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uid 3450
scaling factor multiple (3)

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

Transitions

Frequency
[wavenumbers]
Wavelength
[microns]
Integrated cross-section
[km/mol]
Symmetry Scaling factor
3151 3.173 17.6 A' 0.9595
3149 3.176 23.98 A' 0.9595
3123 3.202 91.1 A' 0.9595
3120 3.205 107.1 A' 0.9595
3118 3.207 18.5 A' 0.9595
3116 3.209 16.23 A' 0.9595
3115 3.21 42.23 A' 0.9595
3111 3.214 5.72 A' 0.9595
3110 3.216 17.07 A' 0.9595
3102 3.224 11.14 A' 0.9595
3101 3.225 12.39 A' 0.9595
3099 3.227 6.862 A' 0.9595
3099 3.227 15.75 A' 0.9595
3097 3.229 1.13 A' 0.9595
3096 3.23 15.27 A' 0.9595
3095 3.231 17.99 A' 0.9595
3091 3.235 5.179 A' 0.9595
3087 3.239 7.793 A' 0.9595
3086 3.24 3.456 A' 0.9595
3084 3.242 4.401 A' 0.9595
3075 3.252 14.28 A' 0.9595
3075 3.252 58.86 A' 0.9595
3075 3.252 71.45 A' 0.9595
3066 3.262 53.58 A' 0.9595
3064 3.264 10.3 A' 0.9595
3060 3.268 3.059 A' 0.9595
3060 3.268 1.571 A' 0.9595
3060 3.268 0.5713 A' 0.9595
1591 6.285 0.9496 A' 0.9523
1590 6.288 1.933 A' 0.9523
1589 6.292 0.18 A' 0.9523
1588 6.297 0.1386 A' 0.9523
1585 6.309 6.117 A' 0.9523
1583 6.318 8.143 A' 0.9523
1580 6.33 10.1 A' 0.9523
1579 6.332 2.74 A' 0.9523
1575 6.348 5.076 A' 0.9523
1574 6.352 14.37 A' 0.9523
1568 6.378 2.384 A' 0.9523
1568 6.379 3.458 A' 0.9523
1566 6.384 1.508 A' 0.9523
1561 6.406 0.7124 A' 0.9523
1558 6.417 0.0413 A' 0.9523
1557 6.423 0.9836 A' 0.9523
1547 6.466 0.7257 A' 0.9523
1544 6.476 0.3596 A' 0.9523
1539 6.499 0.0179 A' 0.9523
1537 6.505 0.7544 A' 0.9523
1528 6.545 0.5647 A' 0.9523
1527 6.549 0.4206 A' 0.9523
1518 6.586 0.3692 A' 0.9523
1506 6.64 11 A' 0.9523
1503 6.655 2.457 A' 0.9523
1497 6.682 25.61 A' 0.9523
1487 6.726 1.646 A' 0.9523
1486 6.732 24.14 A' 0.9523
1479 6.759 5.316 A' 0.9523
1473 6.787 26.25 A' 0.9523
1470 6.803 4.341 A' 0.9523
1462 6.84 10.18 A' 0.9523
1457 6.865 3.63 A' 0.9523
1454 6.88 2.187 A' 0.9523
1452 6.885 1.906 A' 0.9523
1446 6.918 4.675 A' 0.9523
1444 6.927 1.837 A' 0.9523
1434 6.974 8.468 A' 0.9523
1429 6.998 9.569 A' 0.9523
1427 7.006 16.02 A' 0.9523
1415 7.065 3.016 A' 0.9523
1412 7.08 5.214 A' 0.9523
1410 7.094 5.739 A' 0.9523
1401 7.14 5.393 A' 0.9523
1393 7.18 5.148 A' 0.9523
1388 7.203 4.882 A' 0.9523
1385 7.219 2.926 A' 0.9523
1379 7.251 0.9187 A' 0.9523
1376 7.267 2.798 A' 0.9523
1372 7.287 1.382 A' 0.9523
1363 7.339 30.32 A' 0.9523
1358 7.363 0.1566 A' 0.9523
1356 7.373 8.803 A' 0.9523
1353 7.392 8.349 A' 0.9523
1348 7.419 0.7635 A' 0.9523
1346 7.428 11.19 A' 0.9523
1343 7.447 13.28 A' 0.9523
1337 7.477 11.31 A' 0.9523
1334 7.494 6.658 A' 0.9523
1334 7.497 4.606 A' 0.9523
1329 7.524 0.4705 A' 0.9523
1325 7.545 2.564 A' 0.9523
1324 7.551 0.0934 A' 0.9523
1321 7.568 0.1693 A' 0.9523
1319 7.581 1.913 A' 0.9523
1319 7.582 4.499 A' 0.9523
1314 7.612 1.547 A' 0.9523
1310 7.631 3.052 A' 0.9523
1307 7.65 3.285 A' 0.9523
1304 7.668 11.13 A' 0.9523
1299 7.7 6.909 A' 0.9523
1296 7.715 1.935 A' 0.9523
1291 7.748 0.6026 A' 0.9523
1285 7.784 0.1169 A' 0.9523
1281 7.805 7.103 A' 0.9523
1275 7.844 7.81 A' 0.9523
1268 7.887 3.421 A' 0.9523
1263 7.919 3.622 A' 0.9523
1260 7.934 0.1867 A' 0.9523
1255 7.968 0.8448 A' 0.9523
1253 7.982 2.331 A' 0.9523
1250 8 0.5123 A' 0.9523
1243 8.047 5.558 A' 0.9523
1238 8.074 0.1639 A' 0.9523
1234 8.102 0.7708 A' 0.9523
1233 8.108 0.3338 A' 0.9523
1227 8.153 1.878 A' 0.9523
1221 8.191 0.7457 A' 0.9523
1215 8.233 0.0481 A' 0.9523
1207 8.288 0.2355 A' 0.9523
1205 8.3 1.553 A' 0.9523
1192 8.386 1.604 A' 0.9523
1190 8.403 6.411 A' 0.9523
1184 8.445 0.9684 A' 0.9523
1182 8.458 1.572 A' 0.9523
1181 8.468 1.379 A' 0.9523
1173 8.524 0.3834 A' 0.9523
1166 8.579 0.7164 A' 0.9523
1153 8.675 0.732 A' 0.9523
1144 8.74 2.986 A' 0.9523
1139 8.777 10.43 A' 0.9523
1136 8.805 3.378 A' 0.9523
1128 8.868 0.729 A' 0.9523
1113 8.988 0.9357 A' 0.9523
1104 9.054 0.7182 A' 0.9523
1096 9.123 0.8046 A' 0.9523
1095 9.13 0.3279 A' 0.9523
1090 9.172 1.927 A' 0.9523
1084 9.227 1.268 A' 0.9523
1071 9.339 0.46 A' 0.9523
1064 9.399 2.273 A' 0.9523
1060 9.434 3.111 A' 0.9523
1059 9.446 1.244 A' 0.9563
1047 9.55 1.182 A' 0.9563
1044 9.58 4.228 A' 0.9563
1039 9.623 8.048 A' 0.9563
1008 9.922 0.0937 A' 0.9563
1000 9.998 1.01 A' 0.9563
996.3 10.04 1.167 A' 0.9563
983.3 10.17 0.1585 A' 0.9563
982 10.18 0.0035 A" 0.9563
981.6 10.19 0.0018 A" 0.9563
981.2 10.19 0.0001 A" 0.9563
972.3 10.29 0.5071 A" 0.9563
966.1 10.35 0.0006 A" 0.9563
959.6 10.42 0.1209 A' 0.9563
953.5 10.49 0.8586 A' 0.9563
950.8 10.52 0.0313 A" 0.9563
945.3 10.58 0.0597 A" 0.9563
944 10.59 0.617 A" 0.9563
938.6 10.65 0.6828 A" 0.9563
932.1 10.73 2.107 A" 0.9563
930.8 10.74 0.036 A" 0.9563
928.9 10.77 0.0818 A" 0.9563
910.9 10.98 1.563 A' 0.9563
906.9 11.03 0.4822 A' 0.9563
898.7 11.13 0.1186 A' 0.9563
889.2 11.25 0.0005 A" 0.9563
881.9 11.34 0.9056 A' 0.9563
878.1 11.39 0.0042 A" 0.9563
858.7 11.65 0.4849 A' 0.9563
858 11.65 3.087 A" 0.9563
857 11.67 0.0014 A" 0.9563
855.6 11.69 0.6282 A" 0.9563
854 11.71 0.3361 A" 0.9563
851.3 11.75 17.45 A" 0.9563
839.9 11.91 0.1886 A' 0.9563
838.4 11.93 0.3023 A' 0.9563
829.1 12.06 0.6531 A" 0.9563
828 12.08 3.877 A' 0.9563
817.3 12.24 0.0264 A" 0.9563
815.3 12.27 36.18 A" 0.9563
814.4 12.28 2.181 A' 0.9563
813.8 12.29 14.21 A" 0.9563
811.5 12.32 1.33 A' 0.9563
808.8 12.36 12.91 A" 0.9563
798.7 12.52 1.574 A' 0.9563
795.3 12.57 33.17 A" 0.9563
788.8 12.68 33.61 A" 0.9563
778.4 12.85 0.1367 A" 0.9563
773 12.94 41.19 A" 0.9563
768.6 13.01 0.6539 A' 0.9563
762.9 13.11 31.55 A" 0.9563
760.3 13.15 29.9 A" 0.9563
758.5 13.18 9.012 A" 0.9563
758.1 13.19 90.5 A" 0.9563
753.9 13.26 0.36 A' 0.9563
752.4 13.29 0.0007 A" 0.9563
750.5 13.33 15.19 A" 0.9563
743.4 13.45 0.2672 A' 0.9563
739.1 13.53 1.544 A" 0.9563
737 13.57 4.2 A" 0.9563
736.1 13.59 1.824 A" 0.9563
730.9 13.68 12.57 A" 0.9563
729.6 13.71 3.426 A" 0.9563
728.7 13.72 1.795 A' 0.9563
719.9 13.89 4.373 A" 0.9563
715.5 13.98 4.477 A" 0.9563
711.5 14.05 3.852 A' 0.9563
703.5 14.22 0.3239 A" 0.9563
700.3 14.28 0.3832 A' 0.9563
696.9 14.35 1.648 A' 0.9563
691.5 14.46 0.0299 A" 0.9563
684.9 14.6 2.43 A" 0.9563
681.9 14.66 0.9011 A' 0.9563
670.3 14.92 0.0194 A" 0.9563
668.7 14.95 2.882 A' 0.9563
660.7 15.14 6.87 A' 0.9563
659.5 15.16 1.065 A' 0.9563
658.9 15.18 0.0084 A" 0.9563
652.3 15.33 8.758 A' 0.9563
651.1 15.36 0.0591 A" 0.9563
644.2 15.52 1.417 A' 0.9563
638.7 15.66 0.0927 A" 0.9563
632.1 15.82 5.09 A' 0.9563
623 16.05 3.613 A' 0.9563
619.7 16.14 2.068 A' 0.9563
615.6 16.24 0.0313 A" 0.9563
611.4 16.36 0.0542 A" 0.9563
611.1 16.36 1.094 A' 0.9563
603.8 16.56 0.0087 A" 0.9563
595 16.81 0.0157 A" 0.9563
591.5 16.9 0.0398 A' 0.9563
587 17.04 0.6185 A" 0.9563
583.6 17.14 0.583 A' 0.9563
579.9 17.24 3.916 A' 0.9563
575.1 17.39 0.3744 A" 0.9563
573.6 17.43 2.231 A' 0.9563
571.6 17.5 0.0034 A" 0.9563
567.6 17.62 0.999 A' 0.9563
566.4 17.65 0.0395 A" 0.9563
560.3 17.85 0.5753 A' 0.9563
556.9 17.96 0.0905 A" 0.9563
543.7 18.39 0.4712 A" 0.9563
541 18.48 2.945 A' 0.9563
532.1 18.79 0.9282 A" 0.9563
521.8 19.16 0.3547 A' 0.9563
516.6 19.36 0.1338 A" 0.9563
514.4 19.44 0.0947 A' 0.9563
510.4 19.59 2.115 A' 0.9563
503.2 19.87 0.009 A" 0.9563
500.6 19.98 0.3789 A' 0.9563
487.4 20.52 0.0124 A" 0.9563
485.9 20.58 0.3086 A' 0.9563
477.5 20.94 0.2864 A" 0.9563
472.7 21.15 0.0467 A" 0.9563
466.7 21.43 0.4017 A' 0.9563
463.4 21.58 3.334 A' 0.9563
458.3 21.82 1.646 A" 0.9563
458.1 21.83 6.578 A" 0.9563
453 22.08 0.7079 A" 0.9563
440.4 22.71 0.4341 A' 0.9563
416.4 24.02 0.3465 A" 0.9563
415.9 24.04 0.1659 A' 0.9563
407.7 24.53 0.8485 A' 0.9563
405 24.69 0.1177 A" 0.9563
389.2 25.7 0.0539 A" 0.9563
386.1 25.9 0.0031 A" 0.9563
375.7 26.61 0.1662 A' 0.9563
367.8 27.19 0.2829 A" 0.9563
362 27.62 0.2052 A' 0.9563
360.1 27.77 0.037 A" 0.9563
353.6 28.28 1.373 A' 0.9563
343.4 29.12 0.368 A" 0.9563
335.4 29.82 0.2513 A" 0.9563
327.2 30.56 0.1167 A' 0.9563
323.6 30.91 0.4984 A" 0.9563
316.1 31.64 0.0238 A' 0.9563
302.2 33.09 0.0161 A" 0.9563
301.4 33.18 0.1158 A' 0.9563
296.9 33.69 0.0003 A" 0.9563
280 35.72 0.0046 A' 0.9563
275.4 36.31 0.0315 A" 0.9563
270.6 36.95 1.301 A" 0.9563
259.7 38.51 0.1476 A" 0.9563
257.3 38.87 0.0648 A' 0.9563
255.3 39.16 0.9836 A" 0.9563
249 40.16 0.0326 A' 0.9563
220.2 45.42 0.0409 A" 0.9563
207.3 48.24 0.0524 A" 0.9563
203.3 49.19 0.1749 A' 0.9563
189 52.92 0.0038 A' 0.9563
170.6 58.62 0.3628 A' 0.9563
170.3 58.71 0.0173 A" 0.9563
169.1 59.14 1.248 A" 0.9563
151.9 65.84 0.09 A' 0.9563
150.4 66.5 0.0009 A" 0.9563
140.9 70.95 0 A" 0.9563
123.7 80.87 0.0318 A" 0.9563
113.4 88.17 0.2752 A' 0.9563
111.3 89.83 0.0001 A" 0.9563
106.4 93.99 0.6865 A" 0.9563
92.08 108.6 0.136 A" 0.9563
83.07 120.4 0.1347 A" 0.9563
71.16 140.5 0.002 A" 0.9563
67.82 147.4 0.4999 A" 0.9563
53.64 186.4 0.0708 A" 0.9563
44.65 224 0.7494 A" 0.9563
37.48 266.8 0.005 A" 0.9563
27.59 362.4 0.0281 A" 0.9563
18.38 544 0.082 A" 0.9563
17.1 584.7 0.0108 A" 0.9563
7.155 1398 0.0008 A" 0.9563
1.372 7289 0.0001 A" 0.9563

Vibrations

Note(s):


You are kindly asked to consider the following references for citation when using the database:


4,233 species present in version 3.20 of the theoretical database (Sep 12, 2019)