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uid 9886
scaling factor multiple (3)

TransitionsLeft-clk & drag: Zoom; Right-clk: reset

Transitions

Frequency
[wavenumbers]
Wavelength
[microns]
Integrated cross-section
[km/mol]
Symmetry Scaling factor
3106 3.22 59.78 A' 0.9597
3101 3.224 52.82 A' 0.9597
3087 3.239 1.871 A' 0.9597
3084 3.242 0.2499 A' 0.9597
3069 3.259 17.98 A' 0.9597
3068 3.259 142.5 A' 0.9597
3068 3.259 132.8 A' 0.9597
3068 3.26 41.17 A' 0.9597
3058 3.27 42.91 A' 0.9597
3057 3.272 34.4 A' 0.9597
3056 3.273 13.85 A' 0.9597
3055 3.273 4.139 A' 0.9597
3055 3.274 47.91 A' 0.9597
3053 3.275 22.88 A' 0.9597
3052 3.277 3.602 A' 0.9597
3051 3.277 11.81 A' 0.9597
3050 3.278 1.221 A' 0.9597
3050 3.278 0.8811 A' 0.9597
3049 3.279 6.404 A' 0.9597
3049 3.28 1.515 A' 0.9597
3049 3.28 6.485 A' 0.9597
3048 3.281 4.828 A' 0.9597
1628 6.144 4.054 A' 0.9691
1624 6.156 14.21 A' 0.9691
1623 6.163 16.6 A' 0.9691
1617 6.185 10.21 A' 0.9691
1613 6.201 13.87 A' 0.9691
1607 6.221 2.239 A' 0.9691
1603 6.237 21.9 A' 0.9691
1601 6.245 15.49 A' 0.9691
1594 6.274 1.063 A' 0.9691
1591 6.285 5.695 A' 0.9691
1583 6.318 3.039 A' 0.9691
1581 6.325 2.702 A' 0.9691
1576 6.345 0.1441 A' 0.9691
1572 6.36 1.076 A' 0.9691
1562 6.403 5.018 A' 0.9691
1558 6.42 0.4892 A' 0.9691
1552 6.441 3.249 A' 0.9691
1538 6.501 3.112 A' 0.9691
1535 6.514 3.301 A' 0.9691
1528 6.544 1.309 A' 0.9691
1524 6.56 8.672 A' 0.9691
1516 6.597 3.964 A' 0.9691
1510 6.621 2.547 A' 0.9691
1500 6.665 4.077 A' 0.9691
1494 6.694 0.1078 A' 0.9691
1489 6.715 16.7 A' 0.9691
1485 6.735 5.976 A' 0.9691
1479 6.76 1.133 A' 0.9691
1476 6.773 0.4751 A' 0.9691
1469 6.806 3.147 A' 0.9691
1465 6.828 1.475 A' 0.9691
1460 6.851 2.025 A' 0.9691
1452 6.885 3.793 A' 0.9691
1448 6.907 2.711 A' 0.9691
1442 6.933 0.3902 A' 0.9691
1440 6.942 0.2988 A' 0.9691
1437 6.96 0.7625 A' 0.9691
1434 6.975 1.108 A' 0.9691
1427 7.008 3.733 A' 0.9691
1421 7.036 0.3717 A' 0.9691
1418 7.05 1.858 A' 0.9691
1413 7.077 0.6297 A' 0.9691
1409 7.096 1.725 A' 0.9691
1405 7.116 0.2924 A' 0.9691
1402 7.134 2.184 A' 0.9691
1395 7.167 1.646 A' 0.9691
1394 7.172 1.843 A' 0.9691
1394 7.175 0.5261 A' 0.9691
1391 7.189 0.1882 A' 0.9691
1389 7.201 0.1729 A' 0.9691
1387 7.209 0.7858 A' 0.9691
1382 7.234 2.6 A' 0.9691
1376 7.27 0.0753 A' 0.9691
1375 7.274 0.3374 A' 0.9691
1369 7.303 1.571 A' 0.9691
1366 7.32 2.144 A' 0.9691
1363 7.339 9.806 A' 0.9691
1360 7.354 2.81 A' 0.9691
1353 7.39 6.321 A' 0.9691
1351 7.402 7.969 A' 0.9691
1348 7.416 0.0724 A' 0.9691
1342 7.453 1.812 A' 0.9691
1336 7.484 2.825 A' 0.9691
1332 7.508 2.154 A' 0.9691
1328 7.529 1.891 A' 0.9691
1320 7.575 2.851 A' 0.9691
1316 7.598 0.2443 A' 0.9691
1305 7.664 0.5729 A' 0.9691
1304 7.669 20.36 A' 0.9691
1297 7.709 7.201 A' 0.9691
1288 7.766 1.244 A' 0.9691
1287 7.771 8.389 A' 0.9691
1275 7.845 2.696 A' 0.9691
1269 7.879 0.7455 A' 0.9691
1268 7.886 14.86 A' 0.9691
1259 7.943 4.126 A' 0.9691
1255 7.966 19.46 A' 0.9691
1241 8.058 1.912 A' 0.9691
1235 8.095 0.4991 A' 0.9691
1229 8.134 2.103 A' 0.9691
1226 8.154 2.49 A' 0.9691
1216 8.223 3.057 A' 0.9691
1213 8.247 1.419 A' 0.9691
1204 8.303 1.888 A' 0.9691
1201 8.323 2.595 A' 0.9691
1195 8.37 4.314 A' 0.9691
1188 8.414 3.445 A' 0.9691
1178 8.488 6.18 A' 0.9691
1172 8.535 5.189 A' 0.9691
1169 8.551 1.672 A' 0.9691
1166 8.573 2.194 A' 0.9691
1157 8.646 2.347 A' 0.9691
1150 8.698 0.6799 A' 0.9691
1148 8.712 3.686 A' 0.9691
1146 8.725 2.881 A' 0.9691
1144 8.744 9.377 A' 0.9691
1137 8.796 1.698 A' 0.9691
1128 8.866 0.1181 A' 0.9691
1119 8.937 1.152 A' 0.9691
1107 9.032 7.271 A' 0.9691
1093 9.15 3.225 A' 0.9691
1082 9.245 0.7228 A' 0.9794
1069 9.354 4.906 A' 0.9794
1049 9.535 0.2408 A' 0.9794
1043 9.584 3.107 A' 0.9794
1033 9.676 1.022 A' 0.9794
1024 9.762 0.1905 A' 0.9794
985 10.15 1.262 A' 0.9794
981.9 10.18 3.195 A' 0.9794
980 10.2 0.0267 A' 0.9794
960.9 10.41 0.7642 A' 0.9794
956.8 10.45 0.0023 A" 0.9794
953.8 10.48 0.0005 A" 0.9794
953.7 10.49 0.0001 A" 0.9794
948.1 10.55 0.1079 A" 0.9794
943.5 10.6 0.8936 A' 0.9794
940.3 10.63 1.296 A" 0.9794
931.2 10.74 1.625 A" 0.9794
922.3 10.84 0.0658 A" 0.9794
914.7 10.93 0.0024 A" 0.9794
894.7 11.18 1.564 A' 0.9794
890.7 11.23 87.19 A" 0.9794
886.2 11.28 1.883 A' 0.9794
883.4 11.32 62.46 A" 0.9794
880.7 11.35 2.376 A" 0.9794
880.5 11.36 2.554 A' 0.9794
866.7 11.54 9.957 A" 0.9794
857 11.67 1.864 A' 0.9794
849.7 11.77 2.227 A" 0.9794
842.4 11.87 6.633 A' 0.9794
837.9 11.93 1.175 A' 0.9794
837.7 11.94 16.85 A" 0.9794
830 12.05 60.53 A" 0.9794
824.8 12.12 2.218 A' 0.9794
824.7 12.13 3.107 A" 0.9794
819.1 12.21 0.2572 A" 0.9794
806.7 12.4 4.532 A' 0.9794
795.2 12.57 10.86 A" 0.9794
795 12.58 0.5487 A' 0.9794
793.7 12.6 4.197 A" 0.9794
786.1 12.72 2.255 A" 0.9794
785.3 12.73 1.051 A' 0.9794
782.9 12.77 0.6361 A" 0.9794
779.5 12.83 0.0224 A" 0.9794
777.5 12.86 0.2826 A' 0.9794
769.3 13 2.303 A' 0.9794
761.9 13.13 1.339 A' 0.9794
758.1 13.19 1.253 A" 0.9794
756.4 13.22 1.138 A" 0.9794
749.1 13.35 0.3576 A' 0.9794
748.3 13.36 1.5 A" 0.9794
735.8 13.59 0.0846 A" 0.9794
726.9 13.76 1.091 A" 0.9794
721.9 13.85 0.3455 A' 0.9794
718.1 13.93 2.658 A" 0.9794
715.6 13.97 0.168 A" 0.9794
713.6 14.01 0.4726 A" 0.9794
713.4 14.02 0.7163 A' 0.9794
704.4 14.2 0.4427 A" 0.9794
700.1 14.28 0.4977 A' 0.9794
694 14.41 0.4295 A" 0.9794
686.2 14.57 0.5115 A' 0.9794
682.3 14.66 0.3684 A" 0.9794
679.9 14.71 0.1461 A' 0.9794
666.4 15.01 0.051 A' 0.9794
655.2 15.26 1.094 A" 0.9794
653.7 15.3 0.0727 A' 0.9794
648.4 15.42 0.2358 A" 0.9794
641.2 15.6 0.3043 A' 0.9794
630.5 15.86 0.0341 A' 0.9794
628.8 15.9 0.0894 A" 0.9794
625.1 16 0.7257 A' 0.9794
624.5 16.01 0.1751 A" 0.9794
615.4 16.25 0.035 A' 0.9794
612.9 16.32 0.0764 A" 0.9794
611.1 16.36 0.0012 A" 0.9794
609.3 16.41 0.0061 A' 0.9794
602.9 16.59 1.923 A' 0.9794
598.3 16.71 0.0002 A" 0.9794
596.1 16.78 0.0957 A" 0.9794
594.7 16.81 0.5085 A' 0.9794
593.5 16.85 0.0729 A" 0.9794
589.8 16.96 0.143 A" 0.9794
588.1 17 1.898 A" 0.9794
581.3 17.2 8.472 A" 0.9794
573.7 17.43 3.597 A" 0.9794
573 17.45 1.929 A' 0.9794
568.5 17.59 0.0586 A" 0.9794
568.5 17.59 0.5105 A' 0.9794
567.5 17.62 2.12 A" 0.9794
563.5 17.75 0.4278 A" 0.9794
561.7 17.8 0.0695 A' 0.9794
556.7 17.96 0.2577 A' 0.9794
551.3 18.14 0.221 A" 0.9794
548.3 18.24 0.638 A" 0.9794
544.8 18.36 0.983 A" 0.9794
540.5 18.5 0.5482 A' 0.9794
528.1 18.93 0.6127 A' 0.9794
523.3 19.11 0.3993 A" 0.9794
516.2 19.37 1.931 A' 0.9794
508.6 19.66 1.266 A' 0.9794
502.6 19.9 0.0901 A" 0.9794
494.7 20.21 0.6249 A' 0.9794
483.1 20.7 0.0547 A' 0.9794
475.9 21.01 0.9269 A' 0.9794
470.4 21.26 0.5994 A' 0.9794
469.2 21.31 0.0415 A" 0.9794
463.2 21.59 1.776 A' 0.9794
459.5 21.76 0.0002 A" 0.9794
456.4 21.91 0.0039 A" 0.9794
449.2 22.26 1.42 A' 0.9794
442.6 22.6 1.635 A' 0.9794
428 23.36 0.0001 A" 0.9794
416.5 24.01 0.0497 A" 0.9794
413.1 24.21 0.0007 A" 0.9794
412.5 24.24 0.1572 A' 0.9794
405.9 24.64 0.2027 A" 0.9794
403.6 24.78 0.1045 A" 0.9794
393.8 25.4 0.0122 A" 0.9794
384.8 25.99 0.8767 A' 0.9794
381.3 26.23 0.4051 A' 0.9794
374 26.74 0.0796 A" 0.9794
368.3 27.16 0.0099 A" 0.9794
354.7 28.2 0.0013 A" 0.9794
341.7 29.27 0.5403 A" 0.9794
336 29.76 0.2292 A' 0.9794
329.9 30.31 1.097 A" 0.9794
326 30.67 1.361 A" 0.9794
322.3 31.03 4.414 A' 0.9794
306.7 32.6 0.9682 A' 0.9794
305.2 32.77 0.0019 A" 0.9794
301.6 33.16 0.5553 A" 0.9794
301.6 33.16 0.5677 A' 0.9794
279.8 35.74 0.0253 A' 0.9794
277.3 36.07 0.1945 A" 0.9794
276.5 36.17 0.0166 A" 0.9794
262.6 38.08 0.2296 A" 0.9794
250.6 39.91 0 A" 0.9794
248.2 40.29 1.858 A' 0.9794
235 42.55 0.3692 A" 0.9794
233.2 42.87 1.505 A" 0.9794
216.3 46.24 0.0034 A" 0.9794
210.1 47.59 0.0626 A' 0.9794
208.4 47.97 0.0404 A' 0.9794
202.3 49.43 0.4922 A" 0.9794
191.4 52.25 0.172 A" 0.9794
175.8 56.89 7.355 A' 0.9794
171.4 58.33 0.1698 A" 0.9794
150.3 66.55 0.5689 A" 0.9794
139 71.96 0.5814 A" 0.9794
135.7 73.69 0.1475 A" 0.9794
117.5 85.08 0.0014 A" 0.9794
98.43 101.6 0 A" 0.9794
82.53 121.2 0.0485 A" 0.9794
81.3 123 0.0036 A" 0.9794
58.5 170.9 0.3302 A" 0.9794
50.11 199.6 0.1549 A" 0.9794
46.31 215.9 0.8723 A" 0.9794
23.8 420.2 0.1231 A" 0.9794
22.37 446.9 0.0001 A" 0.9794

Vibrations

Note(s):


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10,749 species present in version 4.00 of the theoretical database (Jun 27, 2024)