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 663
scaling factor 0.958

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

Transitions

Frequency
[wavenumbers]
Wavelength
[microns]
Integrated cross-section
[km/mol]
Symmetry Scaling factor
3078 3.249 69.53 A' 0.958
3078 3.249 21.01 A" 0.958
3074 3.253 4.757 A' 0.958
3074 3.253 143.5 A" 0.958
3074 3.254 102.3 A' 0.958
3073 3.254 24.76 A" 0.958
3062 3.266 10.43 A' 0.958
3060 3.268 5.994 A" 0.958
3059 3.269 17.19 A' 0.958
3058 3.27 13 A" 0.958
3057 3.271 5.905 A' 0.958
3057 3.271 0.8454 A" 0.958
3057 3.272 0.0649 A' 0.958
3057 3.272 66.83 A" 0.958
3056 3.272 31.13 A' 0.958
3055 3.273 1.22 A" 0.958
3055 3.274 16.56 A' 0.958
3054 3.274 8.644 A" 0.958
3054 3.275 0.885 A' 0.958
3053 3.275 0.1615 A" 0.958
3053 3.275 0.9079 A' 0.958
3052 3.276 0.032 A" 0.958
3052 3.276 0.5399 A' 0.958
3052 3.277 0.8353 A" 0.958
2696 3.709 7.052 A' 0.958
1610 6.211 41.19 A' 0.958
1608 6.22 51.17 A" 0.958
1604 6.235 3.226 A' 0.958
1600 6.252 7.005 A" 0.958
1594 6.273 8.869 A" 0.958
1592 6.282 5.056 A' 0.958
1588 6.297 14.52 A" 0.958
1586 6.306 75.82 A' 0.958
1585 6.311 16.52 A' 0.958
1584 6.311 63.05 A" 0.958
1579 6.332 2.976 A' 0.958
1573 6.359 0.8709 A' 0.958
1571 6.364 40.06 A" 0.958
1571 6.367 179.8 A' 0.958
1568 6.377 50.32 A" 0.958
1561 6.406 0.6257 A" 0.958
1558 6.417 10.53 A' 0.958
1556 6.426 57.37 A" 0.958
1555 6.432 39.44 A' 0.958
1547 6.466 1.243 A' 0.958
1541 6.487 3.804 A" 0.958
1541 6.487 14.61 A' 0.958
1533 6.522 0.1631 A' 0.958
1517 6.592 0.933 A" 0.958
1512 6.616 3.799 A' 0.958
1509 6.628 7.855 A" 0.958
1496 6.683 10.18 A" 0.958
1494 6.694 11.16 A' 0.958
1493 6.697 13.06 A' 0.958
1491 6.706 2.9 A" 0.958
1486 6.727 18.63 A' 0.958
1477 6.77 0.0121 A" 0.958
1473 6.789 46.31 A" 0.958
1471 6.796 5.715 A" 0.958
1471 6.798 9.107 A' 0.958
1463 6.835 0.0396 A" 0.958
1461 6.843 4.61 A' 0.958
1457 6.862 0.9968 A" 0.958
1454 6.876 22.17 A' 0.958
1453 6.884 4.87 A' 0.958
1448 6.905 93.08 A" 0.958
1446 6.916 12.84 A' 0.958
1446 6.918 49.92 A" 0.958
1437 6.961 0.0628 A' 0.958
1433 6.98 46.29 A" 0.958
1430 6.993 64.73 A" 0.958
1429 6.999 5.128 A' 0.958
1428 7.004 3.203 A' 0.958
1423 7.026 7.613 A" 0.958
1420 7.045 0.0164 A' 0.958
1418 7.05 346.2 A" 0.958
1412 7.081 11.66 A" 0.958
1411 7.089 6.955 A' 0.958
1401 7.136 2.716 A' 0.958
1401 7.138 136.8 A" 0.958
1400 7.142 0.0412 A" 0.958
1396 7.162 13 A' 0.958
1394 7.174 0.0223 A' 0.958
1393 7.18 2.46 A' 0.958
1392 7.185 0.0153 A" 0.958
1387 7.212 0.5771 A" 0.958
1385 7.22 4.865 A' 0.958
1382 7.234 8.588 A" 0.958
1382 7.234 0.0179 A' 0.958
1382 7.236 3.328 A" 0.958
1381 7.243 0.2341 A' 0.958
1379 7.251 15.29 A' 0.958
1379 7.253 56.6 A" 0.958
1370 7.298 20.35 A' 0.958
1369 7.307 1.309 A" 0.958
1366 7.321 5.608 A" 0.958
1363 7.339 17.29 A" 0.958
1362 7.345 3.45 A' 0.958
1360 7.353 3.177 A' 0.958
1355 7.381 70.49 A" 0.958
1354 7.388 5.734 A" 0.958
1350 7.406 0.613 A' 0.958
1349 7.411 25.55 A' 0.958
1345 7.433 0.6973 A" 0.958
1345 7.435 29.68 A' 0.958
1343 7.448 51.5 A' 0.958
1337 7.477 3.47 A" 0.958
1332 7.507 4.878 A" 0.958
1324 7.555 24.5 A' 0.958
1323 7.557 77.56 A' 0.958
1322 7.564 0.6306 A" 0.958
1319 7.58 40.89 A" 0.958
1313 7.617 12.88 A" 0.958
1307 7.651 195.9 A' 0.958
1295 7.724 1.883 A' 0.958
1292 7.742 7.713 A' 0.958
1291 7.744 4.277 A" 0.958
1287 7.772 3.299 A' 0.958
1285 7.783 96.15 A" 0.958
1281 7.807 278.3 A" 0.958
1275 7.843 9.738 A' 0.958
1275 7.844 0.3869 A" 0.958
1272 7.861 10.04 A' 0.958
1267 7.895 0.8647 A" 0.958
1258 7.948 307.9 A" 0.958
1248 8.016 1.054 A' 0.958
1227 8.149 2.382 A" 0.958
1221 8.189 38.22 A' 0.958
1219 8.206 1.332 A" 0.958
1218 8.211 0.825 A' 0.958
1214 8.234 0.5054 A' 0.958
1214 8.237 0.0001 A" 0.958
1209 8.271 0.3932 A' 0.958
1206 8.289 0.6075 A" 0.958
1196 8.358 12.6 A' 0.958
1194 8.377 8.472 A" 0.958
1190 8.403 1.524 A' 0.958
1186 8.433 42.82 A" 0.958
1179 8.483 34.6 A' 0.958
1176 8.504 19.9 A" 0.958
1172 8.532 12.72 A' 0.958
1169 8.552 101 A" 0.958
1164 8.588 7.836 A" 0.958
1164 8.589 43.17 A" 0.958
1164 8.59 0.2889 A' 0.958
1162 8.607 30.05 A' 0.958
1131 8.838 0.0012 A" 0.958
1131 8.842 0.9952 A' 0.958
1128 8.867 0.4251 A' 0.958
1126 8.884 104.7 A" 0.958
1114 8.979 143.2 A" 0.958
1113 8.985 0.6033 A' 0.958
1090 9.172 2089 A" 0.958
1089 9.184 0.9402 A' 0.958
1071 9.339 3.324 A' 0.958
1066 9.377 420.3 A" 0.958
1062 9.414 85.07 A" 0.958
1056 9.471 0.0015 A' 0.958
1044 9.579 0.2795 A' 0.958
1041 9.61 17.68 A" 0.958
1037 9.646 1.116 A" 0.958
1037 9.647 4.238 A' 0.958
1026 9.744 42.96 A" 0.958
1015 9.854 2.879 A' 0.958
990.3 10.1 0.1941 A' 0.958
989.7 10.1 5.828 A" 0.958
984.9 10.15 0.0066 A' 0.958
984.5 10.16 0.0424 A" 0.958
983.9 10.16 0.0311 A' 0.958
983.4 10.17 0.0008 A" 0.958
955.3 10.47 63.95 A" 0.958
943 10.6 2.092 A' 0.958
934.8 10.7 5.602 A" 0.958
930.2 10.75 4.85 A' 0.958
929.1 10.76 1.938 A' 0.958
924 10.82 247.9 A' 0.958
922.5 10.84 61.97 A' 0.958
921.2 10.85 0.0277 A" 0.958
921 10.86 2.292 A' 0.958
916.8 10.91 0.0998 A" 0.958
915.9 10.92 0.5838 A' 0.958
912.4 10.96 4.788 A' 0.958
910.3 10.98 0.014 A" 0.958
899.6 11.12 0.74 A" 0.958
899 11.12 7.157 A' 0.958
892.1 11.21 2.362 A" 0.958
890.2 11.23 0.3933 A' 0.958
883.9 11.31 0.3112 A" 0.958
878.6 11.38 0.7264 A' 0.958
878.1 11.39 0.5885 A" 0.958
868.5 11.51 1.516 A' 0.958
867.7 11.52 0.2634 A" 0.958
861.7 11.6 0.3301 A" 0.958
846.9 11.81 0.3878 A' 0.958
834.6 11.98 1.33 A' 0.958
834.1 11.99 0.3577 A" 0.958
818.3 12.22 2.506 A' 0.958
815.2 12.27 37.23 A' 0.958
804.2 12.43 29.49 A' 0.958
803.4 12.45 0.0252 A" 0.958
797.2 12.54 1.504 A" 0.958
795.7 12.57 22.24 A" 0.958
795.1 12.58 1.649 A' 0.958
794.4 12.59 1.004 A' 0.958
791.1 12.64 0.4607 A' 0.958
790.7 12.65 0.0205 A" 0.958
789.2 12.67 0.2822 A" 0.958
787.3 12.7 7.749 A' 0.958
785.5 12.73 2.039 A" 0.958
781.3 12.8 0.0029 A" 0.958
778.8 12.84 2.976 A' 0.958
778 12.85 0.225 A" 0.958
774.9 12.9 0.225 A' 0.958
773.2 12.93 0.0866 A" 0.958
768.5 13.01 0.3217 A' 0.958
768.1 13.02 0.115 A" 0.958
764.2 13.09 3.82 A' 0.958
756 13.23 1.515 A' 0.958
752.9 13.28 0.6113 A" 0.958
748.7 13.36 0.3294 A' 0.958
747.9 13.37 24.47 A" 0.958
746.3 13.4 0.0939 A' 0.958
743.6 13.45 0.0365 A" 0.958
742.1 13.48 0.048 A" 0.958
741.1 13.49 0.3252 A' 0.958
732.4 13.65 0.0913 A" 0.958
731.3 13.67 0.0657 A' 0.958
728.6 13.72 0.0578 A' 0.958
725.4 13.78 2.08 A" 0.958
723 13.83 0.1743 A' 0.958
722.7 13.84 0.2057 A" 0.958
720.2 13.89 0.023 A' 0.958
707.4 14.14 1.137 A" 0.958
705.3 14.18 0.053 A" 0.958
703.7 14.21 0.0598 A' 0.958
687.1 14.55 0.0396 A" 0.958
685.6 14.58 1.027 A' 0.958
682 14.66 5.357 A' 0.958
680.1 14.7 0.1566 A" 0.958
675.1 14.81 0.0865 A' 0.958
672.2 14.88 0.3188 A" 0.958
668.4 14.96 0.1154 A' 0.958
666.5 15 0.0002 A" 0.958
653.4 15.3 0.0091 A' 0.958
653.4 15.31 0.0595 A" 0.958
652.8 15.32 0.1028 A' 0.958
650.9 15.36 0.3772 A" 0.958
645.6 15.49 0.0938 A' 0.958
640.8 15.61 0.5896 A" 0.958
639.3 15.64 0.3749 A' 0.958
637.5 15.69 13.91 A" 0.958
635.8 15.73 0.0004 A" 0.958
633.7 15.78 0.6028 A' 0.958
621.8 16.08 1.185 A' 0.958
611.3 16.36 0.0116 A' 0.958
608.6 16.43 0.0289 A" 0.958
608.4 16.44 0.1476 A" 0.958
597.8 16.73 6.521 A' 0.958
596.6 16.76 2.413 A' 0.958
596.5 16.76 0.0591 A" 0.958
595.4 16.79 0.0521 A" 0.958
593.4 16.85 0.5074 A" 0.958
592.2 16.89 6.469 A' 0.958
591 16.92 4.622 A' 0.958
589.4 16.97 0.6828 A" 0.958
588.4 17 0.426 A' 0.958
587.9 17.01 2.037 A" 0.958
585.8 17.07 4.853 A' 0.958
578.9 17.27 0.2423 A" 0.958
572.4 17.47 0.0254 A" 0.958
572 17.48 9.35 A' 0.958
567.7 17.61 10.95 A' 0.958
566.9 17.64 0.0522 A" 0.958
558.3 17.91 0.0162 A' 0.958
555.9 17.99 0.8335 A' 0.958
554.3 18.04 0.122 A" 0.958
551.1 18.14 0.0853 A" 0.958
550.2 18.18 0.0349 A' 0.958
543.2 18.41 0.0237 A' 0.958
541.9 18.45 7.152 A" 0.958
535.6 18.67 0.4342 A' 0.958
520.3 19.22 0.0335 A" 0.958
511.3 19.56 1.219 A' 0.958
509 19.64 0.362 A' 0.958
507.2 19.71 4.727 A" 0.958
501.5 19.94 0.2592 A" 0.958
496.8 20.13 0.2011 A' 0.958
495.8 20.17 0.1656 A' 0.958
495.7 20.17 11.63 A" 0.958
473.3 21.13 0.2663 A' 0.958
447 22.37 0.0347 A' 0.958
444.8 22.48 0.0228 A" 0.958
443.5 22.55 0.0924 A" 0.958
442.2 22.61 14.35 A" 0.958
437.1 22.88 0.8946 A" 0.958
427.8 23.38 0.156 A' 0.958
427.6 23.39 1.698 A" 0.958
422.7 23.65 0.0014 A' 0.958
419.6 23.83 1.24 A" 0.958
418.7 23.89 0.0916 A' 0.958
414.8 24.11 1.221 A" 0.958
408 24.51 0.0018 A" 0.958
406.4 24.61 0.0246 A' 0.958
401.6 24.9 4.26 A' 0.958
400.2 24.99 0.0256 A" 0.958
398.6 25.09 1.705 A' 0.958
394.1 25.37 0.0238 A" 0.958
386 25.91 2.184 A" 0.958
380.2 26.3 0.1027 A' 0.958
373.1 26.81 0.5285 A' 0.958
370.3 27 0.7573 A" 0.958
365.9 27.33 0.5981 A' 0.958
358.6 27.89 8.332 A" 0.958
357.1 28.01 0.0787 A' 0.958
350.4 28.53 1.52 A" 0.958
338.6 29.54 0.0098 A' 0.958
317.1 31.54 0.0217 A' 0.958
313.4 31.9 0.0646 A" 0.958
311.4 32.11 0.5059 A' 0.958
310.2 32.23 0.5456 A" 0.958
301.2 33.2 0.6649 A" 0.958
299.8 33.36 7.496 A' 0.958
292.8 34.16 1.514 A' 0.958
291.7 34.28 1.194 A" 0.958
291.6 34.29 0.179 A' 0.958
278.5 35.91 0.0601 A' 0.958
275.4 36.31 1.089 A" 0.958
263.4 37.97 7.97 A" 0.958
241.7 41.38 0.0204 A' 0.958
236.2 42.34 1.036 A" 0.958
234 42.73 0.0191 A' 0.958
233.2 42.88 0.0339 A' 0.958
233.2 42.89 0.211 A" 0.958
210.5 47.5 0.3988 A' 0.958
204.4 48.92 5.45 A" 0.958
202.8 49.32 1.088 A' 0.958
201.8 49.55 5.529 A" 0.958
200.7 49.82 4.993 A' 0.958
189.2 52.86 0.051 A" 0.958
188.5 53.05 1.898 A' 0.958
181.3 55.16 0.5649 A" 0.958
170.8 58.54 0.4339 A' 0.958
167.4 59.72 0.0943 A" 0.958
130.2 76.81 0.0168 A' 0.958
129.4 77.27 4.38 A' 0.958
128.8 77.62 0 A" 0.958
126.1 79.33 0.2167 A" 0.958
125 80.02 0.023 A' 0.958
82.49 121.2 0.103 A" 0.958
82.39 121.4 0.0045 A' 0.958
71.86 139.2 0.0169 A' 0.958
70.35 142.1 0.0078 A" 0.958
56.89 175.8 0.0058 A' 0.958
44.36 225.4 0.0241 A" 0.958
29.42 339.9 2.74 A' 0.958
23.02 434.4 0.0057 A" 0.958
22.95 435.7 0.0283 A' 0.958

Note(s):


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


659 species present in version 1.32 of the theoretical database (Jun 1, 2013)