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 683
scaling factor 0.958

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

Transitions

Frequency
[wavenumbers]
Wavelength
[microns]
Integrated cross-section
[km/mol]
Symmetry Scaling factor
3065 3.262 30.91 A' 0.958
3065 3.263 245.1 A' 0.958
3065 3.263 210.1 A' 0.958
3065 3.263 18.35 A' 0.958
3065 3.263 18.63 A' 0.958
3050 3.278 93.95 A' 0.958
3048 3.281 1.38 A' 0.958
3048 3.281 8.568 A' 0.958
3048 3.281 86.68 A' 0.958
3047 3.282 64.35 A' 0.958
3047 3.282 15.59 A' 0.958
3046 3.283 27.14 A' 0.958
3045 3.284 9.484 A' 0.958
3045 3.284 20.4 A' 0.958
3044 3.285 7.723 A' 0.958
3044 3.285 0.6648 A' 0.958
3043 3.286 1.859 A' 0.958
3043 3.286 0.5657 A' 0.958
3043 3.287 0.8631 A' 0.958
3042 3.287 1.14 A' 0.958
3042 3.287 0.2025 A' 0.958
3042 3.287 0.3309 A' 0.958
3034 3.296 28.46 A' 0.958
2842 3.518 18.52 A" 0.958
2836 3.526 79.05 A' 0.958
1611 6.206 3.549 A' 0.958
1610 6.213 16.66 A' 0.958
1607 6.223 6.979 A' 0.958
1603 6.239 1.117 A' 0.958
1599 6.253 0.6214 A' 0.958
1596 6.266 9.611 A' 0.958
1593 6.279 36.87 A' 0.958
1588 6.297 13.54 A' 0.958
1584 6.313 0.5926 A' 0.958
1583 6.317 0.3945 A' 0.958
1581 6.327 2.449 A' 0.958
1579 6.331 0.8014 A' 0.958
1576 6.347 0.0219 A' 0.958
1571 6.365 1.666 A' 0.958
1565 6.39 0.4593 A' 0.958
1562 6.402 2.261 A' 0.958
1560 6.411 0.7702 A' 0.958
1556 6.426 5.134 A' 0.958
1553 6.44 1.325 A' 0.958
1545 6.474 14.4 A' 0.958
1542 6.484 3.224 A' 0.958
1537 6.505 11.67 A' 0.958
1524 6.562 1.08 A' 0.958
1518 6.588 0.6101 A' 0.958
1509 6.626 0.4823 A' 0.958
1498 6.674 1.561 A' 0.958
1497 6.679 0.7145 A' 0.958
1495 6.688 0.1716 A' 0.958
1492 6.7 1.757 A' 0.958
1491 6.706 0.0773 A' 0.958
1487 6.726 0.4377 A' 0.958
1478 6.766 0.9316 A' 0.958
1470 6.804 9.493 A' 0.958
1470 6.804 5.268 A' 0.958
1465 6.825 0.1517 A' 0.958
1464 6.831 1.134 A' 0.958
1460 6.851 1.143 A' 0.958
1457 6.864 0.5847 A' 0.958
1454 6.879 3.219 A' 0.958
1448 6.904 1.987 A' 0.958
1448 6.908 1.375 A' 0.958
1446 6.914 4.187 A' 0.958
1442 6.933 5.388 A' 0.958
1438 6.952 0.881 A' 0.958
1435 6.967 2.334 A' 0.958
1433 6.98 0.21 A' 0.958
1429 6.997 0.1928 A' 0.958
1426 7.013 0.5054 A' 0.958
1425 7.016 0.0431 A' 0.958
1420 7.041 0.1624 A' 0.958
1417 7.057 10.42 A' 0.958
1416 7.063 1.345 A' 0.958
1415 7.069 4.261 A' 0.958
1402 7.13 0.5192 A' 0.958
1400 7.141 0.0892 A' 0.958
1398 7.151 0.9055 A' 0.958
1397 7.16 0.3024 A' 0.958
1396 7.164 0.33 A' 0.958
1395 7.169 0.1083 A' 0.958
1391 7.187 0.2386 A' 0.958
1388 7.204 0.7438 A' 0.958
1387 7.211 0.2013 A' 0.958
1385 7.218 0.0806 A' 0.958
1383 7.228 0.1935 A' 0.958
1382 7.237 1.712 A' 0.958
1380 7.246 1.976 A' 0.958
1379 7.25 0.2759 A' 0.958
1379 7.251 0.192 A' 0.958
1373 7.283 0.8061 A' 0.958
1372 7.289 0.1246 A' 0.958
1368 7.309 0.6487 A' 0.958
1366 7.323 0.2046 A' 0.958
1361 7.349 0.1123 A' 0.958
1359 7.361 0.1613 A' 0.958
1358 7.364 0.7763 A' 0.958
1357 7.369 2.123 A' 0.958
1355 7.38 0.6495 A' 0.958
1350 7.406 3.741 A' 0.958
1348 7.42 0.6645 A' 0.958
1346 7.43 2.227 A' 0.958
1343 7.443 0.1686 A' 0.958
1341 7.457 0.1236 A' 0.958
1340 7.464 0.5041 A' 0.958
1331 7.515 0.0784 A' 0.958
1326 7.541 1.086 A' 0.958
1322 7.562 0.061 A' 0.958
1319 7.581 4.332 A' 0.958
1317 7.594 5.475 A' 0.958
1313 7.617 1.35 A' 0.958
1298 7.706 1.06 A' 0.958
1294 7.727 1.192 A' 0.958
1292 7.737 0.0004 A' 0.958
1290 7.754 0.3208 A' 0.958
1289 7.761 9.501 A' 0.958
1287 7.772 4.013 A' 0.958
1276 7.838 3.548 A' 0.958
1273 7.854 14.21 A' 0.958
1273 7.856 19.58 A' 0.958
1270 7.873 0.7475 A' 0.958
1270 7.877 0.8707 A' 0.958
1257 7.954 7.416 A' 0.958
1253 7.98 0.0517 A' 0.958
1224 8.167 0.2767 A' 0.958
1224 8.169 0.0116 A' 0.958
1217 8.218 1.894 A' 0.958
1215 8.229 0.7804 A' 0.958
1212 8.254 3.051 A' 0.958
1211 8.259 0.0482 A' 0.958
1207 8.285 1.956 A' 0.958
1199 8.338 3.233 A' 0.958
1196 8.359 0.1337 A' 0.958
1193 8.383 0.0696 A' 0.958
1191 8.397 2.457 A' 0.958
1185 8.435 2.389 A' 0.958
1183 8.454 0.1425 A" 0.958
1179 8.484 1.349 A' 0.958
1177 8.495 0.4945 A' 0.958
1175 8.508 0.6628 A' 0.958
1170 8.549 10.5 A' 0.958
1163 8.596 18.98 A' 0.958
1162 8.602 1.817 A' 0.958
1160 8.619 21.21 A' 0.958
1154 8.669 1.923 A' 0.958
1140 8.77 5.957 A' 0.958
1124 8.894 0.4676 A' 0.958
1119 8.939 0.0257 A' 0.958
1110 9.007 0.0584 A' 0.958
1097 9.115 0.2097 A' 0.958
1080 9.259 1.924 A' 0.958
1070 9.348 1.211 A' 0.958
1069 9.354 0.9878 A' 0.958
1066 9.382 0.9535 A' 0.958
1044 9.582 2.215 A' 0.958
1042 9.593 0.1555 A' 0.958
1041 9.605 2.562 A' 0.958
1037 9.647 4.757 A' 0.958
1035 9.66 0.6957 A' 0.958
1022 9.78 0.6196 A' 0.958
1003 9.969 26.27 A' 0.958
976.9 10.24 0.0002 A" 0.958
976.4 10.24 0.0003 A" 0.958
975.7 10.25 0.0009 A" 0.958
975.3 10.25 0.0001 A" 0.958
974.8 10.26 0.013 A" 0.958
952.9 10.49 3 A' 0.958
948.2 10.55 0.1144 A' 0.958
938.4 10.66 5.977 A" 0.958
935.9 10.69 0.2876 A' 0.958
935 10.7 0.1122 A' 0.958
929.1 10.76 0.057 A' 0.958
918.8 10.88 4.927 A' 0.958
911.8 10.97 213.5 A" 0.958
910.8 10.98 8.264 A' 0.958
909.7 10.99 0.0018 A" 0.958
907 11.03 24.26 A" 0.958
905 11.05 0.2758 A' 0.958
904.4 11.06 0 A" 0.958
898 11.14 20.88 A" 0.958
897.9 11.14 0.0139 A' 0.958
891.5 11.22 1.241 A' 0.958
890.6 11.23 21.27 A" 0.958
886.1 11.28 0.6348 A' 0.958
872.2 11.46 0.2174 A" 0.958
867.1 11.53 0.1733 A" 0.958
862 11.6 0.2596 A" 0.958
856.4 11.68 0.1278 A" 0.958
852.5 11.73 0.0369 A" 0.958
834.8 11.98 1.027 A' 0.958
831 12.03 1.345 A" 0.958
829.1 12.06 0.196 A' 0.958
818.1 12.22 0.0083 A' 0.958
800.1 12.5 50.61 A" 0.958
797.1 12.55 0.3293 A' 0.958
796.2 12.56 0.4001 A" 0.958
795.5 12.57 0.148 A' 0.958
794.2 12.59 0.004 A" 0.958
792 12.63 4.565 A" 0.958
790.6 12.65 2.624 A' 0.958
788.2 12.69 3.238 A' 0.958
787.5 12.7 0.3174 A" 0.958
784.9 12.74 0.3212 A" 0.958
784.3 12.75 0.1053 A' 0.958
778.5 12.84 0.102 A" 0.958
778.3 12.85 0.1254 A" 0.958
777.4 12.86 0.034 A' 0.958
775.3 12.9 0.1671 A' 0.958
769.9 12.99 0.0019 A" 0.958
768.8 13.01 0.2945 A" 0.958
764 13.09 0.2644 A" 0.958
759.8 13.16 0.7997 A" 0.958
758.1 13.19 4.153 A" 0.958
750.2 13.33 0.211 A' 0.958
749.9 13.33 0.0276 A" 0.958
749 13.35 0.1786 A" 0.958
747.9 13.37 0.1958 A' 0.958
746.5 13.4 0.0467 A' 0.958
742.8 13.46 1.24 A' 0.958
738.2 13.55 0.0013 A" 0.958
735.1 13.6 0.0322 A" 0.958
730.1 13.7 0.0381 A" 0.958
729.1 13.72 0.002 A" 0.958
726.1 13.77 0.0169 A' 0.958
720.9 13.87 0.0003 A" 0.958
720.4 13.88 0.3669 A' 0.958
718.4 13.92 0.0287 A" 0.958
716.4 13.96 0.08 A" 0.958
708.1 14.12 0.0471 A' 0.958
703.9 14.21 0.0221 A" 0.958
699.6 14.29 1.952 A" 0.958
698.2 14.32 5.594 A" 0.958
685.5 14.59 0.0097 A" 0.958
683.1 14.64 2.639 A" 0.958
681.8 14.67 3.335 A" 0.958
680.1 14.7 0.9561 A" 0.958
675.8 14.8 0.0062 A' 0.958
675.1 14.81 0.6377 A' 0.958
667.5 14.98 0 A" 0.958
661.6 15.12 0.0039 A" 0.958
655.9 15.25 0.0053 A" 0.958
655 15.27 0.1131 A' 0.958
650.3 15.38 0.0113 A' 0.958
649.4 15.4 0.0202 A" 0.958
647 15.46 0.3572 A' 0.958
641.2 15.59 0.4754 A' 0.958
641 15.6 0.4127 A' 0.958
639.7 15.63 0.0555 A' 0.958
636.2 15.72 0.3105 A' 0.958
632.4 15.81 0.0774 A' 0.958
621.1 16.1 1.053 A' 0.958
608.2 16.44 0.026 A" 0.958
607.2 16.47 0.3449 A' 0.958
606.5 16.49 0.2518 A" 0.958
597.4 16.74 0.0934 A" 0.958
596.7 16.76 0.1271 A" 0.958
594.5 16.82 1.763 A" 0.958
594.1 16.83 0.6222 A' 0.958
593.5 16.85 8.151 A" 0.958
590.9 16.92 2.416 A' 0.958
590.5 16.94 5.468 A' 0.958
589.8 16.95 0.084 A" 0.958
588.7 16.99 2.103 A' 0.958
588.7 16.99 0.348 A" 0.958
586.4 17.05 1.659 A' 0.958
578.4 17.29 0.0276 A" 0.958
573.9 17.42 2.583 A" 0.958
571.9 17.49 14.63 A" 0.958
567.6 17.62 1.746 A" 0.958
565.2 17.69 1.559 A" 0.958
558 17.92 0.1203 A' 0.958
557.2 17.95 0.1075 A" 0.958
555.2 18.01 0.3045 A' 0.958
553.2 18.08 0.2979 A' 0.958
547.2 18.28 0.0599 A" 0.958
542.3 18.44 0.3263 A' 0.958
541.9 18.45 0.1186 A' 0.958
531.6 18.81 0.0008 A" 0.958
522.3 19.15 0.0041 A" 0.958
510.2 19.6 0.1371 A' 0.958
506.9 19.73 0.2962 A' 0.958
501.7 19.93 0.7054 A' 0.958
501.1 19.95 1.601 A' 0.958
494.7 20.21 0.4321 A' 0.958
493.1 20.28 0.8815 A' 0.958
475.6 21.02 0.6633 A' 0.958
475.1 21.05 0.0255 A" 0.958
447.2 22.36 0.0032 A" 0.958
442.9 22.58 0 A" 0.958
442.9 22.58 0.512 A' 0.958
441.5 22.65 0.524 A' 0.958
427.1 23.41 0.6987 A' 0.958
426.6 23.44 0.0095 A" 0.958
426.5 23.45 1.446 A' 0.958
422.2 23.68 0.0027 A" 0.958
421.4 23.73 0 A" 0.958
417.5 23.95 0.0104 A" 0.958
410.4 24.37 0.0252 A" 0.958
406.1 24.63 0.0128 A" 0.958
404 24.75 0.0088 A" 0.958
402.8 24.83 0.0422 A" 0.958
401.9 24.88 2.228 A' 0.958
401.1 24.93 2.921 A' 0.958
390.6 25.6 0.0117 A" 0.958
388.1 25.77 0.1534 A' 0.958
375.9 26.6 0.0468 A" 0.958
371 26.95 0.0269 A' 0.958
365.4 27.37 0.5584 A" 0.958
359.2 27.84 0.0215 A' 0.958
359.1 27.84 0.1411 A' 0.958
352.9 28.33 0.0003 A" 0.958
351.5 28.45 0.0786 A" 0.958
318.3 31.41 0.0691 A" 0.958
315.7 31.67 0.0011 A" 0.958
313.1 31.94 0.0104 A" 0.958
312.1 32.04 0.0209 A" 0.958
304.1 32.88 0.0021 A" 0.958
302.7 33.03 7.779 A" 0.958
294.7 33.93 0.0881 A' 0.958
292.1 34.23 0.2355 A" 0.958
291.3 34.33 0.223 A' 0.958
290.7 34.4 0.1149 A' 0.958
278.4 35.92 0.0235 A" 0.958
265.3 37.7 0.0137 A' 0.958
244.4 40.92 0.2136 A" 0.958
240.8 41.53 0.0262 A' 0.958
236.9 42.21 0.0024 A" 0.958
236.5 42.29 0.0009 A" 0.958
234.6 42.62 0.0544 A" 0.958
217 46.09 0.2312 A" 0.958
209.2 47.81 0.0133 A" 0.958
203.6 49.11 0.0039 A" 0.958
202.6 49.36 6.264 A' 0.958
201.9 49.54 5.653 A' 0.958
191.3 52.28 0.1761 A" 0.958
189.5 52.76 0.0006 A' 0.958
189.4 52.81 0.0008 A' 0.958
174.5 57.32 0.4115 A" 0.958
170.9 58.52 0.0079 A" 0.958
150.4 66.47 0.021 A" 0.958
132.1 75.71 0.0476 A" 0.958
129.9 77.01 0.3199 A" 0.958
129.1 77.45 2.971 A" 0.958
125.3 79.81 0.0079 A" 0.958
105.7 94.63 1.154 A" 0.958
82.18 121.7 0.0018 A" 0.958
74.93 133.5 0.2693 A" 0.958
71.88 139.1 0.0573 A" 0.958
71.06 140.7 0.0865 A" 0.958
55.62 179.8 0.0391 A" 0.958
41.27 242.3 0.122 A" 0.958
29.76 336 1.352 A" 0.958
22.55 443.4 0.0013 A" 0.958
21.59 463.3 0.0204 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)