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 711
scaling factor 0.958

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

Transitions

Frequency
[wavenumbers]
Wavelength
[microns]
Integrated cross-section
[km/mol]
Symmetry Scaling factor
3062 3.266 104.1 A' 0.958
3053 3.275 88.78 A' 0.958
3050 3.279 70.67 A' 0.958
3050 3.279 419.4 A' 0.958
3049 3.28 180.8 A' 0.958
3049 3.28 0.9405 A' 0.958
3049 3.28 23.41 A' 0.958
3035 3.295 41.91 A' 0.958
3033 3.297 48.01 A' 0.958
3031 3.3 8.68 A' 0.958
3030 3.301 25.35 A' 0.958
3029 3.301 14.44 A' 0.958
3029 3.302 57.06 A' 0.958
3028 3.303 48.44 A' 0.958
3026 3.305 2.012 A' 0.958
3025 3.305 0.001 A' 0.958
3025 3.306 0.367 A' 0.958
3024 3.307 1.098 A' 0.958
3024 3.307 0.3232 A' 0.958
1606 6.227 0.4449 A' 0.958
1604 6.234 2.595 A' 0.958
1587 6.3 13.32 A' 0.958
1587 6.301 7.801 A' 0.958
1584 6.314 13.87 A' 0.958
1582 6.322 17.01 A' 0.958
1578 6.338 46.52 A' 0.958
1573 6.359 191.9 A' 0.958
1570 6.37 4.672 A' 0.958
1564 6.396 6.965 A' 0.958
1561 6.407 21.45 A' 0.958
1558 6.418 4.035 A' 0.958
1543 6.482 0.9638 A' 0.958
1539 6.499 1.49 A' 0.958
1523 6.566 14 A' 0.958
1520 6.577 0.6517 A' 0.958
1511 6.619 40.64 A' 0.958
1510 6.621 8.502 A' 0.958
1482 6.749 10.85 A' 0.958
1480 6.755 24.85 A' 0.958
1478 6.764 1.815 A' 0.958
1473 6.789 0.4355 A' 0.958
1471 6.797 23.61 A' 0.958
1466 6.82 1.095 A' 0.958
1462 6.839 4.282 A' 0.958
1458 6.86 13.49 A' 0.958
1449 6.904 1.798 A' 0.958
1446 6.914 8.32 A' 0.958
1433 6.979 3.549 A' 0.958
1429 6.997 0.795 A' 0.958
1427 7.007 36.43 A' 0.958
1424 7.024 14.63 A' 0.958
1422 7.034 3.571 A' 0.958
1419 7.045 4.874 A' 0.958
1418 7.052 0.7316 A' 0.958
1404 7.124 7.208 A' 0.958
1401 7.14 0.1656 A' 0.958
1399 7.146 16.67 A' 0.958
1397 7.16 0.3943 A' 0.958
1392 7.186 0.3841 A' 0.958
1383 7.233 10.66 A' 0.958
1378 7.255 34.69 A' 0.958
1375 7.271 21.71 A' 0.958
1372 7.288 38.26 A' 0.958
1371 7.297 9.181 A' 0.958
1367 7.314 26.29 A' 0.958
1364 7.333 13.24 A' 0.958
1362 7.344 1.129 A' 0.958
1360 7.351 0.5605 A' 0.958
1358 7.362 14.93 A' 0.958
1353 7.393 0.772 A' 0.958
1348 7.419 1.287 A' 0.958
1344 7.44 28.25 A' 0.958
1333 7.502 31.97 A' 0.958
1328 7.531 56.38 A' 0.958
1325 7.547 29.41 A' 0.958
1321 7.572 0.1051 A' 0.958
1315 7.603 27.34 A' 0.958
1308 7.646 55.85 A' 0.958
1306 7.659 224.1 A' 0.958
1298 7.702 152 A' 0.958
1296 7.716 43.72 A' 0.958
1283 7.794 0.7065 A' 0.958
1280 7.812 5.353 A' 0.958
1272 7.862 50.2 A' 0.958
1269 7.88 25.87 A' 0.958
1268 7.884 571.2 A' 0.958
1266 7.9 16.56 A' 0.958
1260 7.939 0.0239 A' 0.958
1257 7.953 51.84 A' 0.958
1242 8.05 0.4878 A' 0.958
1219 8.202 1.438 A' 0.958
1208 8.276 5.134 A' 0.958
1203 8.316 4.73 A' 0.958
1195 8.37 110.5 A' 0.958
1191 8.399 3.818 A' 0.958
1189 8.411 84.8 A' 0.958
1184 8.448 1.437 A' 0.958
1174 8.52 8.064 A' 0.958
1167 8.571 0.3388 A' 0.958
1163 8.599 3.857 A' 0.958
1159 8.627 2.833 A' 0.958
1148 8.708 0.2959 A' 0.958
1144 8.741 1.266 A' 0.958
1135 8.81 0.5682 A' 0.958
1130 8.853 12.79 A' 0.958
1127 8.873 8.062 A' 0.958
1100 9.094 0.0234 A' 0.958
1077 9.282 0.4794 A' 0.958
1075 9.299 0.0904 A' 0.958
1050 9.523 0.0535 A' 0.958
1036 9.649 0.3691 A' 0.958
1027 9.74 0.0344 A' 0.958
1011 9.887 0.387 A' 0.958
999.5 10.01 0.6028 A' 0.958
997.8 10.02 5.091 A' 0.958
980 10.2 0.4621 A' 0.958
972.1 10.29 2.319 A' 0.958
958.8 10.43 0.006 A" 0.958
958.5 10.43 0.0105 A" 0.958
953.9 10.48 0.0592 A" 0.958
953.4 10.49 0.0301 A" 0.958
952.7 10.5 0.1525 A" 0.958
952.4 10.5 0.1494 A" 0.958
909.1 11 5.99 A' 0.958
885.3 11.3 0.0732 A' 0.958
881.5 11.34 0.069 A' 0.958
881.1 11.35 192.9 A" 0.958
880.1 11.36 5.95 A" 0.958
875.4 11.42 0.0369 A' 0.958
871.4 11.48 0.1458 A" 0.958
869.3 11.5 0.1901 A" 0.958
863.9 11.58 20.49 A" 0.958
858.3 11.65 2.845 A' 0.958
849.5 11.77 0.3627 A' 0.958
844.6 11.84 21.54 A" 0.958
838 11.93 0.0616 A' 0.958
829.2 12.06 0.0787 A" 0.958
826.9 12.09 0.1216 A' 0.958
819.4 12.2 3.965 A' 0.958
804.1 12.44 4.179 A" 0.958
799.2 12.51 0.7891 A" 0.958
790.3 12.65 0.022 A" 0.958
783.6 12.76 3.709 A" 0.958
781.7 12.79 2.364 A" 0.958
781.6 12.79 0.0416 A' 0.958
776.8 12.87 0.7807 A' 0.958
775.7 12.89 27.29 A" 0.958
775.2 12.9 2.773 A" 0.958
774.5 12.91 0.1511 A' 0.958
771 12.97 0.7918 A" 0.958
770.3 12.98 0.0002 A" 0.958
765.1 13.07 0.007 A" 0.958
763.3 13.1 0.4873 A" 0.958
762.4 13.12 0.0251 A' 0.958
754.8 13.25 0.4445 A" 0.958
746 13.4 4.705 A" 0.958
740.4 13.51 0.0044 A" 0.958
731.4 13.67 0.6493 A' 0.958
729.5 13.71 0.0129 A" 0.958
716.3 13.96 0.0651 A" 0.958
712.5 14.04 0.1331 A' 0.958
705.5 14.17 0.5177 A" 0.958
702.6 14.23 2.77 A" 0.958
692.8 14.43 0.0221 A' 0.958
688.9 14.52 0.5544 A' 0.958
688.2 14.53 0.0092 A" 0.958
683.4 14.63 0.1397 A" 0.958
680.2 14.7 0.1153 A' 0.958
678.5 14.74 0 A" 0.958
672.3 14.87 3.187 A" 0.958
655.4 15.26 0.0149 A' 0.958
644.7 15.51 0.0211 A' 0.958
638.5 15.66 7.01 A' 0.958
634.2 15.77 0.3847 A' 0.958
632.6 15.81 14.25 A' 0.958
621.1 16.1 0.0242 A" 0.958
617.9 16.18 5.354 A' 0.958
611.2 16.36 0.109 A' 0.958
611.1 16.36 0.9195 A" 0.958
601.4 16.63 0.2861 A" 0.958
599.5 16.68 6.868 A" 0.958
598.5 16.71 4.545 A" 0.958
598.3 16.71 0.4604 A' 0.958
597.5 16.74 1.667 A" 0.958
582.3 17.17 0.0582 A" 0.958
579.1 17.27 0.1109 A' 0.958
573.8 17.43 0.0137 A' 0.958
570.5 17.53 0.0474 A" 0.958
567.4 17.63 0.0846 A' 0.958
566.7 17.65 3.859 A" 0.958
564.5 17.72 0.248 A" 0.958
554.6 18.03 0.1484 A" 0.958
549.5 18.2 0.5187 A" 0.958
547.6 18.26 0.7406 A' 0.958
541.2 18.48 0.0075 A" 0.958
529.8 18.88 0.0396 A' 0.958
518.9 19.27 0.5601 A' 0.958
516.3 19.37 0.4466 A' 0.958
507.7 19.7 0.0373 A' 0.958
507.2 19.71 1.407 A" 0.958
488.7 20.46 11.31 A' 0.958
480.8 20.8 6.263 A' 0.958
473.4 21.12 0.0614 A' 0.958
456.3 21.92 0.0328 A" 0.958
450.8 22.18 0.0882 A" 0.958
440.6 22.7 0.4092 A' 0.958
439 22.78 0.4249 A' 0.958
426.1 23.47 0.1572 A" 0.958
419.5 23.84 0.0012 A' 0.958
410.2 24.38 0.0104 A' 0.958
405.2 24.68 0.0743 A" 0.958
398 25.13 2.179 A" 0.958
395.7 25.27 0.0004 A" 0.958
394 25.38 0.0105 A" 0.958
385.8 25.92 0.0467 A" 0.958
365.8 27.34 0.0542 A" 0.958
364.2 27.46 1.709 A" 0.958
358.9 27.87 0.0869 A' 0.958
349.8 28.59 2.606 A' 0.958
347.3 28.8 0.0487 A" 0.958
330.7 30.24 0.0249 A' 0.958
319 31.35 0.0137 A" 0.958
315.4 31.71 0.0763 A" 0.958
313.1 31.94 0.0382 A' 0.958
310.8 32.17 0.031 A" 0.958
290.7 34.4 0.0121 A' 0.958
277.3 36.06 0.0049 A" 0.958
271.1 36.89 10.81 A' 0.958
261 38.32 0.0319 A" 0.958
249.9 40.02 0.0063 A" 0.958
246.4 40.58 0.0313 A" 0.958
244.4 40.92 0.045 A" 0.958
226.9 44.07 0.0811 A' 0.958
222.2 45.01 0.1033 A' 0.958
221.2 45.2 1.265 A" 0.958
209.7 47.68 21.04 A' 0.958
178.3 56.07 0.0439 A" 0.958
175 57.14 2.871 A" 0.958
173.8 57.54 0.0741 A" 0.958
171.7 58.24 0.2813 A" 0.958
125.3 79.8 0.0104 A" 0.958
121.1 82.6 0.01 A" 0.958
110 90.92 0.0302 A" 0.958
97.67 102.4 0.0001 A" 0.958
76.82 130.2 0.0067 A" 0.958
61.94 161.5 0.0018 A" 0.958
48.55 206 0.3825 A" 0.958
30.89 323.7 0.1494 A" 0.958
30.1 332.2 0.0006 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)