You need a browser with JavaScript support in order to view the molecule in 3D
uid 8704
scaling factor multiple (3)

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

Transitions

Frequency
[wavenumbers]
Wavelength
[microns]
Integrated cross-section
[km/mol]
Symmetry Scaling factor
3118 3.208 3.453 A' 0.9858
3115 3.211 0.0579 A" 0.9858
3107 3.218 2.964 A' 0.9858
3107 3.218 0.0004 A" 0.9858
3094 3.232 0.0277 A' 0.9858
3094 3.232 2.124 A" 0.9858
3086 3.241 0.4342 A' 0.9858
3086 3.241 57.75 A" 0.9858
3086 3.241 44.84 A' 0.9858
3085 3.241 12.08 A" 0.9858
3074 3.253 4.987 A' 0.9858
3074 3.253 2.009 A" 0.9858
3071 3.256 0.9101 A' 0.9858
3071 3.256 0.1283 A" 0.9858
3070 3.257 0.1928 A' 0.9858
3070 3.257 1.313 A" 0.9858
3070 3.258 0.0606 A' 0.9858
3070 3.258 12.91 A" 0.9858
3067 3.26 12.82 A' 0.9858
3067 3.26 24.44 A" 0.9858
3066 3.261 12.6 A' 0.9858
3065 3.262 1.285 A" 0.9858
3065 3.262 0.3215 A' 0.9858
3065 3.263 0.9208 A" 0.9858
1617 6.186 21.87 A' 0.9934
1606 6.228 132.9 A" 0.9934
1605 6.23 93.76 A' 0.9934
1603 6.24 70.16 A" 0.9934
1597 6.261 60.66 A' 0.9934
1595 6.269 1.288 A' 0.9934
1592 6.28 2.275 A" 0.9934
1592 6.282 0.6096 A" 0.9934
1589 6.293 139.7 A' 0.9934
1585 6.309 8.096 A" 0.9934
1583 6.317 29.41 A' 0.9934
1576 6.347 63.36 A' 0.9934
1574 6.354 3.858 A" 0.9934
1564 6.395 0.1882 A' 0.9934
1563 6.398 16.73 A" 0.9934
1560 6.409 8.248 A" 0.9934
1558 6.418 144 A' 0.9934
1553 6.438 0.1426 A' 0.9934
1550 6.451 0.0238 A" 0.9934
1546 6.469 2.162 A' 0.9934
1540 6.492 5.479 A' 0.9934
1538 6.5 1.34 A" 0.9934
1537 6.507 1.122 A' 0.9934
1525 6.555 19.67 A" 0.9934
1518 6.589 61.68 A" 0.9934
1514 6.604 0.5799 A' 0.9934
1506 6.641 0.7053 A' 0.9934
1502 6.66 2.574 A" 0.9934
1498 6.673 14.62 A" 0.9934
1497 6.68 19.48 A' 0.9934
1494 6.692 44.6 A' 0.9934
1490 6.713 5.642 A" 0.9934
1483 6.743 22.1 A" 0.9934
1479 6.76 74.49 A' 0.9934
1473 6.787 5.809 A" 0.9934
1469 6.806 11.9 A' 0.9934
1462 6.84 12.23 A" 0.9934
1462 6.842 6.671 A' 0.9934
1460 6.847 0.4303 A" 0.9934
1456 6.868 7.507 A" 0.9934
1450 6.895 1.541 A' 0.9934
1448 6.905 4.213 A" 0.9934
1446 6.918 3.221 A' 0.9934
1439 6.95 2.073 A' 0.9934
1438 6.952 11.34 A" 0.9934
1435 6.969 1.955 A' 0.9934
1435 6.97 0.9752 A" 0.9934
1425 7.017 16.05 A" 0.9934
1424 7.021 10.76 A' 0.9934
1419 7.045 74.42 A" 0.9934
1417 7.055 5.859 A' 0.9934
1416 7.063 12.52 A" 0.9934
1415 7.066 21.5 A" 0.9934
1413 7.08 0.3782 A' 0.9934
1410 7.091 0.3429 A' 0.9934
1408 7.101 2.709 A' 0.9934
1407 7.108 0.4844 A" 0.9934
1403 7.129 0.1423 A' 0.9934
1402 7.131 9.437 A" 0.9934
1398 7.155 8.545 A" 0.9934
1397 7.159 8.895 A' 0.9934
1393 7.177 1.215 A" 0.9934
1393 7.181 0.0476 A' 0.9934
1392 7.183 18 A" 0.9934
1388 7.206 0.2343 A' 0.9934
1386 7.214 0.4059 A' 0.9934
1383 7.229 0.1561 A' 0.9934
1382 7.233 7.211 A" 0.9934
1381 7.239 19.16 A" 0.9934
1379 7.251 1.06 A' 0.9934
1375 7.275 6.004 A" 0.9934
1373 7.282 0.0813 A' 0.9934
1372 7.291 23.96 A" 0.9934
1364 7.331 43.74 A" 0.9934
1362 7.344 56 A' 0.9934
1359 7.356 30.6 A" 0.9934
1353 7.391 13.24 A' 0.9934
1348 7.419 149.2 A" 0.9934
1348 7.421 13.64 A' 0.9934
1344 7.443 245.4 A' 0.9934
1343 7.447 18.59 A" 0.9934
1340 7.462 0.5235 A" 0.9934
1337 7.479 12.47 A' 0.9934
1324 7.556 1.478 A" 0.9934
1320 7.577 2.846 A' 0.9934
1313 7.618 0.8606 A" 0.9934
1311 7.629 8.074 A' 0.9934
1304 7.669 3.356 A" 0.9934
1300 7.692 14.25 A' 0.9934
1296 7.715 0.1229 A" 0.9934
1295 7.721 14.06 A' 0.9934
1292 7.738 2.192 A" 0.9934
1281 7.808 3.802 A' 0.9934
1279 7.816 7.119 A' 0.9934
1277 7.832 25 A" 0.9934
1269 7.881 27.75 A" 0.9934
1267 7.891 21.18 A' 0.9934
1260 7.938 4.367 A' 0.9934
1249 8.007 15.67 A" 0.9934
1218 8.208 9.464 A" 0.9934
1216 8.221 0.0274 A' 0.9934
1213 8.244 39.83 A' 0.9934
1211 8.26 0.009 A" 0.9934
1208 8.275 0.0001 A" 0.9934
1208 8.275 0.6816 A' 0.9934
1205 8.302 5.92 A' 0.9934
1202 8.322 0.8802 A" 0.9934
1198 8.345 0.3502 A' 0.9934
1195 8.368 0.2408 A" 0.9934
1189 8.41 0.1433 A' 0.9934
1185 8.438 0.3347 A" 0.9934
1184 8.444 5.791 A' 0.9934
1179 8.483 3.365 A" 0.9934
1176 8.502 0.4037 A' 0.9934
1168 8.563 12.16 A' 0.9934
1165 8.583 4.781 A" 0.9934
1163 8.598 27.91 A" 0.9934
1158 8.635 19.18 A' 0.9934
1157 8.639 1.081 A" 0.9934
1150 8.697 32.74 A" 0.9934
1149 8.707 61.67 A' 0.9934
1126 8.88 1.167 A' 0.9934
1120 8.925 14.71 A" 0.9934
1118 8.942 36.68 A" 0.9934
1113 8.987 15.05 A' 0.9934
1112 8.989 1.413 A' 1.0145
1106 9.045 112.9 A" 1.0145
1092 9.158 10.11 A" 1.0145
1091 9.167 7.638 A' 1.0145
1083 9.233 10.13 A' 1.0145
1065 9.386 89.21 A" 1.0145
1060 9.435 2.456 A' 1.0145
1055 9.482 0.8693 A' 1.0145
1050 9.526 29.75 A" 1.0145
1044 9.577 0.7134 A' 1.0145
1038 9.631 12.53 A" 1.0145
1030 9.71 211.4 A" 1.0145
973 10.28 41.68 A" 1.0145
967.2 10.34 0.0101 A' 1.0145
963.8 10.38 0.1262 A' 1.0145
963.7 10.38 0.002 A" 1.0145
962.4 10.39 0.0561 A' 1.0145
961.3 10.4 0.0017 A" 1.0145
951.3 10.51 0.166 A" 1.0145
945.1 10.58 1.189 A' 1.0145
939 10.65 0.7947 A' 1.0145
936.1 10.68 0.2719 A' 1.0145
935.7 10.69 0 A" 1.0145
918.8 10.88 18.05 A" 1.0145
917.1 10.9 0.1223 A' 1.0145
914.6 10.93 0.9533 A' 1.0145
910.7 10.98 147.9 A' 1.0145
906 11.04 0.0032 A" 1.0145
903.4 11.07 56.99 A' 1.0145
896.1 11.16 0.0035 A" 1.0145
895.8 11.16 43.62 A' 1.0145
889.2 11.25 2.725 A" 1.0145
885.2 11.3 0.0005 A' 1.0145
881.2 11.35 16.43 A" 1.0145
874.4 11.44 0 A" 1.0145
867.6 11.53 4.556 A' 1.0145
861.3 11.61 0.0009 A" 1.0145
855.3 11.69 6.597 A' 1.0145
851.9 11.74 0.0004 A" 1.0145
841.6 11.88 50.6 A' 1.0145
830.3 12.04 0.0747 A' 1.0145
829.2 12.06 12.92 A" 1.0145
810.9 12.33 0.0001 A" 1.0145
809.6 12.35 0.1506 A' 1.0145
807.9 12.38 38.91 A' 1.0145
803.3 12.45 12.83 A" 1.0145
802.3 12.46 6.235 A' 1.0145
802.1 12.47 5.424 A" 1.0145
801.2 12.48 0.0008 A" 1.0145
799.1 12.51 17.58 A' 1.0145
797.3 12.54 2.862 A' 1.0145
792.3 12.62 0 A" 1.0145
780.7 12.81 11.46 A' 1.0145
778.3 12.85 0.1411 A" 1.0145
777.5 12.86 0.0311 A" 1.0145
777.3 12.87 0.0357 A' 1.0145
764.2 13.09 0 A" 1.0145
756 13.23 0.0121 A' 1.0145
749.6 13.34 0.2705 A" 1.0145
749 13.35 1.237 A' 1.0145
746.8 13.39 0.4051 A" 1.0145
736.4 13.58 0.0159 A' 1.0145
733.7 13.63 0.0037 A" 1.0145
730.7 13.69 0.0006 A' 1.0145
730.1 13.7 0.0028 A" 1.0145
715.7 13.97 0.5949 A" 1.0145
713.1 14.02 0.643 A' 1.0145
708.1 14.12 3.309 A" 1.0145
707.1 14.14 0.0012 A" 1.0145
705.2 14.18 3.379 A' 1.0145
701.5 14.26 0.3251 A' 1.0145
698.2 14.32 0.0007 A" 1.0145
696.8 14.35 1.802 A' 1.0145
691 14.47 0.0001 A" 1.0145
689 14.51 0.0344 A' 1.0145
668.8 14.95 0.1309 A' 1.0145
668.2 14.97 6.804 A" 1.0145
668.1 14.97 0.3619 A" 1.0145
656.8 15.23 0.0594 A' 1.0145
655.2 15.26 0.0684 A' 1.0145
650.9 15.36 0.0322 A" 1.0145
648.6 15.42 4.36 A" 1.0145
644.8 15.51 1.056 A' 1.0145
641.5 15.59 0.0014 A" 1.0145
637.9 15.68 0.0062 A' 1.0145
633.5 15.78 0.4745 A" 1.0145
631.2 15.84 0.0509 A' 1.0145
629 15.9 0.8157 A' 1.0145
626.5 15.96 0.8734 A" 1.0145
625.5 15.99 0.0149 A" 1.0145
624 16.02 0.4221 A' 1.0145
623.8 16.03 0.778 A' 1.0145
621.1 16.1 0.0021 A" 1.0145
620.3 16.12 0.0317 A' 1.0145
613.4 16.3 0.004 A" 1.0145
611.5 16.35 1.184 A' 1.0145
603.5 16.57 8.968 A' 1.0145
602.5 16.6 3.288 A" 1.0145
602 16.61 0.0001 A" 1.0145
599.4 16.68 2.866 A' 1.0145
596.8 16.76 5.729 A" 1.0145
594.5 16.82 0.2524 A' 1.0145
589.3 16.97 6.25 A' 1.0145
587 17.04 16.05 A" 1.0145
584.7 17.1 0.0005 A" 1.0145
584.3 17.11 0.0031 A" 1.0145
583.8 17.13 0.1288 A' 1.0145
577.8 17.31 1.02 A' 1.0145
577.2 17.33 0.0021 A" 1.0145
572.7 17.46 0.069 A' 1.0145
567.4 17.62 0.0001 A" 1.0145
564.5 17.71 4.265 A' 1.0145
564.1 17.73 0.0002 A" 1.0145
557.2 17.95 5.955 A' 1.0145
554.5 18.03 0.0001 A" 1.0145
554.4 18.04 6.167 A' 1.0145
552.6 18.1 0.0773 A' 1.0145
552 18.12 0.0236 A' 1.0145
550.6 18.16 0.0195 A" 1.0145
549.8 18.19 1.252 A' 1.0145
548.5 18.23 0.0299 A" 1.0145
540.1 18.51 2.706 A' 1.0145
539.2 18.54 0.7803 A" 1.0145
536.5 18.64 0.0975 A' 1.0145
531.5 18.81 0 A" 1.0145
525.1 19.04 0.3086 A' 1.0145
509.6 19.62 0 A" 1.0145
507.3 19.71 0.6505 A' 1.0145
506.5 19.74 0.1064 A" 1.0145
500.2 19.99 0.0065 A" 1.0145
499.2 20.03 0.1754 A" 1.0145
498.7 20.05 0.2111 A' 1.0145
498.3 20.07 0.327 A' 1.0145
483.3 20.69 1.222 A' 1.0145
474.5 21.08 0.1041 A' 1.0145
470.7 21.24 0.286 A' 1.0145
452.4 22.11 0.6879 A' 1.0145
444.7 22.49 1.199 A" 1.0145
442.6 22.59 0.1498 A" 1.0145
440.7 22.69 0.0183 A" 1.0145
439.6 22.75 0.4014 A" 1.0145
435.5 22.96 1.164 A' 1.0145
432.8 23.11 1.152 A" 1.0145
430.2 23.25 0.3397 A' 1.0145
429.7 23.27 0 A" 1.0145
416.3 24.02 0.0212 A' 1.0145
415.9 24.04 0.0003 A" 1.0145
412.3 24.25 0.0004 A' 1.0145
407.2 24.56 0 A" 1.0145
403 24.81 0.0001 A" 1.0145
401.9 24.88 2.003 A' 1.0145
401.3 24.92 0.0004 A" 1.0145
400.1 25 6.92 A" 1.0145
399.7 25.02 0.0181 A' 1.0145
392.7 25.46 0.1261 A' 1.0145
387.6 25.8 0.6732 A" 1.0145
377.9 26.46 0.2873 A' 1.0145
369.1 27.09 0.0055 A' 1.0145
365.9 27.33 0 A" 1.0145
360.8 27.72 1.011 A' 1.0145
360.4 27.75 0.6415 A" 1.0145
354.3 28.22 0.1419 A' 1.0145
347.5 28.77 0 A" 1.0145
330.3 30.27 0.0115 A' 1.0145
314.3 31.82 0 A" 1.0145
312.2 32.03 0.0817 A' 1.0145
307.7 32.5 0 A" 1.0145
305.4 32.75 7.757 A' 1.0145
299 33.44 0 A" 1.0145
295.8 33.8 0.2096 A' 1.0145
295.6 33.83 0.7651 A' 1.0145
294.5 33.96 0.1332 A" 1.0145
294.3 33.98 1.079 A' 1.0145
272.6 36.69 0.0443 A' 1.0145
271.2 36.88 0 A" 1.0145
266.7 37.49 0.2253 A" 1.0145
247.8 40.35 0.0021 A' 1.0145
236.7 42.24 0.016 A' 1.0145
236.6 42.26 0 A" 1.0145
230.7 43.34 0 A" 1.0145
225.8 44.28 0.0002 A' 1.0145
206.7 48.37 0.0034 A' 1.0145
204.9 48.8 5.39 A' 1.0145
204.8 48.84 8.513 A" 1.0145
199.1 50.24 0 A" 1.0145
198.9 50.26 0 A' 1.0145
190.6 52.46 0.0127 A" 1.0145
189.2 52.85 1.767 A' 1.0145
174.1 57.43 0 A" 1.0145
171.7 58.24 0 A" 1.0145
166.9 59.92 0.7725 A' 1.0145
133.2 75.1 0 A" 1.0145
130.1 76.84 0.1229 A' 1.0145
127.5 78.45 3.526 A' 1.0145
120.5 82.96 0 A" 1.0145
115.7 86.43 0.8281 A' 1.0145
78.25 127.8 0.001 A' 1.0145
77.53 129 0 A" 1.0145
74.63 134 0.0029 A' 1.0145
69.23 144.5 0 A" 1.0145
53.17 188.1 0.031 A' 1.0145
40.7 245.7 0 A" 1.0145
29.48 339.2 3.897 A' 1.0145
21.68 461.3 0.0342 A' 1.0145
21.4 467.3 0 A" 1.0145

Vibrations

Note(s):


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


10,749 species present in version 4.00 of the theoretical database (Jun 27, 2024)