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uid 3499
scaling factor multiple (3)

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

Transitions

Frequency
[wavenumbers]
Wavelength
[microns]
Integrated cross-section
[km/mol]
Symmetry Scaling factor
3159 3.165 13.17 A' 0.9595
3157 3.168 19.92 A' 0.9595
3135 3.19 72.4 A' 0.9595
3132 3.192 38.34 A' 0.9595
3128 3.197 65.35 A' 0.9595
3126 3.198 4.006 A' 0.9595
3125 3.2 108.2 A' 0.9595
3125 3.2 8.582 A' 0.9595
3116 3.209 7.416 A' 0.9595
3116 3.209 2.01 A' 0.9595
3113 3.212 5.949 A' 0.9595
3110 3.216 0.1824 A' 0.9595
3108 3.218 0.1727 A' 0.9595
3105 3.22 21.1 A' 0.9595
3105 3.221 1.361 A' 0.9595
3103 3.223 8.878 A' 0.9595
3102 3.223 13.92 A' 0.9595
3101 3.225 2.719 A' 0.9595
3099 3.227 6.64 A' 0.9595
3095 3.231 2.46 A' 0.9595
3085 3.242 29.62 A' 0.9595
3084 3.243 26.84 A' 0.9595
3080 3.246 28.04 A' 0.9595
3080 3.247 31.75 A' 0.9595
3079 3.247 11.74 A' 0.9595
3077 3.249 5.018 A' 0.9595
3071 3.256 0.7657 A' 0.9595
3071 3.256 0.3777 A' 0.9595
1588 6.298 0.2078 A' 0.9523
1586 6.303 10.95 A' 0.9523
1585 6.308 39.38 A' 0.9523
1579 6.332 16.88 A' 0.9523
1578 6.339 31.14 A' 0.9523
1574 6.354 219.5 A' 0.9523
1572 6.36 4.268 A' 0.9523
1571 6.367 186.5 A' 0.9523
1569 6.372 198.4 A' 0.9523
1563 6.399 35.1 A' 0.9523
1559 6.412 29.65 A' 0.9523
1559 6.416 23.02 A' 0.9523
1558 6.42 37.43 A' 0.9523
1555 6.432 816.2 A' 0.9523
1547 6.463 386.3 A' 0.9523
1543 6.482 235.2 A' 0.9523
1538 6.503 24.95 A' 0.9523
1532 6.528 4.109 A' 0.9523
1528 6.543 5.132 A' 0.9523
1523 6.566 3.534 A' 0.9523
1519 6.582 59.07 A' 0.9523
1512 6.613 188 A' 0.9523
1508 6.633 17.01 A' 0.9523
1502 6.657 2.957 A' 0.9523
1494 6.695 21.51 A' 0.9523
1488 6.719 19.17 A' 0.9523
1487 6.725 49.03 A' 0.9523
1477 6.77 3.898 A' 0.9523
1476 6.774 7.526 A' 0.9523
1470 6.805 15.91 A' 0.9523
1467 6.814 4.126 A' 0.9523
1463 6.838 1.59 A' 0.9523
1454 6.88 40.3 A' 0.9523
1453 6.883 54.24 A' 0.9523
1449 6.902 21.8 A' 0.9523
1443 6.928 7.959 A' 0.9523
1441 6.941 0.492 A' 0.9523
1435 6.969 71.28 A' 0.9523
1430 6.994 23.7 A' 0.9523
1422 7.034 21.37 A' 0.9523
1415 7.068 6.095 A' 0.9523
1412 7.084 27.22 A' 0.9523
1402 7.131 8.34 A' 0.9523
1398 7.153 0.2896 A' 0.9523
1396 7.165 4.95 A' 0.9523
1393 7.179 3.173 A' 0.9523
1386 7.216 2.796 A' 0.9523
1384 7.225 5.835 A' 0.9523
1373 7.284 15.93 A' 0.9523
1372 7.29 19.04 A' 0.9523
1365 7.325 2.861 A' 0.9523
1361 7.346 2.801 A' 0.9523
1358 7.363 9.541 A' 0.9523
1355 7.383 54.75 A' 0.9523
1353 7.391 2.301 A' 0.9523
1348 7.418 6.161 A' 0.9523
1348 7.419 19.39 A' 0.9523
1342 7.451 25.21 A' 0.9523
1339 7.471 3.912 A' 0.9523
1330 7.519 7.241 A' 0.9523
1329 7.522 3.226 A' 0.9523
1326 7.542 16.71 A' 0.9523
1325 7.549 17.97 A' 0.9523
1323 7.556 54.06 A' 0.9523
1320 7.578 0.9247 A' 0.9523
1317 7.591 57.05 A' 0.9523
1314 7.609 109.2 A' 0.9523
1308 7.646 349.8 A' 0.9523
1305 7.662 13.4 A' 0.9523
1298 7.702 255.9 A' 0.9523
1295 7.72 153.3 A' 0.9523
1293 7.733 43.62 A' 0.9523
1291 7.747 11.41 A' 0.9523
1286 7.778 77.38 A' 0.9523
1284 7.787 240.4 A' 0.9523
1279 7.82 372.6 A' 0.9523
1272 7.86 177.5 A' 0.9523
1267 7.896 75.46 A' 0.9523
1261 7.929 124.6 A' 0.9523
1257 7.956 52.68 A' 0.9523
1255 7.97 266.6 A' 0.9523
1245 8.034 178.4 A' 0.9523
1239 8.071 146 A' 0.9523
1237 8.087 54.81 A' 0.9523
1235 8.096 377.7 A' 0.9523
1231 8.126 0.8913 A' 0.9523
1228 8.142 12.13 A' 0.9523
1220 8.198 18.82 A' 0.9523
1217 8.217 74.21 A' 0.9523
1215 8.227 179.5 A' 0.9523
1207 8.288 108.8 A' 0.9523
1199 8.337 16.78 A' 0.9523
1191 8.4 23.02 A' 0.9523
1188 8.416 11.29 A' 0.9523
1184 8.445 18.12 A' 0.9523
1177 8.496 81.66 A' 0.9523
1175 8.507 9.729 A' 0.9523
1172 8.535 33 A' 0.9523
1152 8.678 3.987 A' 0.9523
1145 8.732 10.64 A' 0.9523
1131 8.838 24.19 A' 0.9523
1127 8.872 23.8 A' 0.9523
1123 8.905 3.699 A' 0.9523
1112 8.992 8.753 A' 0.9523
1108 9.026 0.5993 A' 0.9523
1102 9.073 20.61 A' 0.9523
1097 9.118 6.69 A' 0.9523
1093 9.147 0.0777 A' 0.9523
1088 9.193 55.9 A' 0.9523
1083 9.233 14.69 A' 0.9523
1075 9.299 1.533 A' 0.9523
1060 9.431 19.01 A' 0.9563
1059 9.439 24.21 A' 0.9563
1049 9.532 2.827 A' 0.9563
1042 9.599 1.353 A' 0.9563
1036 9.656 56.15 A' 0.9563
1007 9.928 0.3086 A' 0.9563
995.9 10.04 6.467 A' 0.9563
994.3 10.06 0.0046 A" 0.9563
993.5 10.07 1.455 A' 0.9563
993 10.07 0.0008 A" 0.9563
988.2 10.12 0.3872 A" 0.9563
984.2 10.16 0.0514 A" 0.9563
984 10.16 38.1 A' 0.9563
982.8 10.18 0.1512 A" 0.9563
979.9 10.2 0 A" 0.9563
959.7 10.42 0.0132 A" 0.9563
958.5 10.43 3.881 A' 0.9563
956.5 10.45 0.0023 A" 0.9563
955.5 10.47 0.0835 A" 0.9563
944.7 10.59 1.605 A" 0.9563
942.8 10.61 0.0565 A' 0.9563
940.1 10.64 0.0339 A" 0.9563
910.2 10.99 2.961 A' 0.9563
903.9 11.06 0.0032 A" 0.9563
902.3 11.08 28 A' 0.9563
898 11.14 0.4575 A" 0.9563
896.9 11.15 0.1964 A" 0.9563
889.5 11.24 0.0025 A" 0.9563
887.7 11.26 1.988 A' 0.9563
880.9 11.35 10.41 A' 0.9563
864.2 11.57 2.004 A" 0.9563
861.4 11.61 9.94 A' 0.9563
861.2 11.61 10.98 A" 0.9563
860.6 11.62 1.563 A" 0.9563
856.4 11.68 9.136 A" 0.9563
841 11.89 6.337 A' 0.9563
834.7 11.98 14.25 A' 0.9563
834.3 11.99 0.3474 A" 0.9563
829.2 12.06 12.69 A' 0.9563
826.4 12.1 28.12 A" 0.9563
823.5 12.14 0.0292 A" 0.9563
821.1 12.18 0.33 A' 0.9563
817.6 12.23 1.51 A" 0.9563
808.1 12.37 29.39 A" 0.9563
802.2 12.46 1.269 A' 0.9563
800.2 12.5 0.2165 A" 0.9563
794.4 12.59 0.3642 A' 0.9563
787.8 12.69 149.4 A" 0.9563
781.9 12.79 5.006 A" 0.9563
775.6 12.89 3.042 A' 0.9563
774.3 12.91 24.46 A" 0.9563
762.9 13.11 8.45 A" 0.9563
761.7 13.13 11.26 A" 0.9563
759.9 13.16 84.17 A" 0.9563
759 13.18 6.887 A' 0.9563
756.7 13.21 0.0402 A" 0.9563
751.3 13.31 0.2415 A" 0.9563
748.9 13.35 2.472 A' 0.9563
743.1 13.46 21.49 A" 0.9563
741.3 13.49 22.99 A" 0.9563
737.6 13.56 0.1449 A" 0.9563
735.9 13.59 1.886 A" 0.9563
728.5 13.73 0.229 A" 0.9563
728.1 13.73 4.657 A" 0.9563
722.3 13.85 0.5293 A' 0.9563
721 13.87 0.0294 A" 0.9563
712.7 14.03 7.272 A' 0.9563
711.1 14.06 3.456 A" 0.9563
702.3 14.24 1.751 A' 0.9563
697 14.35 0.9814 A" 0.9563
690.1 14.49 0.5317 A' 0.9563
688.2 14.53 1.058 A" 0.9563
683.2 14.64 1.11 A' 0.9563
678 14.75 6.723 A' 0.9563
673.5 14.85 0.0029 A" 0.9563
668.6 14.96 0.3747 A" 0.9563
664.6 15.05 5.874 A' 0.9563
655.7 15.25 0.0144 A" 0.9563
647.5 15.44 5.331 A' 0.9563
645.9 15.48 0.0444 A" 0.9563
645.9 15.48 29.89 A' 0.9563
637.1 15.7 0.2083 A" 0.9563
636.8 15.7 15.24 A' 0.9563
627.2 15.94 1.84 A' 0.9563
622.9 16.05 0.0007 A" 0.9563
621.2 16.1 1.666 A' 0.9563
618.1 16.18 0.1141 A" 0.9563
618.1 16.18 2.727 A' 0.9563
611.5 16.35 7.552 A' 0.9563
605.3 16.52 0.7019 A" 0.9563
597.6 16.73 0.0639 A" 0.9563
596.7 16.76 1.976 A' 0.9563
586.5 17.05 1.721 A" 0.9563
584.5 17.11 3.011 A' 0.9563
580.6 17.22 1.715 A' 0.9563
574.6 17.4 0 A" 0.9563
567.8 17.61 0.1301 A" 0.9563
567 17.64 4.117 A' 0.9563
555.3 18.01 0.1848 A' 0.9563
553.1 18.08 0.1499 A" 0.9563
545.4 18.34 0.0225 A' 0.9563
543.1 18.41 0.4115 A" 0.9563
535.2 18.68 9.076 A' 0.9563
534 18.73 2.422 A" 0.9563
531.3 18.82 0.1975 A" 0.9563
529.9 18.87 10.05 A' 0.9563
521.3 19.18 1.473 A' 0.9563
520.3 19.22 0.0382 A" 0.9563
505.1 19.8 0.1277 A' 0.9563
502.5 19.9 0.2187 A" 0.9563
489.7 20.42 1.88 A' 0.9563
488.6 20.47 0.0338 A" 0.9563
485.3 20.61 2.254 A' 0.9563
472.4 21.17 0.4761 A" 0.9563
470.9 21.23 1.369 A' 0.9563
470.3 21.26 0.0591 A" 0.9563
467.4 21.39 0.0434 A" 0.9563
459.3 21.77 0.0374 A" 0.9563
455.6 21.95 0.1572 A' 0.9563
446.6 22.39 3.581 A" 0.9563
445.1 22.47 1.669 A' 0.9563
419.6 23.83 1.362 A' 0.9563
418.7 23.88 2.027 A" 0.9563
405 24.69 0.399 A" 0.9563
399.7 25.02 0.8269 A' 0.9563
390.7 25.6 0.0425 A" 0.9563
384.4 26.02 0.025 A" 0.9563
373.4 26.78 0.0458 A" 0.9563
365.6 27.35 3.08 A' 0.9563
362.9 27.55 0.013 A" 0.9563
358 27.94 0.8409 A' 0.9563
341.6 29.28 0.0008 A" 0.9563
334.3 29.92 2.228 A' 0.9563
325.3 30.74 0.0851 A' 0.9563
314.7 31.77 4.609 A' 0.9563
313.7 31.88 0.0609 A" 0.9563
305.6 32.72 0.0022 A" 0.9563
301.4 33.18 0.6623 A" 0.9563
298.5 33.5 6.341 A' 0.9563
292.6 34.17 0.1966 A" 0.9563
289.5 34.54 2.346 A' 0.9563
282.5 35.4 3.041 A' 0.9563
276.2 36.21 1.489 A" 0.9563
272.4 36.71 0.9239 A" 0.9563
257.7 38.81 0.1134 A" 0.9563
254.8 39.24 5.131 A' 0.9563
240.5 41.59 1.465 A" 0.9563
229.9 43.49 0.9522 A' 0.9563
209.2 47.79 0.671 A" 0.9563
198.2 50.44 0.2511 A' 0.9563
193.1 51.78 0.0142 A" 0.9563
189.5 52.78 0.0052 A" 0.9563
174.3 57.38 9.436 A' 0.9563
153.9 64.99 0.5903 A' 0.9563
152.7 65.49 0.4742 A" 0.9563
138.2 72.36 0.1273 A" 0.9563
128.8 77.62 0.2672 A" 0.9563
125.5 79.67 0.5669 A" 0.9563
118.2 84.61 0.001 A" 0.9563
108.4 92.28 0.4762 A" 0.9563
107.3 93.18 0.2499 A" 0.9563
98.56 101.5 1.518 A' 0.9563
85.31 117.2 0.0486 A" 0.9563
82.51 121.2 0.0837 A" 0.9563
68.2 146.6 1.473 A" 0.9563
58.5 170.9 0.0109 A" 0.9563
47.63 209.9 1.494 A" 0.9563
29.01 344.7 0.1068 A" 0.9563
25.5 392.1 0.0234 A" 0.9563
20.88 479 0.1208 A" 0.9563
8.83 1133 0.0003 A" 0.9563
3.855 2594 0 A" 0.9563
1.155 8657 0.0015 A" 0.9563

Vibrations

Note(s):


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