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 110
scaling factor 0.958

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

Transitions

Frequency
[wavenumbers]
Wavelength
[microns]
Integrated cross-section
[km/mol]
Symmetry Scaling factor
3077 3.25 66.89 A' 0.958
3076 3.25 41.54 A' 0.958
3076 3.251 58.39 A' 0.958
3076 3.251 93.05 A' 0.958
3076 3.251 89.09 A' 0.958
3075 3.252 28.96 A' 0.958
3060 3.268 5.587 A' 0.958
3059 3.269 24.76 A' 0.958
3059 3.269 5.674 A' 0.958
3059 3.269 26.31 A' 0.958
3058 3.27 20.28 A' 0.958
3058 3.27 14.28 A' 0.958
3057 3.271 4.131 A' 0.958
3057 3.271 21.2 A' 0.958
3056 3.272 18.7 A' 0.958
3056 3.272 6.375 A' 0.958
3056 3.273 4.275 A' 0.958
3055 3.273 1.746 A' 0.958
3054 3.274 0.3796 A' 0.958
3054 3.274 0.0818 A' 0.958
3053 3.275 1.271 A' 0.958
3053 3.276 1.112 A' 0.958
3047 3.281 24.39 A' 0.958
2900 3.449 3.162 A" 0.958
2879 3.474 1.51 A' 0.958
1611 6.209 30.8 A' 0.958
1609 6.214 68.54 A' 0.958
1605 6.231 56.05 A' 0.958
1600 6.249 19.95 A' 0.958
1596 6.265 8.014 A' 0.958
1595 6.27 9.444 A' 0.958
1593 6.276 44.9 A' 0.958
1588 6.295 57.45 A' 0.958
1586 6.304 24.98 A' 0.958
1583 6.316 51.5 A' 0.958
1581 6.326 165.9 A' 0.958
1579 6.334 135 A' 0.958
1574 6.354 65.05 A' 0.958
1571 6.367 125.6 A' 0.958
1563 6.396 352.4 A' 0.958
1562 6.403 82.56 A' 0.958
1560 6.41 74.31 A' 0.958
1557 6.422 70.74 A' 0.958
1554 6.435 123.1 A' 0.958
1548 6.461 37.52 A' 0.958
1542 6.484 34.05 A' 0.958
1538 6.504 40.03 A' 0.958
1534 6.52 100 A' 0.958
1528 6.543 0.8236 A' 0.958
1519 6.585 8.056 A' 0.958
1512 6.614 24.56 A' 0.958
1503 6.654 27.28 A' 0.958
1501 6.663 43.62 A' 0.958
1494 6.692 45.9 A' 0.958
1493 6.7 7.825 A' 0.958
1489 6.715 13.25 A' 0.958
1487 6.723 41.78 A' 0.958
1479 6.76 9.41 A' 0.958
1473 6.79 19.04 A' 0.958
1469 6.807 38.1 A' 0.958
1466 6.821 37.63 A' 0.958
1462 6.841 11.01 A' 0.958
1459 6.854 2.555 A' 0.958
1458 6.858 5.801 A' 0.958
1454 6.879 24.9 A' 0.958
1451 6.894 6.247 A' 0.958
1448 6.907 7.715 A' 0.958
1446 6.915 11.59 A' 0.958
1442 6.934 2.041 A' 0.958
1439 6.951 4.191 A' 0.958
1434 6.972 11.27 A' 0.958
1430 6.994 2.365 A' 0.958
1427 7.008 9.786 A' 0.958
1426 7.014 24.66 A' 0.958
1425 7.017 1.176 A' 0.958
1421 7.038 11.27 A' 0.958
1419 7.047 8.136 A' 0.958
1412 7.084 1.361 A' 0.958
1410 7.092 4.406 A' 0.958
1403 7.128 0.377 A' 0.958
1402 7.132 2.843 A' 0.958
1400 7.14 7.849 A' 0.958
1398 7.152 0.0318 A' 0.958
1396 7.162 3.823 A' 0.958
1394 7.173 8.836 A' 0.958
1393 7.181 0.7956 A' 0.958
1391 7.189 7.689 A' 0.958
1389 7.2 4.895 A' 0.958
1385 7.221 0.657 A' 0.958
1384 7.228 7.207 A' 0.958
1383 7.229 6.33 A' 0.958
1381 7.239 25.35 A' 0.958
1380 7.248 3.165 A' 0.958
1377 7.263 4.523 A' 0.958
1374 7.278 7.392 A' 0.958
1369 7.307 7.062 A' 0.958
1367 7.315 3.682 A' 0.958
1365 7.326 0.8944 A' 0.958
1363 7.339 2.118 A' 0.958
1361 7.349 5.601 A' 0.958
1358 7.364 19.74 A' 0.958
1355 7.38 9.478 A' 0.958
1351 7.403 1.716 A' 0.958
1349 7.41 74.36 A' 0.958
1348 7.416 0.3545 A' 0.958
1347 7.422 9.32 A' 0.958
1342 7.454 13.35 A' 0.958
1339 7.466 9.036 A' 0.958
1335 7.493 14.41 A' 0.958
1329 7.524 48.27 A' 0.958
1326 7.544 42.47 A' 0.958
1321 7.57 10.66 A' 0.958
1319 7.583 3.22 A' 0.958
1315 7.604 91.77 A' 0.958
1308 7.648 236.3 A' 0.958
1299 7.698 58.36 A' 0.958
1294 7.726 199 A' 0.958
1294 7.729 22.05 A' 0.958
1288 7.765 69.06 A' 0.958
1287 7.768 96.94 A' 0.958
1283 7.793 624.8 A' 0.958
1279 7.82 8.884 A' 0.958
1276 7.84 33.54 A' 0.958
1271 7.866 12.01 A' 0.958
1270 7.875 32.02 A' 0.958
1261 7.933 14 A' 0.958
1252 7.987 27.25 A' 0.958
1229 8.136 2.24 A' 0.958
1222 8.181 17.05 A' 0.958
1221 8.188 12.32 A' 0.958
1217 8.214 1.095 A' 0.958
1215 8.229 1.731 A' 0.958
1213 8.241 13.15 A' 0.958
1211 8.259 6.952 A' 0.958
1205 8.299 0.0015 A" 0.958
1201 8.327 11.46 A' 0.958
1197 8.352 0.1472 A' 0.958
1194 8.374 53.22 A' 0.958
1193 8.379 62.06 A' 0.958
1187 8.421 11.97 A' 0.958
1183 8.454 39.78 A' 0.958
1182 8.457 82.72 A' 0.958
1177 8.497 3.468 A' 0.958
1171 8.539 153 A' 0.958
1169 8.552 88.31 A' 0.958
1168 8.563 22.75 A' 0.958
1167 8.572 79.71 A' 0.958
1164 8.594 14.58 A' 0.958
1152 8.68 16.43 A' 0.958
1131 8.84 8.681 A' 0.958
1122 8.914 14.24 A' 0.958
1118 8.945 2.035 A' 0.958
1117 8.951 3.353 A' 0.958
1093 9.151 2.87 A' 0.958
1070 9.345 6.252 A' 0.958
1070 9.349 4.496 A' 0.958
1066 9.378 0.4463 A' 0.958
1060 9.433 5.252 A' 0.958
1047 9.553 0.6103 A' 0.958
1041 9.603 4.454 A' 0.958
1038 9.632 0.8588 A' 0.958
1035 9.659 7.714 A' 0.958
1029 9.717 3.813 A' 0.958
1023 9.771 0.4562 A' 0.958
985.6 10.15 0.0189 A" 0.958
985.2 10.15 0.0281 A" 0.958
984.4 10.16 0.0008 A" 0.958
983.4 10.17 0.0009 A" 0.958
982.8 10.17 0.001 A" 0.958
980.4 10.2 0.0023 A" 0.958
957.8 10.44 5.717 A' 0.958
946.9 10.56 1.907 A' 0.958
942.9 10.61 38.2 A" 0.958
936.4 10.68 0.4758 A' 0.958
934 10.71 0.6754 A' 0.958
927.9 10.78 0.1547 A' 0.958
924.5 10.82 185.1 A" 0.958
923.6 10.83 0.1907 A' 0.958
922.8 10.84 0.0461 A" 0.958
920.9 10.86 38.9 A" 0.958
917.6 10.9 0.1669 A" 0.958
915.5 10.92 3.903 A" 0.958
911 10.98 2.665 A' 0.958
905.9 11.04 3.08 A' 0.958
900 11.11 0.3518 A' 0.958
891.3 11.22 0.6493 A' 0.958
888.2 11.26 5.154 A" 0.958
886.5 11.28 2.079 A' 0.958
882.5 11.33 0.7557 A" 0.958
879.7 11.37 0.1408 A" 0.958
873.4 11.45 1.424 A" 0.958
869.4 11.5 0.4132 A" 0.958
865.7 11.55 0.0653 A" 0.958
835 11.98 2.417 A' 0.958
833.6 12 0.1099 A' 0.958
820.4 12.19 0.7933 A' 0.958
815.1 12.27 35.87 A" 0.958
807.3 12.39 27.02 A" 0.958
804.1 12.44 15.36 A" 0.958
799.8 12.5 3.927 A' 0.958
799.1 12.51 0.1705 A" 0.958
797.5 12.54 0.7188 A' 0.958
793.8 12.6 1.607 A" 0.958
793.3 12.61 0.0545 A" 0.958
791.5 12.63 4.861 A' 0.958
790.8 12.64 0.0063 A" 0.958
788.9 12.68 7.262 A' 0.958
784.4 12.75 1.395 A' 0.958
781 12.8 0.8874 A' 0.958
777.7 12.86 0.3111 A" 0.958
777.5 12.86 0.1604 A" 0.958
773.7 12.93 1.353 A' 0.958
769.7 12.99 0.1029 A" 0.958
768.6 13.01 0.2404 A" 0.958
764.3 13.08 0.4238 A" 0.958
759.3 13.17 3.208 A" 0.958
757.3 13.21 2.143 A" 0.958
751.3 13.31 1.054 A' 0.958
750.9 13.32 0.0113 A" 0.958
750.1 13.33 0.1755 A' 0.958
747.2 13.38 0 ?A 0.958
746.9 13.39 0.6514 ?A 0.958
743.8 13.44 0.6774 A' 0.958
739.8 13.52 0.0028 A" 0.958
736.8 13.57 0.024 A" 0.958
730.9 13.68 0.0474 A" 0.958
727 13.76 0.1137 A' 0.958
726.1 13.77 0.0765 A" 0.958
725.7 13.78 0.0015 A" 0.958
724.3 13.81 1.669 A' 0.958
719.6 13.9 0 A" 0.958
716.1 13.97 0.0901 A" 0.958
706.3 14.16 0.0452 A' 0.958
703.9 14.21 0.0131 A" 0.958
700.8 14.27 0.1159 A" 0.958
687.4 14.55 0.9319 A" 0.958
685.7 14.58 0.0485 A" 0.958
683.7 14.63 3.954 A" 0.958
677.5 14.76 1.159 ?A 0.958
676.6 14.78 0.5141 ?A 0.958
670 14.93 0.7316 A' 0.958
667.8 14.97 0.0351 A" 0.958
665.7 15.02 0.0499 A" 0.958
657 15.22 0.0423 ?A 0.958
656 15.24 0.9991 ?A 0.958
654.6 15.28 0.0316 A' 0.958
649.9 15.39 0.0702 A" 0.958
647.1 15.45 0.0698 A' 0.958
641.3 15.59 0.2114 A' 0.958
640.2 15.62 0.2735 A' 0.958
639.3 15.64 0.2031 A' 0.958
637.3 15.69 0.0291 A' 0.958
630.8 15.85 5.42 A' 0.958
624.1 16.02 0.2088 A' 0.958
611 16.37 0.0283 ?A 0.958
610.5 16.38 0.0512 ?A 0.958
607.3 16.47 0.1508 A" 0.958
597.3 16.74 0.2765 A" 0.958
596.6 16.76 6.174 A" 0.958
596 16.78 0.0456 A" 0.958
594.2 16.83 2.542 A" 0.958
593.2 16.86 1.689 A' 0.958
592.7 16.87 0.9566 A' 0.958
591.5 16.91 4.435 A' 0.958
589.9 16.95 3.023 A" 0.958
589.2 16.97 8.06 A' 0.958
586.1 17.06 8.445 A' 0.958
584.5 17.11 0.8653 A" 0.958
579.8 17.25 1.732 A" 0.958
573.1 17.45 0.6107 A" 0.958
572 17.48 12.47 A" 0.958
568.6 17.59 3.99 A" 0.958
559.8 17.86 0.3602 ?A 0.958
558.7 17.9 0.1041 ?A 0.958
557 17.95 0.3982 A" 0.958
555.6 18 0.1625 A' 0.958
553.7 18.06 0.5336 A' 0.958
542.5 18.43 0.7763 A' 0.958
542.2 18.44 2.189 A' 0.958
540.3 18.51 0.6501 A' 0.958
532.8 18.77 1.328 A" 0.958
522.2 19.15 0.0072 A" 0.958
510.1 19.61 0.4329 A' 0.958
509.3 19.63 0.2853 A' 0.958
502.9 19.89 1.149 A' 0.958
502.7 19.89 1.067 A' 0.958
500.1 19.99 0.5667 A' 0.958
496.8 20.13 1.321 A' 0.958
495.1 20.2 2.387 A' 0.958
475.4 21.04 0.1314 A' 0.958
446 22.42 0.0049 ?A 0.958
444 22.52 0.0985 ?A 0.958
443.9 22.53 0.9467 ?A 0.958
442.2 22.61 0.0552 ?A 0.958
432.1 23.14 0.0985 A" 0.958
427.5 23.39 0.0796 A' 0.958
427.1 23.42 0.6071 A' 0.958
424.4 23.56 0.0005 A" 0.958
423.1 23.64 0.0004 A" 0.958
416 24.04 0.0535 A" 0.958
410.3 24.37 0.0084 A" 0.958
407.8 24.52 0.0819 A" 0.958
406 24.63 0.0014 A" 0.958
405.7 24.65 0.0036 A" 0.958
401.8 24.89 2.195 A' 0.958
401.3 24.92 3.115 A' 0.958
392.7 25.47 0.1502 A" 0.958
389 25.71 0.1454 A' 0.958
380.1 26.31 0.0113 A" 0.958
370.7 26.97 0.094 A' 0.958
363.7 27.5 0.2618 A" 0.958
360.8 27.71 0.0076 A" 0.958
359.7 27.8 0.5517 A' 0.958
357.7 27.95 0.0228 A' 0.958
342.9 29.16 0.0269 A" 0.958
331.9 30.13 0.0314 A" 0.958
316 31.65 0.0341 A" 0.958
313.9 31.86 0.0707 A" 0.958
313.5 31.9 0.0348 A" 0.958
308.8 32.38 0.1935 A" 0.958
304.7 32.82 8.06 A" 0.958
294.6 33.94 0.1462 A' 0.958
292.1 34.23 0.7163 A' 0.958
291.1 34.36 0.392 ?A 0.958
290.3 34.44 0.3854 ?A 0.958
278.6 35.89 0.0084 A" 0.958
265.2 37.71 0.0284 A' 0.958
256 39.06 0.5182 A" 0.958
240.6 41.56 0.0047 A' 0.958
239 41.83 0.0201 A" 0.958
236.4 42.3 0.0005 A" 0.958
234.1 42.71 0.0031 A" 0.958
216.3 46.22 0.4932 A" 0.958
211.2 47.34 0.0166 A" 0.958
203.5 49.15 0.0101 ?A 0.958
203.2 49.22 5.41 ?A 0.958
201.4 49.66 5.864 A' 0.958
192.6 51.92 0.2296 A" 0.958
189.3 52.83 3.972 A' 0.958
189.1 52.88 3.724 A' 0.958
176.2 56.74 0.212 A" 0.958
169.2 59.1 0.0269 A" 0.958
150.9 66.26 3.08 A" 0.958
132 75.76 0 A" 0.958
130.4 76.66 0.8048 A" 0.958
129 77.53 2.768 A" 0.958
125.4 79.77 0.0547 A" 0.958
105.4 94.91 0.5617 A" 0.958
81.93 122.1 0.0063 A" 0.958
74.47 134.3 0.2538 A" 0.958
71.73 139.4 0 A" 0.958
70.25 142.3 0.3046 A" 0.958
49.74 201.1 0.3841 A" 0.958
42.71 234.1 0.2662 A" 0.958
30.94 323.2 2.501 A" 0.958
23.12 432.5 0.0626 A" 0.958
21.32 469.1 0.0255 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)