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uid 3265
scaling factor multiple (3)

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

Transitions

Frequency
[wavenumbers]
Wavelength
[microns]
Integrated cross-section
[km/mol]
Symmetry Scaling factor
3071 3.256 129.8 A' 0.9595
3070 3.257 214.7 A' 0.9595
3070 3.257 147.2 A' 0.9595
3070 3.257 81.11 A' 0.9595
3070 3.258 0.4287 A' 0.9595
3069 3.258 18.21 A' 0.9595
3056 3.272 63.14 A' 0.9595
3054 3.274 44.41 A' 0.9595
3053 3.275 6.807 A' 0.9595
3053 3.275 30.55 A' 0.9595
3052 3.277 6.701 A' 0.9595
3051 3.277 14.71 A' 0.9595
3051 3.278 3.801 A' 0.9595
3050 3.278 23.87 A' 0.9595
3050 3.278 12.84 A' 0.9595
3050 3.279 19.31 A' 0.9595
3049 3.279 6.578 A' 0.9595
3049 3.28 5.248 A' 0.9595
3048 3.28 3.7 A' 0.9595
3048 3.281 3.498 A' 0.9595
3047 3.281 2.596 A' 0.9595
3047 3.282 0.2443 A' 0.9595
3047 3.282 0.8973 A' 0.9595
1601 6.247 15.3 A' 0.9523
1597 6.261 1.396 A' 0.9523
1592 6.282 13.54 A' 0.9523
1587 6.301 6.841 A' 0.9523
1582 6.322 6.172 A' 0.9523
1581 6.323 17.03 A' 0.9523
1576 6.346 11.38 A' 0.9523
1571 6.366 1.589 A' 0.9523
1567 6.383 3.248 A' 0.9523
1566 6.387 1.663 A' 0.9523
1561 6.407 8.257 A' 0.9523
1559 6.416 2.733 A' 0.9523
1554 6.435 3.186 A' 0.9523
1550 6.452 0.6576 A' 0.9523
1546 6.467 0.0432 A' 0.9523
1543 6.482 4.471 A' 0.9523
1535 6.516 2.336 A' 0.9523
1533 6.523 4.623 A' 0.9523
1523 6.568 1.39 A' 0.9523
1517 6.592 0.1052 A' 0.9523
1506 6.638 1.595 A' 0.9523
1496 6.683 6.182 A' 0.9523
1494 6.692 6.617 A' 0.9523
1490 6.713 15.05 A' 0.9523
1484 6.74 4.689 A' 0.9523
1482 6.75 3.431 A' 0.9523
1476 6.777 1.405 A' 0.9523
1470 6.804 0.4085 A' 0.9523
1465 6.824 6.973 A' 0.9523
1460 6.851 0.9777 A' 0.9523
1457 6.861 0.266 A' 0.9523
1453 6.882 0.2903 A' 0.9523
1450 6.895 0.851 A' 0.9523
1447 6.91 2.899 A' 0.9523
1443 6.929 1.655 A' 0.9523
1437 6.96 0.4231 A' 0.9523
1436 6.966 2.887 A' 0.9523
1430 6.991 0.064 A' 0.9523
1425 7.017 0.1837 A' 0.9523
1421 7.038 0.8377 A' 0.9523
1420 7.041 1.429 A' 0.9523
1413 7.076 0.709 A' 0.9523
1413 7.079 1.464 A' 0.9523
1411 7.086 0.123 A' 0.9523
1406 7.111 0.3497 A' 0.9523
1402 7.133 1.228 A' 0.9523
1400 7.145 1.608 A' 0.9523
1391 7.187 3.71 A' 0.9523
1390 7.193 2.198 A' 0.9523
1388 7.202 0.1237 A' 0.9523
1384 7.225 0.6484 A' 0.9523
1383 7.23 1.407 A' 0.9523
1380 7.247 0.3726 A' 0.9523
1377 7.264 1.823 A' 0.9523
1375 7.272 1.163 A' 0.9523
1374 7.278 3.032 A' 0.9523
1371 7.294 1.951 A' 0.9523
1367 7.315 0.9145 A' 0.9523
1366 7.321 1.52 A' 0.9523
1365 7.327 0.0128 A' 0.9523
1362 7.343 3.32 A' 0.9523
1360 7.356 2.498 A' 0.9523
1356 7.376 1.728 A' 0.9523
1351 7.401 1.471 A' 0.9523
1349 7.415 1.483 A' 0.9523
1347 7.425 1.729 A' 0.9523
1344 7.441 0.4821 A' 0.9523
1337 7.477 1.256 A' 0.9523
1332 7.508 2.89 A' 0.9523
1330 7.522 5.881 A' 0.9523
1327 7.538 4.178 A' 0.9523
1324 7.552 13.19 A' 0.9523
1323 7.556 1.992 A' 0.9523
1319 7.583 0.4243 A' 0.9523
1311 7.626 2.453 A' 0.9523
1304 7.667 4.287 A' 0.9523
1297 7.711 8.651 A' 0.9523
1292 7.737 7.437 A' 0.9523
1283 7.796 2.961 A' 0.9523
1280 7.814 0.2678 A' 0.9523
1276 7.837 0.0395 A' 0.9523
1272 7.86 2.197 A' 0.9523
1265 7.902 0.656 A' 0.9523
1258 7.952 5.866 A' 0.9523
1252 7.986 3.774 A' 0.9523
1249 8.004 2.204 A' 0.9523
1240 8.067 15.52 A' 0.9523
1232 8.119 1.282 A' 0.9523
1222 8.181 1.596 A' 0.9523
1221 8.193 6.477 A' 0.9523
1213 8.247 1.056 A' 0.9523
1207 8.282 0.8055 A' 0.9523
1205 8.299 1.62 A' 0.9523
1196 8.359 3.891 A' 0.9523
1192 8.388 0.3167 A' 0.9523
1187 8.427 0.2698 A' 0.9523
1186 8.432 0.6074 A' 0.9523
1183 8.453 5.423 A' 0.9523
1175 8.508 3.197 A' 0.9523
1173 8.528 0.5026 A' 0.9523
1169 8.556 4.674 A' 0.9523
1167 8.571 1.225 A' 0.9523
1158 8.632 8.183 A' 0.9523
1152 8.677 2.207 A' 0.9523
1147 8.715 0.1741 A' 0.9523
1141 8.766 7.24 A' 0.9523
1140 8.774 5.648 A' 0.9523
1129 8.858 0.64 A' 0.9523
1126 8.88 0.6933 A' 0.9523
1107 9.037 3.333 A' 0.9523
1093 9.153 0.5612 A' 0.9523
1082 9.245 0.3669 A' 0.9523
1069 9.35 0.9994 A' 0.9523
1067 9.372 0.6704 A' 0.9523
1061 9.424 0.8252 A' 0.9523
1051 9.512 0.5139 A' 0.9563
1023 9.778 1.774 A' 0.9563
1013 9.869 1.879 A' 0.9563
991.8 10.08 0.7998 A' 0.9563
981.9 10.18 0.5185 A' 0.9563
978 10.23 0.7424 A' 0.9563
975.1 10.26 0.0001 A" 0.9563
974.7 10.26 3.812 A' 0.9563
974.5 10.26 0.0005 A" 0.9563
973.1 10.28 0.0047 A" 0.9563
970.7 10.3 0.0058 A" 0.9563
968.3 10.33 0.0011 A" 0.9563
956.1 10.46 0.0389 A" 0.9563
952.5 10.5 0.7411 A' 0.9563
942.6 10.61 0.4776 A' 0.9563
921.3 10.85 1.935 A' 0.9563
909.8 10.99 119.8 A" 0.9563
907.6 11.02 2.461 A' 0.9563
902.8 11.08 20.43 A" 0.9563
899.5 11.12 117.1 A" 0.9563
893.7 11.19 5.262 A" 0.9563
892.5 11.2 0.5816 A' 0.9563
887.2 11.27 6.07 A" 0.9563
880.4 11.36 0.2353 A" 0.9563
876.2 11.41 20.54 A" 0.9563
868.7 11.51 0.1311 A' 0.9563
860.9 11.62 0.7988 A" 0.9563
855.7 11.69 0.8788 A' 0.9563
848.9 11.78 6.093 A" 0.9563
848.8 11.78 2.659 A' 0.9563
840.4 11.9 5.912 A" 0.9563
840.4 11.9 1.373 A' 0.9563
834.7 11.98 1.08 A' 0.9563
825 12.12 14.04 A" 0.9563
821.4 12.18 0.413 A' 0.9563
810.9 12.33 1.585 A" 0.9563
803.7 12.44 6.214 A" 0.9563
802 12.47 2.329 A' 0.9563
793.6 12.6 1.968 A' 0.9563
791.6 12.63 0.0809 A" 0.9563
788.7 12.68 1.305 A" 0.9563
786.3 12.72 0.0089 A" 0.9563
781.9 12.79 24.48 A" 0.9563
779.3 12.83 1.15 A" 0.9563
776.5 12.88 0 A" 0.9563
775.6 12.89 0.1541 A' 0.9563
772.6 12.94 0.1039 A" 0.9563
770.1 12.98 0.2809 A" 0.9563
768 13.02 0.7314 A' 0.9563
764.8 13.08 0.0352 A" 0.9563
760.5 13.15 1.434 A" 0.9563
760.4 13.15 0.7591 A' 0.9563
758.9 13.18 0.8684 A' 0.9563
757.4 13.2 2.808 A" 0.9563
749.2 13.35 0.0065 A" 0.9563
743.8 13.44 0.6278 A' 0.9563
743.2 13.46 0.0401 A" 0.9563
739.2 13.53 0.0535 A" 0.9563
733.9 13.63 2.023 A' 0.9563
732.6 13.65 0.3192 A' 0.9563
730.2 13.7 0.0368 A" 0.9563
723.5 13.82 2.59 A" 0.9563
718.4 13.92 0.0057 A" 0.9563
717.8 13.93 0.0823 A' 0.9563
710.1 14.08 2.463 A" 0.9563
704.9 14.19 2.598 A" 0.9563
701.4 14.26 0.6279 A" 0.9563
696.7 14.35 0.0997 A' 0.9563
693.5 14.42 0.5042 A' 0.9563
691.9 14.45 0.5575 A" 0.9563
685.4 14.59 1.531 A" 0.9563
675.8 14.8 0.3423 A" 0.9563
675.2 14.81 0.55 A' 0.9563
670.4 14.92 0.0464 A" 0.9563
670.2 14.92 0.0669 A' 0.9563
662.4 15.1 0.306 A" 0.9563
647.5 15.44 0.1591 A' 0.9563
646.8 15.46 0.1174 A" 0.9563
642.9 15.56 0.4059 A' 0.9563
638.4 15.67 0.1034 A' 0.9563
635.7 15.73 0.5752 A' 0.9563
630.4 15.86 0.7788 A' 0.9563
619.5 16.14 0.9124 A' 0.9563
617.4 16.2 0.0032 A" 0.9563
615 16.26 0.6928 A' 0.9563
606.9 16.48 0.0094 A" 0.9563
605.5 16.51 0.4353 A' 0.9563
600.2 16.66 0.0292 A" 0.9563
599.1 16.69 0.8326 A" 0.9563
594.6 16.82 1.086 A" 0.9563
590.9 16.92 0.8958 A" 0.9563
590.5 16.93 8.283 A" 0.9563
589.5 16.96 1.378 A' 0.9563
580 17.24 1.338 A" 0.9563
579.4 17.26 0.6754 A' 0.9563
575.9 17.37 2.12 A" 0.9563
570 17.54 0.1953 A' 0.9563
568.1 17.6 0.4016 A" 0.9563
565.8 17.68 5.769 A" 0.9563
561.4 17.81 0.0295 A' 0.9563
559.7 17.87 8.746 A" 0.9563
555.3 18.01 0.0612 A' 0.9563
551.4 18.14 0.1673 A" 0.9563
550.4 18.17 0.3341 A" 0.9563
549.2 18.21 0.0202 A' 0.9563
545.4 18.33 0.387 A' 0.9563
536.7 18.63 0.5443 A" 0.9563
535.7 18.67 0.0764 A' 0.9563
524.6 19.06 0.1359 A' 0.9563
513.3 19.48 0.5275 A' 0.9563
511.7 19.54 2.659 A' 0.9563
507.3 19.71 0.0287 A" 0.9563
494.9 20.21 1.096 A' 0.9563
479.2 20.87 0.0005 A" 0.9563
477.3 20.95 0.5337 A' 0.9563
467.8 21.38 0.4348 A' 0.9563
460.8 21.7 0.294 A' 0.9563
456.8 21.89 0.0095 A" 0.9563
451.7 22.14 0.5519 A' 0.9563
435.8 22.94 0.001 A" 0.9563
434.1 23.03 1.38 A' 0.9563
424.1 23.58 1.383 A' 0.9563
423.3 23.62 0.08 A" 0.9563
419.7 23.82 0.9408 A" 0.9563
415.3 24.08 0.2165 A' 0.9563
410.8 24.34 0.0192 A" 0.9563
407.8 24.52 0.0696 A" 0.9563
402.9 24.82 0.114 A" 0.9563
387.6 25.8 0.1346 A" 0.9563
384.7 25.99 0.0664 A' 0.9563
378.8 26.4 0.0737 A" 0.9563
375.8 26.61 0.0811 A' 0.9563
372.8 26.83 0.0169 A" 0.9563
363.9 27.48 1.179 A' 0.9563
360.2 27.76 0.0002 A" 0.9563
349.2 28.64 0.013 A" 0.9563
346.3 28.88 0.0792 A" 0.9563
338.5 29.54 0.0021 A" 0.9563
334 29.94 0.0003 A" 0.9563
325.2 30.75 2.159 A' 0.9563
313.9 31.86 1.059 A" 0.9563
308.2 32.45 0.3529 A' 0.9563
298 33.56 3.593 A' 0.9563
295.3 33.86 0.1296 A" 0.9563
287 34.84 0.7202 A" 0.9563
280.1 35.7 0.3262 A' 0.9563
276 36.23 0.0067 A" 0.9563
269 37.17 0.9603 A" 0.9563
269 37.17 1.249 A' 0.9563
257.5 38.84 5.742 A' 0.9563
244.1 40.96 0.4492 A" 0.9563
239 41.84 1.049 A" 0.9563
227.3 43.99 1.906 A" 0.9563
226.3 44.19 0.5422 A" 0.9563
211.6 47.26 0.0125 A" 0.9563
203.7 49.09 0.3009 A" 0.9563
202.1 49.47 0.0015 A' 0.9563
190.1 52.6 0.2371 A' 0.9563
182.2 54.88 0.0219 A" 0.9563
172 58.13 0.0202 A" 0.9563
153.3 65.25 2.81 A' 0.9563
149.1 67.05 0.3552 A" 0.9563
143 69.91 0.2034 A" 0.9563
128.5 77.82 0.2787 A" 0.9563
123.4 81.05 1.058 A" 0.9563
116.4 85.9 0.0099 A" 0.9563
97.43 102.6 0.1024 A" 0.9563
84.47 118.4 0.1241 A" 0.9563
71.81 139.3 0.009 A" 0.9563
54.77 182.6 0.0901 A" 0.9563
48.93 204.4 0.0886 A" 0.9563
44.05 227 1.249 A" 0.9563
24.36 410.5 0.07 A" 0.9563
20 500.1 0.2063 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)