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 688
scaling factor 0.958

Transitions — Left-clk & drag: Zoom; Right-clk: reset

Transitions

Frequency
[wavenumbers] 		Wavelength
[microns] 		Integrated cross-section
[km/mol] 		Symmetry Scaling factor
3065 3.262 62.99 A 0.958
3065 3.263 251.7 A 0.958
3065 3.263 98.17 A 0.958
3065 3.263 51.69 A 0.958
3065 3.263 66.8 A 0.958
3062 3.266 97.76 A 0.958
3049 3.28 23.24 A 0.958
3048 3.281 16.15 A 0.958
3048 3.281 18.52 A 0.958
3048 3.281 98.18 A 0.958
3047 3.281 53.89 A 0.958
3046 3.284 7.895 A 0.958
3045 3.284 1.219 A 0.958
3045 3.284 24.08 A 0.958
3044 3.285 28.93 A 0.958
3044 3.285 4.28 A 0.958
3044 3.286 4.978 A 0.958
3043 3.286 0.3455 A 0.958
3043 3.287 2.509 A 0.958
3042 3.287 11.28 A 0.958
3042 3.287 8.397 A 0.958
3042 3.287 2.256 A 0.958
3040 3.29 9.167 A 0.958
3035 3.295 19.05 A 0.958
2659 3.761 25.53 A 0.958
1609 6.217 7.953 A 0.958
1607 6.224 9.443 A 0.958
1603 6.238 1.263 A 0.958
1599 6.252 1.764 A 0.958
1596 6.265 0.8038 A 0.958
1593 6.276 9.772 A 0.958
1591 6.286 16.77 A 0.958
1585 6.308 6.137 A 0.958
1582 6.32 21.07 A 0.958
1580 6.33 2.348 A 0.958
1578 6.336 0.8856 A 0.958
1574 6.352 7.205 A 0.958
1573 6.356 2.535 A 0.958
1569 6.372 2.186 A 0.958
1562 6.401 0.3696 A 0.958
1560 6.409 3.871 A 0.958
1557 6.421 2.946 A 0.958
1556 6.425 3.383 A 0.958
1552 6.443 0.2666 A 0.958
1546 6.469 6.985 A 0.958
1542 6.487 7.769 A 0.958
1538 6.504 10.31 A 0.958
1534 6.52 3.202 A 0.958
1523 6.565 1.874 A 0.958
1517 6.591 0.512 A 0.958
1509 6.627 0.635 A 0.958
1501 6.66 0.0265 A 0.958
1495 6.687 3.643 A 0.958
1492 6.702 0.8927 A 0.958
1491 6.706 1.084 A 0.958
1487 6.727 0.962 A 0.958
1480 6.755 1.212 A 0.958
1474 6.783 5.204 A 0.958
1469 6.807 1.786 A 0.958
1464 6.831 4.241 A 0.958
1462 6.84 1.617 A 0.958
1459 6.855 3.516 A 0.958
1454 6.878 1.632 A 0.958
1450 6.894 1.179 A 0.958
1450 6.898 1.225 A 0.958
1448 6.907 2.651 A 0.958
1445 6.922 3.249 A 0.958
1442 6.936 7.823 A 0.958
1438 6.954 0.9137 A 0.958
1433 6.977 1.342 A 0.958
1429 6.996 1.706 A 0.958
1426 7.014 0.3275 A 0.958
1424 7.022 0.9115 A 0.958
1422 7.032 2.006 A 0.958
1416 7.06 1.869 A 0.958
1416 7.064 0.0569 A 0.958
1412 7.082 7.218 A 0.958
1406 7.113 3.358 A 0.958
1402 7.13 0.0455 A 0.958
1397 7.156 0.3044 A 0.958
1397 7.159 0.055 A 0.958
1395 7.171 0.046 A 0.958
1394 7.176 3.079 A 0.958
1391 7.187 0.6984 A 0.958
1389 7.198 0.3032 A 0.958
1386 7.213 0.6732 A 0.958
1383 7.23 0.0246 A 0.958
1383 7.233 0.3894 A 0.958
1380 7.244 0.0153 A 0.958
1378 7.256 2.254 A 0.958
1377 7.26 1.007 A 0.958
1375 7.272 0.3389 A 0.958
1372 7.291 0.0029 A 0.958
1366 7.318 0.1045 A 0.958
1365 7.326 0.092 A 0.958
1363 7.337 0.316 A 0.958
1362 7.342 0.4813 A 0.958
1357 7.369 1.859 A 0.958
1355 7.382 1.874 A 0.958
1354 7.388 1.415 A 0.958
1352 7.395 2.304 A 0.958
1349 7.412 0.9698 A 0.958
1348 7.421 0.6063 A 0.958
1345 7.433 1.516 A 0.958
1343 7.447 2.89 A 0.958
1338 7.474 1 A 0.958
1331 7.514 0.9789 A 0.958
1329 7.524 2.029 A 0.958
1322 7.562 1.914 A 0.958
1322 7.564 0.4088 A 0.958
1317 7.591 7.348 A 0.958
1312 7.624 5.416 A 0.958
1309 7.64 0.3263 A 0.958
1307 7.65 9.546 A 0.958
1293 7.732 0.694 A 0.958
1289 7.757 1.007 A 0.958
1288 7.764 2.39 A 0.958
1281 7.805 7.842 A 0.958
1279 7.819 8.305 A 0.958
1275 7.84 10.89 A 0.958
1272 7.862 10.48 A 0.958
1270 7.876 1.581 A 0.958
1264 7.908 1.703 A 0.958
1262 7.921 0.4319 A 0.958
1255 7.967 7.03 A 0.958
1236 8.089 0.5762 A 0.958
1225 8.162 1.652 A 0.958
1223 8.177 0.1721 A 0.958
1217 8.216 0.2284 A 0.958
1215 8.229 0.0767 A 0.958
1213 8.241 0.2447 A 0.958
1211 8.256 4.289 A 0.958
1208 8.276 2.612 A 0.958
1204 8.308 0.6831 A 0.958
1199 8.341 1.68 A 0.958
1197 8.356 2.57 A 0.958
1193 8.382 3.635 A 0.958
1189 8.413 0.4651 A 0.958
1185 8.437 2.173 A 0.958
1179 8.479 5.036 A 0.958
1177 8.494 1.347 A 0.958
1174 8.52 2.806 A 0.958
1171 8.543 9.148 A 0.958
1165 8.582 3.42 A 0.958
1162 8.605 4.331 A 0.958
1161 8.616 13.47 A 0.958
1153 8.675 11.36 A 0.958
1150 8.693 1.067 A 0.958
1139 8.782 10.37 A 0.958
1124 8.894 1.024 A 0.958
1119 8.938 1.504 A 0.958
1109 9.015 0.1531 A 0.958
1101 9.086 0.0133 A 0.958
1095 9.131 0.0187 A 0.958
1068 9.366 3.284 A 0.958
1067 9.373 0.6044 A 0.958
1063 9.404 0.2972 A 0.958
1053 9.498 2.949 A 0.958
1042 9.601 0.8888 A 0.958
1040 9.615 3.839 A 0.958
1036 9.655 4.615 A 0.958
1033 9.68 0.8938 A 0.958
1030 9.711 0.737 A 0.958
1000 9.999 2.21 A 0.958
976.7 10.24 0.012 A 0.958
976.2 10.24 0.0005 A 0.958
975.6 10.25 0.0206 A 0.958
975.1 10.26 0.009 A 0.958
974.4 10.26 0.772 A 0.958
967.9 10.33 0.0945 A 0.958
953.1 10.49 0.0798 A 0.958
946.5 10.57 0.2151 A 0.958
933.6 10.71 0.0582 A 0.958
931.4 10.74 0.0685 A 0.958
924.7 10.81 0.6266 A 0.958
919.3 10.88 5.965 A 0.958
914.2 10.94 109.8 A 0.958
910.8 10.98 154.1 A 0.958
909 11 0.8999 A 0.958
906.5 11.03 3.569 A 0.958
904.5 11.06 5.334 A 0.958
902 11.09 1.274 A 0.958
901.9 11.09 4.157 A 0.958
899.9 11.11 21.66 A 0.958
896.4 11.16 0.9566 A 0.958
888.5 11.25 0.0585 A 0.958
886.4 11.28 0.9919 A 0.958
874 11.44 0.5533 A 0.958
870.1 11.49 0.4782 A 0.958
867.1 11.53 0.2158 A 0.958
859.4 11.64 1.613 A 0.958
856.3 11.68 0.5759 A 0.958
852.7 11.73 4.641 A 0.958
849.7 11.77 16.98 A 0.958
834.3 11.99 1.765 A 0.958
829.4 12.06 5.24 A 0.958
818.9 12.21 0.259 A 0.958
801 12.48 60.34 A 0.958
797.2 12.54 0.9482 A 0.958
796.1 12.56 0.0121 A 0.958
794.5 12.59 1.791 A 0.958
793.6 12.6 2.111 A 0.958
790.7 12.65 0.4137 A 0.958
789.1 12.67 2.501 A 0.958
787.9 12.69 0.7558 A 0.958
786.3 12.72 0.6285 A 0.958
785.5 12.73 0.2608 A 0.958
782.3 12.78 1.058 A 0.958
779.8 12.82 2.282 A 0.958
779.4 12.83 0.3267 A 0.958
777.3 12.87 0.0884 A 0.958
774.8 12.91 0.4483 A 0.958
772.6 12.94 1.33 A 0.958
770.2 12.98 0.2987 A 0.958
765.7 13.06 0.8054 A 0.958
762.9 13.11 2.122 A 0.958
760.8 13.14 4.567 A 0.958
753.7 13.27 0.9747 A 0.958
752.1 13.3 0.2225 A 0.958
748.4 13.36 0.3274 A 0.958
747.5 13.38 0.2001 A 0.958
745 13.42 0.0616 A 0.958
743.7 13.45 0.3668 A 0.958
739.5 13.52 2.342 A 0.958
737.3 13.56 0.6596 A 0.958
730.6 13.69 0.2297 A 0.958
728.8 13.72 0.4514 A 0.958
726.1 13.77 0.082 A 0.958
724 13.81 1.077 A 0.958
721.7 13.86 0.2882 A 0.958
718.7 13.91 0.5924 A 0.958
716.9 13.95 0.0956 A 0.958
707.9 14.13 0.0404 A 0.958
703.3 14.22 0.0296 A 0.958
700.9 14.27 0.765 A 0.958
685.3 14.59 0.5695 A 0.958
682.4 14.65 0.7959 A 0.958
681.6 14.67 5.862 A 0.958
680.3 14.7 0.903 A 0.958
674.8 14.82 0.1252 A 0.958
674.2 14.83 0.1517 A 0.958
666.1 15.01 0.5029 A 0.958
662.2 15.1 0.212 A 0.958
655.5 15.26 0.6206 A 0.958
655 15.27 0.0053 A 0.958
654.3 15.28 0.5489 A 0.958
651.1 15.36 0.8592 A 0.958
645 15.5 0.2455 A 0.958
640.8 15.6 0.0557 A 0.958
640.2 15.62 0.0264 A 0.958
638.5 15.66 0.0466 A 0.958
635.3 15.74 0.1392 A 0.958
630.9 15.85 0.3259 A 0.958
620.8 16.11 0.5204 A 0.958
609.8 16.4 0.5976 A 0.958
608.3 16.44 0.1125 A 0.958
604.9 16.53 3.182 A 0.958
597.8 16.73 2.116 A 0.958
596.4 16.77 0.4318 A 0.958
595.4 16.8 7.537 A 0.958
594.6 16.82 0.5856 A 0.958
592.8 16.87 1.256 A 0.958
592.2 16.89 1.983 A 0.958
589.9 16.95 5.823 A 0.958
588.6 16.99 4.791 A 0.958
588.2 17 0.019 A 0.958
585.1 17.09 3.655 A 0.958
579.6 17.25 0.1713 A 0.958
578.7 17.28 2.462 A 0.958
573.1 17.45 0.1622 A 0.958
571.7 17.49 16.73 A 0.958
568 17.61 2.872 A 0.958
562.3 17.78 0.6984 A 0.958
558.1 17.92 0.6084 A 0.958
556.6 17.97 0.0979 A 0.958
555.1 18.01 0.348 A 0.958
553.1 18.08 1.513 A 0.958
547 18.28 2.102 A 0.958
541.8 18.46 0.1993 A 0.958
540.2 18.51 0.0255 A 0.958
532.5 18.78 1.865 A 0.958
520.9 19.2 0.3566 A 0.958
515.1 19.41 1.92 A 0.958
509.5 19.63 0.0685 A 0.958
502.4 19.91 0.0434 A 0.958
500.8 19.97 0.136 A 0.958
499.9 20 0.6351 A 0.958
494.7 20.22 0.0123 A 0.958
491.6 20.34 0.4643 A 0.958
475.1 21.05 0.5228 A 0.958
447.1 22.36 0.233 A 0.958
444.4 22.5 0.023 A 0.958
442.1 22.62 0.0861 A 0.958
440 22.72 0.2782 A 0.958
436 22.94 0.0729 A 0.958
427.2 23.41 1.644 A 0.958
426.4 23.45 0.9774 A 0.958
421.3 23.74 0.0588 A 0.958
419.1 23.86 0.0667 A 0.958
418.7 23.88 0.0156 A 0.958
412.9 24.22 0.062 A 0.958
407.7 24.53 0.0137 A 0.958
405.3 24.67 0.2567 A 0.958
403.9 24.76 0.1484 A 0.958
401.5 24.9 2.629 A 0.958
397.4 25.16 1.341 A 0.958
394.6 25.34 2.834 A 0.958
386.8 25.85 0.1413 A 0.958
377.6 26.48 0.0193 A 0.958
371.6 26.91 0.0231 A 0.958
370 27.03 0.0181 A 0.958
363.7 27.49 0.8492 A 0.958
359 27.86 0.0032 A 0.958
356.7 28.03 0.1748 A 0.958
351.3 28.47 0.5042 A 0.958
335.5 29.8 0.0611 A 0.958
315 31.74 0.7948 A 0.958
314.3 31.82 0.2184 A 0.958
311.3 32.12 0.1021 A 0.958
307.4 32.53 0.8513 A 0.958
303.8 32.91 2.222 A 0.958
301.2 33.2 4.202 A 0.958
293 34.13 0.2563 A 0.958
291.5 34.3 0.318 A 0.958
290.7 34.4 0.0304 A 0.958
277.9 35.98 0.3498 A 0.958
275.7 36.27 0.0451 A 0.958
264.7 37.78 0.1552 A 0.958
242.5 41.24 0.0156 A 0.958
236.4 42.29 0.3599 A 0.958
235.7 42.43 0.1491 A 0.958
234.2 42.7 0.0357 A 0.958
232.2 43.06 0.2487 A 0.958
208.7 47.92 0.1868 A 0.958
203.7 49.1 0.6571 A 0.958
202.1 49.47 6.113 A 0.958
201.6 49.61 3.97 A 0.958
201.1 49.73 1.761 A 0.958
188.7 52.99 0.0247 A 0.958
188.1 53.16 0.0222 A 0.958
179.4 55.75 0.0109 A 0.958
172.6 57.95 0.1878 A 0.958
169.3 59.07 0.0672 A 0.958
131.5 76.03 0.091 A 0.958
129.4 77.28 1.072 A 0.958
129 77.51 2.021 A 0.958
125.3 79.8 0.0644 A 0.958
123.5 80.96 0.3524 A 0.958
82.75 120.8 0.002 A 0.958
81.69 122.4 0.0128 A 0.958
72.36 138.2 0.0076 A 0.958
70.85 141.1 0.0121 A 0.958
56.77 176.2 0.0033 A 0.958
43.94 227.6 0.0102 A 0.958
29.69 336.8 1.361 A 0.958
22.97 435.4 0.0007 A 0.958
22.74 439.7 0.0009 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)