abgrall Roueff A+A 445 361 2006 Aki
HDJ0 1078.83104 0.006749 1.289E7 3.0 0.00528 ! L2R0
HDJ0 1066.27568 0.0115 2.249E7 3.0 0.01061 ! L3-0R(0) w:Ivanov
HDJ0 1054.29354 0.0164 3.272E7 3.0 0.01557 ! 4-0R(0)
HDJ0 1042.85005 0.0205 4.201E7 3.0 0.02013 ! 5-0R(0)
HDJ0 1031.91493 0.0236 4.926E7 3.0 0.02440 ! 6-0R(0)
HDJ0 1021.46045 0.0253 5.402E7 3.0 0.02831 ! 7-0R(0)
HDJ0 1011.46180 0.0262 5.691E7 3.0 0.03193 ! 8-0R(0)
HDJ0 1001.89413 0.0247 5.476E7 3.0 0.03530 ! 9-0R(0)
HDJ0 992.71833 0.0241 5.436E7 3.0 ! 10-0R(0) w:J Tumlinson/Abgrall Roueff list
HDJ0 984.013 0.0204 1.000E9 3.0 ! 11-0R(0)
HDJ0 975.57587 0.0196 1.000E9 3.0 ! 12-0R(0) w:Hinnen+,PhysRevA,52,4425,1995
HDJ0 967.52558 0.0140 1.000E9 3.0 ! 13-0R(0) w:Hinnen+
HDJ0 959.81919 0.0146 1.000E9 3.0 ! 14-0R(0) w:Hinnen+
HDJ0 952.445 0.0344 1.000E9 3.0 ! 15-0R(0)
HDJ0 945.32 0.0104 1.000E9 3.0 ! 16 1 0 0 w:JT/AR06
HDJ0 1007.29020 0.0325 7.130E7 3.0 -0.00390 ! W0-0R(0) w:Ivanov f:AR06
HDJ0 987.26216 0.0588 1.342E8 3.0 ! W1-0R(0)w:AR
HDJ0 968.96753 0.0657 1.555E8 3.0 ! W2-0R(0)w:AR
HDJ0 952.20447 0.0327 8.011E7 3.0 ! W3-0R(0)w:AR
HDJ0 936.92147 0.0402 1.018E8 3.0 ! W4-0R(0)w:AR
HDJ0 922.92681 0.0296 7.280E7 3.0 ! W5-0R(0)
HDJ1 1107.29245 0.000256 1.00E9 3.0 -0.00789 ! L0-P1 w:Ivanov, f:AR06
HDJ1 1106.21689 0.000482 1.000E9 3.0 -0.00696 ! L0-0R(1) w:I f:JT/AR
HDJ1 1093.40155 0.001012 1.000E9 3.0 -0.00173 ! L1-0P(1)
HDJ1 1092.39875 0.001938 1.000E9 3.0 -0.00084 ! L1-0R(1)
HDJ1 1080.1743 0.002280 1.000E9 3.0 ! L2-0P(1) w:AR
HDJ1 1079.24459 0.004339 1.000E9 3.0 0.00483 ! L2-0R(1) w:I
HDJ1 1067.58691 0.003852 1.000E9 3.0 0.00939 ! L3-0P(1)
HDJ1 1066.70180 0.007615 1.000E9 3.0 0.01014 ! 3-0R(1)
HDJ1 1055.56544 0.006756 1.000E9 3.0 0.01435 ! L4-0P(1)
HDJ1 1054.7164 0.01090 1.000E9 3.0 ! L4-0R(1) w:AR
HDJ1 1044.08545 0.006756 1.000E9 3.0 0.01898 ! L5-0P(1) w:I
HDJ1 1043.29502 0.01376 1.000E9 3.0 0.01959 ! 5-0R(1)
HDJ1 1033.11624 0.00768 1.000E9 3.0 0.02325 ! L6-0P(1)
HDJ1 1032.36721 0.01590 1.000E9 3.0 0.02389 ! 6-0R(1)
HDJ1 1022.62976 0.00814 1.000E9 3.0 0.02722 ! 7-0P(1)
HDJ1 1021.91899 0.01719 1.000E9 3.0 0.02778 ! 7-0R(1)
HDJ1 1012.60079 0.00819 1.000E9 3.0 0.03086 ! 8-0P(1)
HDJ1 1011.92611 0.01792 1.000E9 3.0 0.03137 ! 8-0R(1)
HDJ1 1003.00544 0.00790 1.000E9 3.0 0.03425 ! 9-0P(1)
HDJ1 1002.36220 0.01679 1.000E9 3.0 0.03530 ! 9-0R(1)
HDJ1 993.8025 0.00737 1.000E9 3.0 ! 10-0P(1) w:AR
HDJ1 993.1916 0.01666 1.000E9 3.0 ! 10-0R(1)
HDJ1 1007.2537 0.01542 1.000E9 3.0 -0.00388 ! W0R1 w:I
HDJ1 987.2667 0.02843 1.000E9 3.0 ! W1-0R(1) w:AR
HDJ2 1045.76264 0.00804 1.000E9 3.0 0.01724 ! 5-0P(2)
HDJ2 1023.07083 0.0145 1.000E9 3.0 0.02644 ! 7-0R(2)
! - CO molecule (12C16O)
COJ0 1544.448 0.01579 1.000E9 28.0 ! 12C16O v'=0 R(0) Morton/Noreau 1994 ApJS95:301 Tab3A
COJ1 1544.540 0.007896 1.000E9 28.0 ! v'=0 Q(1)
COJ1 1544.388 0.007880 1.000E9 28.0 ! v'=0 R(1)
COJ2 1544.724 0.001578 1.000E9 28.0 ! v'=0 P(2)
COJ2 1544.571 0.007886 1.000E9 28.0 ! v'=0 Q(2)
COJ2 1544.345 0.006284 1.000E9 28.0 ! v'=0 R(2)
COJ3 1544.847 0.002251 1.000E9 28.0 ! v'=0 P(3)
COJ3 1544.619 0.007870 1.000E9 28.0 ! v'=0 Q(3)
COJ3 1544.316 0.005580 1.000E9 28.0 ! v'=0 R(3)
COJ4 1544.987 0.002617 1.000E9 28.0 ! v'=0 P(4)
COJ4 1544.681 0.007846 1.000E9 28.0 ! v'=0 Q(4)
COJ4 1544.305 0.005160 1.000E9 28.0 ! v'=0 R(4)
COJ5 1545.142 0.002839 1.000E9 28.0 ! v'=0 P(5)
COJ5 1544.760 0.007812 1.000E9 28.0 ! v'=0 Q(5)
COJ5 1544.312 0.004839 1.000E9 28.0 ! v'=0 R(5)
COJ6 1545.314 0.002975 1.000E9 28.0 ! v'=0 P(6)
COJ6 1544.855 0.007759 1.000E9 28.0 ! v'=0 Q(6)
COJ6 1544.338 0.004501 1.000E9 28.0 ! v'=0 R(6)
COJ0 1509.748 0.0351 1.000E9 28.0 ! v'=1 R(0) f:Chan93 G:arbitrary [1]
COJ1 1509.835 0.01457 1.000E9 28.0 ! v'=1 Q(1)
COJ1 1509.695 0.01479 1.000E9 28.0 ! v'=1 R(1)
COJ2 1510.011 0.002913 1.000E9 28.0 ! v'=1 P(2)
COJ2 1509.871 0.01479 1.000E9 28.0 ! v'=1 Q(2)
COJ2 1509.661 0.01207 1.000E9 28.0 ! v'=1 R(2)
COJ0 1477.565 0.0402 1.000E9 28.0 ! v'=2 R(0) [2]
COJ1 1477.648 0.02007 1.000E9 28.0 ! v'=2 Q(1)
COJ1 1477.513 0.02007 1.000E9 28.0 ! v'=2 R(1)
COJ2 1477.817 0.004013 1.000E9 28.0 ! v'=2 P(2)
COJ2 1477.680 0.02006 1.000E9 28.0 ! v'=2 Q(2)
COJ2 1477.477 0.01606 1.000E9 28.0 ! v'=2 R(2)
COJ0 1447.352 0.0347 1.000E9 28.0 ! v'=3 R(0) [3]
COJ1 1447.433 0.01730 1.000E9 28.0 ! v'=3 Q(1)