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 676
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 21.54 A' 0.958
3053 3.275 473.7 A' 0.958
3053 3.275 271.8 A" 0.958
3053 3.276 162.2 A" 0.958
3053 3.276 3.273 A' 0.958
3053 3.276 91.14 A" 0.958
3037 3.292 40.51 A' 0.958
3037 3.293 35.46 A' 0.958
3037 3.293 58.49 A" 0.958
3035 3.295 143.2 A" 0.958
3035 3.295 77.09 A' 0.958
3035 3.295 65.49 A' 0.958
3033 3.297 8.334 A" 0.958
3033 3.297 1.479 A" 0.958
3032 3.298 16.36 A' 0.958
3031 3.299 0.5369 A' 0.958
3031 3.299 1.04 A" 0.958
3031 3.299 1.25 A" 0.958
3029 3.301 0.4281 A' 0.958
3029 3.301 0.0464 A" 0.958
3029 3.301 0.0371 A' 0.958
3029 3.302 1.912 A" 0.958
3029 3.302 2.084 A' 0.958
3029 3.302 0.0043 A" 0.958
2644 3.782 95.78 A' 0.958
1610 6.209 2.046 A' 0.958
1609 6.217 1.504 A" 0.958
1608 6.219 1.649 A' 0.958
1603 6.238 15.99 A" 0.958
1603 6.239 5.841 A' 0.958
1597 6.263 4.545 A" 0.958
1592 6.281 1.103 A" 0.958
1589 6.292 0.2018 A' 0.958
1585 6.309 125.9 A" 0.958
1578 6.338 11.09 A' 0.958
1575 6.348 49.95 A" 0.958
1574 6.351 98.53 A' 0.958
1569 6.372 66.39 A" 0.958
1569 6.372 4.893 A' 0.958
1566 6.386 5.232 A' 0.958
1558 6.417 3.472 A' 0.958
1557 6.422 108.5 A" 0.958
1554 6.436 186 A' 0.958
1550 6.45 39.61 A" 0.958
1546 6.469 17.04 A' 0.958
1542 6.484 3.441 A' 0.958
1538 6.503 22.41 A" 0.958
1527 6.549 47.44 A' 0.958
1520 6.581 111.4 A" 0.958
1519 6.582 58.58 A' 0.958
1512 6.612 325.8 A" 0.958
1500 6.668 0.2604 A' 0.958
1498 6.674 1.311 A" 0.958
1494 6.692 25.82 A' 0.958
1486 6.73 4.296 A" 0.958
1481 6.753 5.41 A" 0.958
1477 6.771 15.11 A' 0.958
1468 6.814 2.792 A" 0.958
1466 6.821 2.177 A" 0.958
1461 6.846 32.61 A' 0.958
1460 6.847 10.98 A" 0.958
1456 6.866 0.0022 A" 0.958
1456 6.87 1.463 A' 0.958
1452 6.888 4.935 A' 0.958
1449 6.902 14.37 A' 0.958
1448 6.908 0.236 A" 0.958
1443 6.929 0.9836 A' 0.958
1442 6.935 0.1305 A" 0.958
1433 6.977 0.3614 A' 0.958
1431 6.986 0.9656 A" 0.958
1426 7.014 4.942 A" 0.958
1424 7.024 0.0719 A' 0.958
1419 7.046 10.95 A' 0.958
1419 7.046 45.64 A" 0.958
1415 7.068 10.96 A" 0.958
1412 7.084 4.578 A' 0.958
1411 7.086 64.4 A" 0.958
1410 7.094 31.07 A' 0.958
1401 7.135 11.93 A" 0.958
1401 7.137 2.574 A' 0.958
1394 7.172 7.986 A' 0.958
1393 7.18 1.971 A" 0.958
1389 7.199 12.53 A' 0.958
1386 7.213 4.733 A" 0.958
1386 7.217 6.201 A' 0.958
1384 7.224 1.819 A' 0.958
1380 7.244 0.6396 A' 0.958
1380 7.244 0.0488 A" 0.958
1380 7.249 0.0088 A" 0.958
1374 7.277 1.784 A' 0.958
1372 7.289 35.81 A" 0.958
1369 7.304 1.983 A" 0.958
1368 7.311 0.4546 A' 0.958
1365 7.324 2.731 A" 0.958
1363 7.339 0.228 A" 0.958
1361 7.347 17.95 A' 0.958
1360 7.354 0.0993 A' 0.958
1359 7.358 0.1045 A" 0.958
1355 7.379 3.922 A' 0.958
1352 7.397 3.225 A" 0.958
1351 7.4 27.65 A' 0.958
1349 7.415 0.7438 A" 0.958
1347 7.424 14.35 A' 0.958
1342 7.449 5.487 A' 0.958
1341 7.458 0.1638 A" 0.958
1333 7.5 81.18 A" 0.958
1332 7.51 200.4 A' 0.958
1330 7.516 0.2024 A" 0.958
1324 7.553 26.92 A" 0.958
1317 7.594 23.48 A" 0.958
1312 7.62 37.33 A' 0.958
1309 7.641 4.845 A' 0.958
1303 7.674 149.4 A' 0.958
1303 7.675 106.3 A" 0.958
1293 7.735 6.582 A" 0.958
1291 7.747 73.43 A' 0.958
1287 7.769 126.3 A" 0.958
1284 7.788 13.41 A' 0.958
1281 7.804 68.02 A' 0.958
1280 7.812 61.39 A" 0.958
1274 7.852 52.22 A" 0.958
1268 7.885 10.71 A' 0.958
1262 7.924 26.84 A' 0.958
1259 7.941 10.73 A' 0.958
1259 7.945 15.65 A" 0.958
1258 7.95 648.9 A" 0.958
1242 8.05 41.76 A" 0.958
1229 8.137 3.738 A' 0.958
1219 8.201 4.407 A" 0.958
1215 8.233 0.4899 A' 0.958
1213 8.244 15.26 A" 0.958
1211 8.258 0.214 A' 0.958
1208 8.277 11.63 A' 0.958
1206 8.292 48.85 A" 0.958
1204 8.303 2.019 A' 0.958
1194 8.375 0.2437 A" 0.958
1191 8.397 0.2298 A' 0.958
1186 8.431 120.3 A" 0.958
1178 8.492 7.855 A" 0.958
1176 8.503 100.4 A' 0.958
1171 8.541 16.03 A" 0.958
1170 8.545 7.822 A" 0.958
1168 8.565 21.68 A' 0.958
1159 8.627 26.39 A" 0.958
1158 8.633 0.0188 A' 0.958
1156 8.65 0.1729 A' 0.958
1154 8.663 238.5 A" 0.958
1146 8.724 25.72 A' 0.958
1145 8.735 39.17 A" 0.958
1124 8.897 0.0352 A' 0.958
1112 8.989 13.04 A" 0.958
1106 9.044 0.0755 A' 0.958
1097 9.118 0.5338 A" 0.958
1092 9.158 1.115 A' 0.958
1063 9.406 0.1561 A" 0.958
1062 9.412 0.1308 A' 0.958
1061 9.426 0.0713 A" 0.958
1051 9.515 0.8112 A' 0.958
1040 9.612 0.0102 A" 0.958
1036 9.654 1.169 A' 0.958
1035 9.661 0.7387 A" 0.958
1030 9.706 3.373 A' 0.958
1022 9.781 0.0129 A' 0.958
1021 9.796 0.8576 A" 0.958
966.5 10.35 0.0067 A' 0.958
966 10.35 0.0303 A" 0.958
965.3 10.36 0.0045 A' 0.958
964.8 10.37 0.0451 A" 0.958
964.4 10.37 0.0387 A' 0.958
964.1 10.37 0.0017 A" 0.958
948.4 10.54 0.8556 A" 0.958
940.4 10.63 0.0126 A' 0.958
934 10.71 2.187 A' 0.958
927.9 10.78 0.1413 A' 0.958
924.9 10.81 1.162 A" 0.958
919.6 10.87 0.1161 A' 0.958
910 10.99 2.135 A' 0.958
908.4 11.01 11.55 A" 0.958
897.7 11.14 215.9 A' 0.958
896.8 11.15 27.62 A' 0.958
896 11.16 1.06 A" 0.958
895.5 11.17 0.391 A" 0.958
891.1 11.22 10.3 A' 0.958
890.4 11.23 3.963 A" 0.958
885.9 11.29 4.757 A' 0.958
883.2 11.32 0.7697 A" 0.958
881.6 11.34 60.73 A' 0.958
860.2 11.63 0.0041 A" 0.958
855.4 11.69 1.869 A' 0.958
855.2 11.69 0.0863 A" 0.958
852 11.74 38.27 A' 0.958
842 11.88 0.0789 A" 0.958
838.5 11.93 0.9469 A' 0.958
834.4 11.98 0.0151 A" 0.958
832.3 12.01 0.123 A' 0.958
831.1 12.03 0.2539 A" 0.958
813.7 12.29 0.0184 A' 0.958
796.3 12.56 0.0723 A' 0.958
796.1 12.56 7.303 A" 0.958
794.4 12.59 50.24 A' 0.958
789.3 12.67 0.0015 A" 0.958
788 12.69 2.198 A' 0.958
787.9 12.69 0.6122 A' 0.958
786.7 12.71 0.0098 A" 0.958
786.2 12.72 1.386 A' 0.958
785.6 12.73 2.916 A" 0.958
782.8 12.77 0.3032 A" 0.958
781.9 12.79 2.611 A' 0.958
778.7 12.84 0.3912 A' 0.958
778.5 12.85 0.0867 A" 0.958
776.3 12.88 0.6072 A" 0.958
774.5 12.91 0.0159 A" 0.958
772.6 12.94 0.1621 A" 0.958
771.1 12.97 0.8151 A' 0.958
765.7 13.06 0.4224 A' 0.958
760.5 13.15 0.0007 A" 0.958
759.6 13.16 3.091 A' 0.958
753.4 13.27 0.0046 A" 0.958
751.2 13.31 1.219 A' 0.958
750.3 13.33 1.882 A" 0.958
748 13.37 0.1295 A' 0.958
747.6 13.38 0.0898 A" 0.958
745.1 13.42 1.547 A' 0.958
744.1 13.44 1.535 A" 0.958
736.5 13.58 0.1464 A' 0.958
730.9 13.68 0.2128 A" 0.958
728.6 13.72 1.064 A' 0.958
727.2 13.75 0.776 A' 0.958
723.1 13.83 0.8938 A" 0.958
720.3 13.88 0.2202 A' 0.958
719.4 13.9 0.0922 A" 0.958
713.4 14.02 4.675 A' 0.958
706.7 14.15 0.6011 A" 0.958
700.9 14.27 0.7653 A' 0.958
698.6 14.31 0.0261 A" 0.958
684.2 14.62 0.0124 A" 0.958
681.4 14.68 0.0262 A" 0.958
679.2 14.72 10.21 A' 0.958
677.1 14.77 2.085 A' 0.958
673.8 14.84 2.99 A" 0.958
671.7 14.89 5.79 A' 0.958
664.8 15.04 9.05 A' 0.958
661 15.13 0.0593 A" 0.958
653.7 15.3 0.022 A" 0.958
652.4 15.33 0.2608 A' 0.958
650.4 15.38 0.2571 A" 0.958
648.4 15.42 0.9208 A' 0.958
643.7 15.54 1.44 A' 0.958
639.2 15.64 0.5631 A" 0.958
638.3 15.67 0.8824 A' 0.958
636.2 15.72 0.0199 A" 0.958
631.9 15.83 0.116 A' 0.958
629.8 15.88 0.8304 A" 0.958
618.2 16.17 1.335 A' 0.958
607.3 16.47 0.0001 A" 0.958
606 16.5 0.0254 A" 0.958
605.4 16.52 1.94 A' 0.958
600 16.67 6.212 A' 0.958
596.5 16.76 0.1592 A" 0.958
595.5 16.79 0.6081 A' 0.958
592.7 16.87 10.26 A' 0.958
592.4 16.88 0.1131 A" 0.958
590.6 16.93 0.3515 A' 0.958
590.3 16.94 13.75 A" 0.958
589.3 16.97 4.896 A' 0.958
588.7 16.99 3.791 A' 0.958
587.8 17.01 0.0153 A" 0.958
585.9 17.07 0.0179 A" 0.958
580.4 17.23 0.1149 A" 0.958
573 17.45 9.09 A' 0.958
570.7 17.52 0.2616 A" 0.958
569.5 17.56 14.31 A' 0.958
562.6 17.77 0.1091 A" 0.958
557.9 17.92 0.8983 A' 0.958
556.1 17.98 0.6597 A' 0.958
556 17.99 2.125 A" 0.958
550 18.18 0.0719 A" 0.958
548.5 18.23 7.255 A' 0.958
542.1 18.45 0.0897 A' 0.958
541.6 18.46 0.9868 A" 0.958
539.8 18.53 0.0338 A' 0.958
518.8 19.28 0.5133 A' 0.958
517.4 19.33 0.0378 A" 0.958
507 19.72 0.5766 A" 0.958
506.5 19.74 0.0012 A' 0.958
501.1 19.96 2.24 A' 0.958
500.8 19.97 4.651 A" 0.958
495.8 20.17 1.664 A' 0.958
494.4 20.23 0.6185 A" 0.958
476.3 21 0.328 A' 0.958
449.1 22.27 0.1823 A" 0.958
443.2 22.56 2.406 A" 0.958
442.7 22.59 0.3015 A" 0.958
442.4 22.6 0.7007 A' 0.958
438.6 22.8 0.0285 A" 0.958
425.3 23.51 4.223 A" 0.958
424.6 23.55 2.969 A' 0.958
418.8 23.88 0.145 A" 0.958
417.4 23.96 0.029 A' 0.958
415.1 24.09 0.0566 A' 0.958
414.9 24.1 0.003 A" 0.958
408.5 24.48 0.0355 A" 0.958
405 24.69 0.2224 A' 0.958
401.1 24.93 3.524 A" 0.958
400.5 24.97 2.974 A' 0.958
389.6 25.67 0.0094 A" 0.958
386.6 25.87 0.0996 A' 0.958
385.4 25.95 0.0079 A" 0.958
378.1 26.45 0.003 A" 0.958
375.5 26.63 0.0304 A' 0.958
372.2 26.87 0.8065 A' 0.958
360.6 27.73 2.896 A' 0.958
359.1 27.85 0.0473 A" 0.958
357.6 27.96 3.186 A' 0.958
344.3 29.04 0.0005 A" 0.958
342.1 29.23 0.0475 A' 0.958
317.5 31.5 0.0589 A" 0.958
317 31.55 0.1672 A' 0.958
312.1 32.04 0.4567 A' 0.958
308.8 32.39 0.0012 A" 0.958
300.4 33.29 0.0037 A" 0.958
294 34.02 5.044 A' 0.958
293.4 34.09 1.03 A' 0.958
292.2 34.22 1.355 A" 0.958
289 34.6 2.666 A' 0.958
279.8 35.75 0.0398 A" 0.958
278.8 35.87 0.2488 A' 0.958
265.2 37.71 4.22 A" 0.958
244.8 40.84 0.0328 A' 0.958
236.8 42.23 0.0017 A" 0.958
236 42.37 0.234 A' 0.958
235.5 42.47 0.3411 A" 0.958
230.3 43.43 1.225 A' 0.958
214.8 46.57 1.427 A' 0.958
205.4 48.68 2.051 A" 0.958
202.9 49.29 4.156 A' 0.958
201.6 49.6 14.52 A" 0.958
201 49.74 3.479 A' 0.958
187 53.46 1.575 A' 0.958
186 53.76 1.403 A" 0.958
182.7 54.74 0.0032 A" 0.958
171.3 58.36 0.0494 A' 0.958
166.6 60.03 0.0009 A" 0.958
132.6 75.41 0.0728 A' 0.958
130.4 76.68 0.0005 A" 0.958
129.1 77.47 2.519 A' 0.958
127 78.72 0.0106 A" 0.958
125.7 79.55 0.1983 A' 0.958
83.04 120.4 0.002 A" 0.958
82.58 121.1 0.0049 A' 0.958
72.89 137.2 0.0774 A' 0.958
72.61 137.7 0 A" 0.958
56.65 176.5 0.0099 A' 0.958
43.93 227.7 0.0016 A" 0.958
32.19 310.7 0.7294 A' 0.958
22.66 441.3 0.0029 A' 0.958
22.41 446.2 0.0002 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)