An older version of the theoretical database is currently selected, click here to switch to the latest
You need a browser with JavaScript support in order to view the molecule in 3D
uid 585
scaling factor 0.958

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

Transitions

Frequency
[wavenumbers]
Wavelength
[microns]
Integrated cross-section
[km/mol]
Symmetry Scaling factor
3054 3.275 29.74 A 0.958
2954 3.386 66.19 A 0.958
2952 3.388 33.59 A 0.958
2951 3.389 38.93 A 0.958
2948 3.392 29.1 A 0.958
2947 3.393 106 A 0.958
2947 3.393 38.31 A 0.958
2946 3.395 18.62 A 0.958
2945 3.396 72.77 A 0.958
2945 3.396 12.77 A 0.958
2944 3.397 12.3 A 0.958
2931 3.412 17.28 A 0.958
2864 3.492 43.79 A 0.958
2862 3.494 34.65 A 0.958
2862 3.494 37.37 A 0.958
2858 3.5 128.3 A 0.958
2857 3.501 49.78 A 0.958
2855 3.502 34.15 A 0.958
2852 3.507 72.42 A 0.958
2850 3.509 15.22 A 0.958
2850 3.509 75.52 A 0.958
2847 3.513 0.8535 A 0.958
2845 3.515 14.06 A 0.958
2844 3.516 96.3 A 0.958
2843 3.518 68.5 A 0.958
2836 3.525 29.58 A 0.958
2835 3.527 37.05 A 0.958
2834 3.529 33.54 A 0.958
2824 3.541 23.21 A 0.958
2823 3.543 131 A 0.958
2813 3.555 14 A 0.958
2806 3.564 41.75 A 0.958
2792 3.582 75.65 A 0.958
2791 3.583 73.63 A 0.958
2787 3.588 68.12 A 0.958
1646 6.076 115.9 A 0.958
1637 6.108 36.25 A 0.958
1629 6.139 10.9 A 0.958
1622 6.165 45.39 A 0.958
1605 6.23 259.5 A 0.958
1590 6.291 331.5 A 0.958
1588 6.296 57.59 A 0.958
1570 6.369 243.1 A 0.958
1564 6.393 86.55 A 0.958
1555 6.432 1.799 A 0.958
1551 6.448 10.59 A 0.958
1539 6.496 25.94 A 0.958
1517 6.593 45.64 A 0.958
1503 6.655 195.1 A 0.958
1492 6.702 18.64 A 0.958
1464 6.829 49.38 A 0.958
1464 6.832 16.91 A 0.958
1463 6.834 44.59 A 0.958
1463 6.837 9.727 A 0.958
1461 6.843 0.5533 A 0.958
1461 6.845 0.7907 A 0.958
1458 6.859 14.02 A 0.958
1457 6.862 26.3 A 0.958
1457 6.864 9.502 A 0.958
1456 6.866 14.6 A 0.958
1455 6.871 39.18 A 0.958
1452 6.885 161.2 A 0.958
1447 6.911 15.63 A 0.958
1433 6.979 14.03 A 0.958
1431 6.988 15.99 A 0.958
1430 6.994 33.5 A 0.958
1427 7.007 88.78 A 0.958
1425 7.017 272.3 A 0.958
1419 7.046 76.51 A 0.958
1409 7.095 140.6 A 0.958
1409 7.099 216.9 A 0.958
1405 7.116 63.53 A 0.958
1402 7.133 4.851 A 0.958
1397 7.156 7.136 A 0.958
1394 7.175 185.7 A 0.958
1382 7.235 644 A 0.958
1375 7.272 68.87 A 0.958
1374 7.28 19.46 A 0.958
1372 7.288 43.48 A 0.958
1369 7.304 6.786 A 0.958
1358 7.362 195.4 A 0.958
1350 7.407 2.47 A 0.958
1347 7.426 15.13 A 0.958
1344 7.441 46.71 A 0.958
1341 7.458 30.35 A 0.958
1336 7.484 7.976 A 0.958
1331 7.51 59.52 A 0.958
1328 7.531 14.75 A 0.958
1325 7.546 1.926 A 0.958
1324 7.551 3.442 A 0.958
1324 7.555 0.278 A 0.958
1322 7.562 19.27 A 0.958
1322 7.564 27.72 A 0.958
1320 7.573 16.1 A 0.958
1319 7.58 36.03 A 0.958
1310 7.631 217.1 A 0.958
1298 7.702 8.822 A 0.958
1296 7.717 35.74 A 0.958
1291 7.748 52.79 A 0.958
1286 7.779 51.12 A 0.958
1249 8.005 1.074 A 0.958
1246 8.028 0.7685 A 0.958
1245 8.031 82.78 A 0.958
1243 8.047 66.2 A 0.958
1241 8.055 1.27 A 0.958
1239 8.069 10.13 A 0.958
1239 8.073 1.162 A 0.958
1231 8.122 0.9904 A 0.958
1229 8.14 1.272 A 0.958
1219 8.201 16.12 A 0.958
1217 8.219 7.305 A 0.958
1214 8.236 2.541 A 0.958
1205 8.301 16.21 A 0.958
1204 8.308 39.32 A 0.958
1195 8.367 3.269 A 0.958
1191 8.394 15.06 A 0.958
1187 8.422 1.249 A 0.958
1174 8.518 1.068 A 0.958
1166 8.578 1.426 A 0.958
1165 8.587 5.565 A 0.958
1156 8.648 4.773 A 0.958
1149 8.705 0.2523 A 0.958
1145 8.734 0.2924 A 0.958
1143 8.75 1.843 A 0.958
1142 8.753 1.274 A 0.958
1141 8.763 0.3745 A 0.958
1139 8.776 1.07 A 0.958
1133 8.823 13.95 A 0.958
1129 8.86 37.28 A 0.958
1127 8.876 8.981 A 0.958
1119 8.937 8.536 A 0.958
1114 8.979 1.645 A 0.958
1096 9.123 5.308 A 0.958
1090 9.172 8.655 A 0.958
1080 9.262 0.4987 A 0.958
1068 9.365 3.772 A 0.958
1062 9.414 8.883 A 0.958
1046 9.559 5.752 A 0.958
1032 9.694 26.84 A 0.958
1030 9.709 34.08 A 0.958
1026 9.747 9.348 A 0.958
1023 9.779 0.3613 A 0.958
1020 9.805 0.301 A 0.958
1014 9.862 2.856 A 0.958
1004 9.961 1.447 A 0.958
997.3 10.03 5.949 A 0.958
992.8 10.07 8.021 A 0.958
988.5 10.12 33.77 A 0.958
977.2 10.23 13.36 A 0.958
967.7 10.33 16.38 A 0.958
960.6 10.41 1.097 A 0.958
959.7 10.42 2.839 A 0.958
948.9 10.54 5.049 A 0.958
939.3 10.65 3.879 A 0.958
927 10.79 63.08 A 0.958
920.4 10.86 39.79 A 0.958
913.4 10.95 9.464 A 0.958
910.8 10.98 3.311 A 0.958
904.2 11.06 0.6621 A 0.958
893.4 11.19 1.862 A 0.958
891.2 11.22 0.4441 A 0.958
887.7 11.26 0.7062 A 0.958
881.9 11.34 4.772 A 0.958
876.2 11.41 0.4615 A 0.958
855.8 11.69 6.836 A 0.958
835.2 11.97 13.41 A 0.958
832.1 12.02 0.3593 A 0.958
821.9 12.17 8.157 A 0.958
818.9 12.21 6.199 A 0.958
804.6 12.43 1.366 A 0.958
798.9 12.52 10.99 A 0.958
785.1 12.74 14.39 A 0.958
776.5 12.88 3.862 A 0.958
772.7 12.94 22.17 A 0.958
762.2 13.12 0.9008 A 0.958
751.1 13.31 0.4779 A 0.958
746.3 13.4 5.637 A 0.958
733.2 13.64 1.745 A 0.958
727.2 13.75 1.283 A 0.958
722 13.85 6.849 A 0.958
706.1 14.16 0.2773 A 0.958
704.8 14.19 0.3095 A 0.958
698.6 14.31 0.1472 A 0.958
692.5 14.44 0.7328 A 0.958
678.9 14.73 3.766 A 0.958
671.2 14.9 0.1656 A 0.958
668.8 14.95 5.046 A 0.958
656.7 15.23 0.161 A 0.958
648.4 15.42 0.4696 A 0.958
638.4 15.66 0.7822 A 0.958
630.4 15.86 0.462 A 0.958
614.5 16.27 0.2666 A 0.958
608.6 16.43 0.9605 A 0.958
605.8 16.51 2.779 A 0.958
593.8 16.84 27.87 A 0.958
592.6 16.87 5.147 A 0.958
584.8 17.1 15.43 A 0.958
570.4 17.53 1.873 A 0.958
561.8 17.8 0.5734 A 0.958
560.6 17.84 0.4581 A 0.958
559.4 17.88 1.484 A 0.958
547.7 18.26 0.3308 A 0.958
547.1 18.28 4.267 A 0.958
545.3 18.34 4.969 A 0.958
542.2 18.44 3.317 A 0.958
526.7 18.99 2.131 A 0.958
513.6 19.47 3.176 A 0.958
506.9 19.73 0.2613 A 0.958
498.1 20.08 1.278 A 0.958
494.6 20.22 0.299 A 0.958
482.6 20.72 2.32 A 0.958
481.1 20.79 6.597 A 0.958
470.1 21.27 0.5883 A 0.958
456 21.93 3.928 A 0.958
451.5 22.15 0.3516 A 0.958
446.2 22.41 2.025 A 0.958
444.8 22.48 1.182 A 0.958
439.9 22.73 8.911 A 0.958
437 22.88 4.569 A 0.958
404.2 24.74 3.222 A 0.958
395.4 25.29 3.353 A 0.958
390.4 25.61 3.005 A 0.958
375.9 26.6 0.4342 A 0.958
371.9 26.89 2.828 A 0.958
359.9 27.79 0.5556 A 0.958
353.8 28.27 0.2678 A 0.958
348.2 28.72 0.9087 A 0.958
345.1 28.98 0.1638 A 0.958
331.5 30.17 0.9821 A 0.958
323.7 30.9 2.694 A 0.958
323.1 30.95 1.166 A 0.958
320.5 31.2 4.401 A 0.958
315.3 31.71 0.1609 A 0.958
306.2 32.66 1.689 A 0.958
296 33.79 0.283 A 0.958
257.6 38.82 0.941 A 0.958
252.6 39.58 0.2879 A 0.958
245.2 40.78 0.2343 A 0.958
240.9 41.51 1.86 A 0.958
239.7 41.72 0.1362 A 0.958
224.3 44.58 2.231 A 0.958
220.8 45.29 6.44 A 0.958
201.6 49.6 3.013 A 0.958
195.2 51.22 1.561 A 0.958
187.9 53.22 0.9611 A 0.958
181 55.25 0.8978 A 0.958
176.1 56.8 0.2403 A 0.958
170.4 58.68 0.3909 A 0.958
159.2 62.8 0.3332 A 0.958
136.9 73.02 2.964 A 0.958
127.1 78.69 0.1504 A 0.958
125.5 79.71 0.1995 A 0.958
116.3 85.98 0.1766 A 0.958
107.5 92.99 0.175 A 0.958
87.91 113.8 0.4938 A 0.958
81.76 122.3 0.2021 A 0.958
69.09 144.7 0.1022 A 0.958
59.56 167.9 5.367 A 0.958
53.05 188.5 0.113 A 0.958
22.45 445.4 0.0583 A 0.958
20.42 489.6 0.0573 A 0.958

Vibrations

Note(s):


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


700 species present in version 2.00 of the theoretical database (Oct 29, 2013)