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 661
scaling factor 0.958

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

Transitions

Frequency
[wavenumbers]
Wavelength
[microns]
Integrated cross-section
[km/mol]
Symmetry Scaling factor
3076 3.251 0.1703 A' 0.958
3076 3.251 143.1 A" 0.958
3075 3.252 41.44 A' 0.958
3075 3.252 147.9 A' 0.958
3075 3.252 22.18 A" 0.958
3075 3.252 23.14 A" 0.958
3059 3.269 0.1883 A' 0.958
3058 3.27 17.94 A" 0.958
3058 3.27 26.27 A' 0.958
3058 3.27 29.98 A' 0.958
3058 3.271 42.67 A" 0.958
3057 3.271 3.697 A' 0.958
3057 3.271 0.4637 A" 0.958
3056 3.272 33.77 A' 0.958
3056 3.272 21.74 A" 0.958
3055 3.273 0.0665 A' 0.958
3055 3.273 3.145 A" 0.958
3055 3.274 0.0674 A' 0.958
3054 3.274 0.2139 A" 0.958
3054 3.274 0.6293 A' 0.958
3054 3.275 0.2541 A" 0.958
3054 3.275 0.1449 A" 0.958
3053 3.275 1.101 A' 0.958
3053 3.275 1.159 A" 0.958
2682 3.728 1.508 A' 0.958
1610 6.21 11.63 A' 0.958
1607 6.222 72.54 A" 0.958
1607 6.222 58.01 A' 0.958
1602 6.242 3.292 A' 0.958
1601 6.247 31.38 A" 0.958
1595 6.268 7.7 A" 0.958
1593 6.277 5.061 A" 0.958
1590 6.288 124.4 A' 0.958
1588 6.298 353.9 A" 0.958
1579 6.334 0.3629 A" 0.958
1578 6.336 39.47 A' 0.958
1576 6.344 48.53 A' 0.958
1573 6.359 29.91 A" 0.958
1572 6.36 100.7 A' 0.958
1570 6.368 2.849 A' 0.958
1562 6.404 37.76 A' 0.958
1560 6.411 16.75 A' 0.958
1559 6.413 40.29 A" 0.958
1555 6.432 5.745 A" 0.958
1549 6.454 0.2211 A' 0.958
1543 6.48 10 A' 0.958
1541 6.49 82.18 A" 0.958
1528 6.543 90.31 A' 0.958
1524 6.563 0.0626 A' 0.958
1520 6.581 182.7 A" 0.958
1518 6.586 98.69 A" 0.958
1502 6.657 1.327 A" 0.958
1501 6.663 4.262 A' 0.958
1499 6.67 30.95 A' 0.958
1493 6.699 0.3037 A" 0.958
1486 6.727 38.86 A" 0.958
1483 6.743 11.05 A' 0.958
1470 6.804 0.3737 A" 0.958
1469 6.809 1.833 A" 0.958
1467 6.818 3.324 A" 0.958
1465 6.824 5.824 A' 0.958
1458 6.859 24.54 A" 0.958
1456 6.868 17.55 A' 0.958
1456 6.87 3.175 A' 0.958
1452 6.887 2.403 A" 0.958
1450 6.897 14.7 A' 0.958
1447 6.913 29.41 A' 0.958
1445 6.919 9.585 A" 0.958
1438 6.953 0.2644 A" 0.958
1438 6.953 13.16 A' 0.958
1430 6.992 10.83 A" 0.958
1428 7.001 1.35 A' 0.958
1427 7.009 43.71 A" 0.958
1423 7.026 1.252 A' 0.958
1420 7.04 4.185 A" 0.958
1418 7.054 0.7077 A' 0.958
1416 7.06 4.286 A" 0.958
1416 7.064 0.6586 A' 0.958
1403 7.125 3.131 A' 0.958
1403 7.128 22.43 A" 0.958
1400 7.144 9.735 A' 0.958
1400 7.145 6.977 A" 0.958
1394 7.175 7.406 A' 0.958
1391 7.187 0.0013 A" 0.958
1391 7.191 4.588 A' 0.958
1388 7.207 4.515 A' 0.958
1386 7.214 10.07 A" 0.958
1386 7.216 2.118 A" 0.958
1385 7.219 3.451 A' 0.958
1380 7.249 1.488 A' 0.958
1378 7.259 1.29 A" 0.958
1375 7.273 3.675 A" 0.958
1371 7.292 2.633 A" 0.958
1370 7.299 0.3717 A' 0.958
1370 7.301 2.299 A' 0.958
1366 7.32 1.624 A" 0.958
1365 7.324 0.4686 A" 0.958
1364 7.334 0.6759 A' 0.958
1359 7.357 4.338 A' 0.958
1357 7.367 4.212 A" 0.958
1356 7.375 45.28 A' 0.958
1355 7.38 5.962 A" 0.958
1352 7.397 1.487 A' 0.958
1347 7.424 3.579 A" 0.958
1347 7.425 2.738 A' 0.958
1339 7.466 104 A" 0.958
1335 7.493 173.7 A' 0.958
1333 7.504 0.0057 A" 0.958
1329 7.527 5.693 A" 0.958
1319 7.581 0.3252 A' 0.958
1318 7.586 10.1 A" 0.958
1315 7.607 75.51 A' 0.958
1309 7.642 149.5 A" 0.958
1307 7.651 48.7 A' 0.958
1298 7.703 37.44 A" 0.958
1293 7.735 77.75 A' 0.958
1288 7.765 3.173 A' 0.958
1287 7.773 0.076 A" 0.958
1286 7.779 13.79 A' 0.958
1284 7.791 460.4 A" 0.958
1280 7.813 29.29 A" 0.958
1274 7.851 5.912 A' 0.958
1271 7.865 19.58 A" 0.958
1264 7.909 0.4032 A' 0.958
1255 7.971 35.95 A" 0.958
1251 7.994 3.693 A' 0.958
1225 8.161 0.6729 A" 0.958
1220 8.198 0.1213 A' 0.958
1220 8.2 0.0146 A' 0.958
1219 8.202 6.374 A" 0.958
1213 8.242 0.4048 A' 0.958
1212 8.251 18.02 A" 0.958
1209 8.273 0.5823 A' 0.958
1205 8.295 10.83 A" 0.958
1197 8.354 5.209 A' 0.958
1193 8.383 11.64 A" 0.958
1185 8.438 65.31 A" 0.958
1184 8.443 61.01 A' 0.958
1177 8.495 11.25 A" 0.958
1176 8.5 23.64 A" 0.958
1176 8.5 47.06 A' 0.958
1169 8.556 17.41 A' 0.958
1166 8.574 26.99 A" 0.958
1165 8.587 0.1206 A" 0.958
1164 8.594 4.336 A' 0.958
1163 8.596 119.4 A" 0.958
1159 8.625 1.489 A' 0.958
1143 8.753 24.57 A" 0.958
1142 8.757 1.603 A' 0.958
1129 8.857 0.3041 A' 0.958
1117 8.949 12.62 A" 0.958
1110 9.011 2.793 A' 0.958
1106 9.04 6.564 A" 0.958
1096 9.127 0.0205 A' 0.958
1066 9.382 0.6318 A" 0.958
1066 9.385 0.3105 A' 0.958
1065 9.386 11.08 A" 0.958
1056 9.469 0.8377 A' 0.958
1042 9.598 2.437 A" 0.958
1038 9.633 3.014 A' 0.958
1038 9.633 5.603 A" 0.958
1037 9.64 16.54 A' 0.958
1027 9.737 18.69 A" 0.958
1023 9.774 1.12 A' 0.958
986.4 10.14 0.0084 A' 0.958
985.8 10.14 0.0169 A" 0.958
985.7 10.15 0.0096 A' 0.958
985 10.15 0.0393 A" 0.958
984.6 10.16 0.0511 A' 0.958
984.2 10.16 0 A" 0.958
952.6 10.5 0.0649 A" 0.958
945 10.58 0.3953 A' 0.958
935.9 10.68 0.7572 A' 0.958
931.4 10.74 0.0691 A" 0.958
930.1 10.75 0.349 A' 0.958
927.1 10.79 239.4 A' 0.958
925.9 10.8 0.4582 A" 0.958
922.8 10.84 41.26 A' 0.958
922.4 10.84 0.3473 A' 0.958
918.6 10.89 0.1358 A" 0.958
917.6 10.9 12.83 A' 0.958
915.1 10.93 5.928 A' 0.958
911.8 10.97 0.9778 A' 0.958
910.7 10.98 4.629 A" 0.958
897.9 11.14 0.2898 A" 0.958
892.4 11.21 0.167 A" 0.958
891.5 11.22 0.9596 A' 0.958
886.3 11.28 0 A" 0.958
881.7 11.34 0.1928 A' 0.958
881.2 11.35 0.0122 A" 0.958
872.1 11.47 0.1323 A' 0.958
870.5 11.49 0.0039 A" 0.958
866.5 11.54 0.0001 A" 0.958
855.7 11.69 43.87 A' 0.958
834 11.99 3.104 A' 0.958
832.8 12.01 2.959 A" 0.958
817.3 12.24 0.024 A' 0.958
807.3 12.39 77.02 A' 0.958
803.1 12.45 0.0397 A" 0.958
802.4 12.46 0.1419 A' 0.958
797.2 12.54 5.047 A" 0.958
796.6 12.55 2.365 A' 0.958
795.1 12.58 0.1327 A' 0.958
793.8 12.6 0.0074 A" 0.958
790.5 12.65 0.0017 A" 0.958
788.3 12.69 7.419 A' 0.958
788.2 12.69 1.724 A" 0.958
786.8 12.71 0.7242 A" 0.958
785.5 12.73 0.0955 A" 0.958
785.3 12.73 1.388 A' 0.958
783.1 12.77 1.097 A' 0.958
778.3 12.85 0.2126 A" 0.958
776.8 12.87 0.2546 A' 0.958
775.1 12.9 0.0197 A" 0.958
771.8 12.96 1.965 A' 0.958
769 13 0.0035 A" 0.958
764.6 13.08 5.452 A' 0.958
756.8 13.21 0.0025 A" 0.958
756.2 13.22 2.275 A' 0.958
750.1 13.33 0.6297 A" 0.958
749.7 13.34 0.1407 A" 0.958
749.4 13.34 0.1435 A' 0.958
749.3 13.35 2.274 A' 0.958
745.5 13.41 0.4008 A" 0.958
742.3 13.47 0.5966 A' 0.958
734.3 13.62 0.0009 A" 0.958
734.2 13.62 0.5563 A' 0.958
731.6 13.67 0.1231 A' 0.958
724.9 13.8 0.9484 A" 0.958
723.6 13.82 2.899 A' 0.958
721.9 13.85 0.1148 A" 0.958
721.9 13.85 1.742 A' 0.958
707.8 14.13 0.0218 A" 0.958
704.8 14.19 0.3784 A' 0.958
703.8 14.21 0.0482 A" 0.958
686.5 14.57 0.0023 A" 0.958
683.3 14.63 0.0296 A" 0.958
682.6 14.65 14.36 A' 0.958
681.7 14.67 3.561 A' 0.958
674.8 14.82 0.4927 A" 0.958
674.2 14.83 0.3072 A' 0.958
669 14.95 0.2621 A" 0.958
665.6 15.02 13.27 A' 0.958
655.4 15.26 1.511 A' 0.958
653.7 15.3 0.0482 A" 0.958
651 15.36 0.0128 A" 0.958
650.1 15.38 0.4703 A' 0.958
646.2 15.47 1.402 A' 0.958
639.6 15.64 0.0998 A' 0.958
639.2 15.64 0.8621 A" 0.958
636.8 15.7 0.0353 A" 0.958
633.6 15.78 0.0102 A' 0.958
633.4 15.79 0.6707 A" 0.958
621.3 16.09 0.4849 A' 0.958
609.1 16.42 0.0752 A" 0.958
608.9 16.42 1.632 A' 0.958
607.1 16.47 0.0529 A" 0.958
597.4 16.74 2.103 A' 0.958
595.6 16.79 9.921 A' 0.958
594.5 16.82 0.136 A" 0.958
594.1 16.83 6.293 A' 0.958
592.8 16.87 0.7511 A" 0.958
590.5 16.94 7.999 A" 0.958
590.4 16.94 0.7536 A' 0.958
589.9 16.95 0.0836 A" 0.958
589.3 16.97 11.17 A' 0.958
587.7 17.02 0.6471 A" 0.958
585.4 17.08 0.3045 A' 0.958
576.4 17.35 0.0961 A" 0.958
571 17.51 5.673 A' 0.958
570.2 17.54 0.008 A" 0.958
567.3 17.63 20.74 A' 0.958
562 17.79 0.0003 A" 0.958
559 17.89 0.3782 A' 0.958
556.5 17.97 3.155 A' 0.958
556.4 17.97 0.0946 A" 0.958
552.7 18.09 0.2173 A" 0.958
551 18.15 5.284 A' 0.958
543.7 18.39 0.0659 A' 0.958
542.8 18.42 1.698 A" 0.958
541 18.48 1.594 A' 0.958
521.2 19.19 3.884 A' 0.958
518.6 19.28 0.0146 A" 0.958
507.7 19.7 0.1618 A" 0.958
507.4 19.71 0.0134 A' 0.958
502.6 19.9 0.1539 A' 0.958
501.8 19.93 1.776 A" 0.958
496.2 20.15 1.529 A' 0.958
495.4 20.19 0.1305 A" 0.958
477 20.96 0.0074 A' 0.958
446.2 22.41 0.1042 A" 0.958
443.7 22.54 1.103 A' 0.958
443.6 22.54 2.793 A" 0.958
442.6 22.59 0.0323 A" 0.958
437.2 22.87 0.0327 A" 0.958
428.6 23.33 5.298 A' 0.958
426.6 23.44 0.0117 A" 0.958
421.1 23.75 1.33 A' 0.958
417.6 23.95 0.0257 A" 0.958
416.9 23.99 0.218 A' 0.958
413.7 24.17 0.2081 A" 0.958
411.2 24.32 0.7943 A' 0.958
408.5 24.48 0.2908 A" 0.958
401.9 24.88 5.366 A' 0.958
401.8 24.89 3.271 A" 0.958
390.7 25.59 2.295 A' 0.958
390.5 25.61 0.3549 A" 0.958
387 25.84 0.1754 A" 0.958
375.7 26.61 0.3767 A' 0.958
375.6 26.62 0.0146 A" 0.958
371.8 26.9 0.0593 A' 0.958
363.6 27.5 0.7421 A' 0.958
359.4 27.82 0.6987 A' 0.958
358.8 27.87 0.8212 A" 0.958
348.1 28.73 0.0368 A" 0.958
337.6 29.62 0.0142 A' 0.958
316.7 31.58 0.2725 A' 0.958
314.5 31.8 0.697 A' 0.958
313.5 31.9 0.0499 A" 0.958
308.5 32.41 0.0042 A" 0.958
303.2 32.98 0.0001 A" 0.958
297.3 33.64 7.559 A' 0.958
293.3 34.09 0.1573 A' 0.958
292.3 34.21 0.0106 A" 0.958
290.4 34.43 2.767 A' 0.958
279.5 35.78 0.2011 A' 0.958
276.9 36.11 0.0173 A" 0.958
264.9 37.75 3.096 A" 0.958
243.9 41 0.2867 A' 0.958
236.8 42.23 0.1726 A' 0.958
236.3 42.32 0.0409 A" 0.958
234.9 42.58 0.0053 A" 0.958
231.2 43.26 1.492 A' 0.958
211.1 47.36 0.5518 A' 0.958
204.9 48.8 1.515 A" 0.958
203.3 49.2 3.171 A' 0.958
202 49.5 3.401 A" 0.958
201.3 49.68 1.162 A' 0.958
188.2 53.15 1.22 A' 0.958
187 53.47 3.438 A" 0.958
182.3 54.85 0.0276 A" 0.958
170.8 58.56 0.3976 A' 0.958
167.9 59.56 0.0795 A" 0.958
131.9 75.81 0.134 A' 0.958
129.2 77.41 0.0066 A" 0.958
128.2 77.98 4.165 A' 0.958
126.5 79.05 0.0064 A" 0.958
125.8 79.48 0.4509 A' 0.958
82.98 120.5 0.0001 A" 0.958
82.83 120.7 0.0184 A' 0.958
71.51 139.8 0.0254 A" 0.958
71.39 140.1 0.1092 A' 0.958
57.42 174.2 0.0307 A' 0.958
44.27 225.9 0 A" 0.958
30.06 332.7 2.074 A' 0.958
23.22 430.6 0.0032 A' 0.958
23.05 433.9 0.0004 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)