You need a browser with JavaScript support in order to view the molecule in 3D
uid 10143
scaling factor multiple (3)

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

Transitions

Frequency
[wavenumbers]
Wavelength
[microns]
Integrated cross-section
[km/mol]
Symmetry Scaling factor
3110 3.215 29.88 A' 0.9597
3107 3.218 10.2 A' 0.9597
3095 3.231 1.997 A' 0.9597
3092 3.234 50.15 A' 0.9597
3089 3.238 1.612 A' 0.9597
3085 3.242 50.07 A' 0.9597
3080 3.247 35.2 A' 0.9597
3079 3.247 46.77 A' 0.9597
3074 3.254 6.299 A' 0.9597
3071 3.257 3.845 A' 0.9597
3069 3.259 1.482 A' 0.9597
3069 3.259 7.457 A' 0.9597
3068 3.259 10.13 A' 0.9597
3067 3.261 15.99 A' 0.9597
3065 3.263 4.645 A' 0.9597
3064 3.264 5.287 A' 0.9597
3063 3.264 1.631 A' 0.9597
3063 3.265 6.304 A' 0.9597
3062 3.266 0.8678 A' 0.9597
3062 3.266 2.25 A' 0.9597
3061 3.267 0.8538 A' 0.9597
3060 3.268 4.527 A' 0.9597
1623 6.163 6.129 A' 0.9691
1621 6.167 142.7 A' 0.9691
1607 6.222 56.41 A' 0.9691
1606 6.227 7.001 A' 0.9691
1593 6.276 15.33 A' 0.9691
1590 6.288 49.5 A' 0.9691
1586 6.304 39.67 A' 0.9691
1583 6.318 186.1 A' 0.9691
1580 6.33 101 A' 0.9691
1572 6.361 61.64 A' 0.9691
1567 6.383 60.14 A' 0.9691
1564 6.392 47.25 A' 0.9691
1559 6.413 15.97 A' 0.9691
1554 6.434 7.425 A' 0.9691
1546 6.467 135 A' 0.9691
1544 6.475 37.62 A' 0.9691
1533 6.523 19.59 A' 0.9691
1521 6.575 9.089 A' 0.9691
1514 6.607 59.25 A' 0.9691
1511 6.62 0.9737 A' 0.9691
1503 6.652 11.73 A' 0.9691
1500 6.666 42.28 A' 0.9691
1492 6.704 37.83 A' 0.9691
1487 6.726 68.33 A' 0.9691
1475 6.778 3.208 A' 0.9691
1464 6.829 6.4 A' 0.9691
1462 6.84 1.562 A' 0.9691
1459 6.854 43.21 A' 0.9691
1449 6.9 14.29 A' 0.9691
1447 6.911 1.366 A' 0.9691
1445 6.922 2.215 A' 0.9691
1434 6.973 7.953 A' 0.9691
1428 7.005 4.092 A' 0.9691
1424 7.021 2.321 A' 0.9691
1420 7.041 4.473 A' 0.9691
1418 7.05 1.698 A' 0.9691
1410 7.093 32.28 A' 0.9691
1409 7.097 14.41 A' 0.9691
1403 7.127 0.0703 A' 0.9691
1401 7.135 46.18 A' 0.9691
1395 7.169 4.85 A' 0.9691
1391 7.188 3.509 A' 0.9691
1385 7.222 6.015 A' 0.9691
1382 7.234 56.91 A' 0.9691
1380 7.247 15.83 A' 0.9691
1376 7.267 15.24 A' 0.9691
1374 7.276 21.38 A' 0.9691
1366 7.32 5.077 A' 0.9691
1365 7.327 112.1 A' 0.9691
1358 7.362 40.49 A' 0.9691
1355 7.378 4.839 A' 0.9691
1349 7.413 9.605 A' 0.9691
1345 7.437 15.32 A' 0.9691
1342 7.454 68.86 A' 0.9691
1335 7.492 41.22 A' 0.9691
1332 7.506 49.95 A' 0.9691
1320 7.576 268.5 A' 0.9691
1319 7.584 124.5 A' 0.9691
1314 7.613 233 A' 0.9691
1307 7.652 97.23 A' 0.9691
1298 7.704 20.52 A' 0.9691
1293 7.734 284.7 A' 0.9691
1280 7.811 46.65 A' 0.9691
1276 7.838 77.52 A' 0.9691
1265 7.907 22.17 A' 0.9691
1254 7.975 47.77 A' 0.9691
1253 7.982 163.8 A' 0.9691
1248 8.015 13.61 A' 0.9691
1238 8.078 38.75 A' 0.9691
1224 8.17 59.53 A' 0.9691
1216 8.221 1.849 A' 0.9691
1205 8.298 61.99 A' 0.9691
1200 8.333 13.77 A' 0.9691
1192 8.39 15.12 A' 0.9691
1187 8.423 91.08 A' 0.9691
1184 8.449 27.28 A' 0.9691
1183 8.456 39.61 A' 0.9691
1179 8.48 152.3 A' 0.9691
1172 8.529 53.32 A' 0.9691
1170 8.545 44.18 A' 0.9691
1165 8.581 14.44 A' 0.9691
1163 8.6 8.52 A' 0.9691
1153 8.674 17.82 A' 0.9691
1138 8.786 2.098 A' 0.9691
1125 8.886 11.1 A' 0.9691
1120 8.931 12.95 A' 0.9691
1104 9.055 6.356 A' 0.9691
1089 9.182 1.856 A' 0.9691
1083 9.237 0.3643 A' 0.9691
1082 9.246 7.172 A' 0.9794
1070 9.343 4.923 A' 0.9794
1065 9.391 0.8995 A' 0.9794
1048 9.539 6.035 A' 0.9794
1040 9.617 2.386 A' 0.9794
1017 9.833 4.059 A' 0.9794
1004 9.959 0.6781 A' 0.9794
974.9 10.26 1.085 A" 0.9794
968.8 10.32 0.0393 A" 0.9794
967.8 10.33 0.1387 A" 0.9794
966.3 10.35 0.1021 A" 0.9794
957.1 10.45 6.149 A' 0.9794
946.2 10.57 0.9744 A" 0.9794
939.7 10.64 1.992 A" 0.9794
934.2 10.7 5.687 A' 0.9794
926.1 10.8 6.328 A' 0.9794
921.7 10.85 0.6136 A" 0.9794
908 11.01 59.79 A" 0.9794
906.5 11.03 22.84 A' 0.9794
899.5 11.12 69.88 A" 0.9794
897.1 11.15 12.32 A" 0.9794
889.9 11.24 11.55 A' 0.9794
888.8 11.25 18.49 A" 0.9794
884.1 11.31 0.164 A" 0.9794
876.4 11.41 6.318 A" 0.9794
873.6 11.45 7.824 A' 0.9794
857.6 11.66 7.389 A" 0.9794
856.7 11.67 0.4742 A' 0.9794
843.1 11.86 4.43 A" 0.9794
838.4 11.93 15.64 A" 0.9794
835.2 11.97 7.314 A' 0.9794
829.2 12.06 1.209 A" 0.9794
824.6 12.13 1.444 A' 0.9794
818.5 12.22 6.208 A' 0.9794
806.5 12.4 6.93 A" 0.9794
801.4 12.48 1.311 A" 0.9794
801 12.48 1.103 A' 0.9794
794.3 12.59 20.42 A" 0.9794
785.2 12.74 16.59 A" 0.9794
784.1 12.75 2.779 A' 0.9794
784 12.76 1.03 A" 0.9794
763 13.11 0.9654 A' 0.9794
760.9 13.14 0.6154 A' 0.9794
754.4 13.26 2.992 A" 0.9794
748.3 13.36 15.8 A" 0.9794
740.4 13.51 11.18 A' 0.9794
739.2 13.53 1.51 A" 0.9794
736.6 13.58 1.574 A" 0.9794
727.9 13.74 7.354 A" 0.9794
715.6 13.97 0.0876 A' 0.9794
713.4 14.02 0.0705 A" 0.9794
711.1 14.06 0.7249 A" 0.9794
701.6 14.25 0.4682 A" 0.9794
688.7 14.52 2.442 A' 0.9794
688 14.54 0.526 A" 0.9794
680.8 14.69 2.083 A' 0.9794
678 14.75 0.2037 A" 0.9794
677.2 14.77 0.2515 A' 0.9794
667.6 14.98 1.508 A' 0.9794
663.7 15.07 0.1748 A" 0.9794
653.6 15.3 2.541 A" 0.9794
650.9 15.36 2.106 A" 0.9794
645.2 15.5 0.3167 A' 0.9794
638.2 15.67 12.79 A' 0.9794
628.2 15.92 0.1895 A" 0.9794
626.6 15.96 15.09 A' 0.9794
618.1 16.18 18.33 A' 0.9794
618 16.18 1.01 A" 0.9794
615.5 16.25 1.309 A" 0.9794
605.9 16.5 3.867 A' 0.9794
604.1 16.55 5.117 A' 0.9794
602 16.61 3.204 A" 0.9794
594.3 16.83 0.399 A" 0.9794
585.9 17.07 0.4233 A" 0.9794
581.2 17.21 2.719 A' 0.9794
580.5 17.23 0.0836 A" 0.9794
573.5 17.44 16.64 A' 0.9794
572.9 17.45 4.786 A" 0.9794
565.2 17.69 0.508 A" 0.9794
563.1 17.76 1.664 A' 0.9794
552.9 18.09 0.1746 A" 0.9794
552.5 18.1 1.636 A' 0.9794
550.9 18.15 10.69 A' 0.9794
542.3 18.44 0.5796 A" 0.9794
537.8 18.6 1.214 A' 0.9794
534.5 18.71 8.12 A' 0.9794
532.7 18.77 4.455 A" 0.9794
527.9 18.94 0.017 A" 0.9794
521.2 19.19 0.603 A" 0.9794
516.3 19.37 0.0011 A" 0.9794
513.1 19.49 1.635 A' 0.9794
500.6 19.98 2.25 A' 0.9794
494.7 20.21 0.0119 A" 0.9794
489.3 20.44 0.0002 A" 0.9794
469.2 21.31 2.054 A' 0.9794
465 21.51 4.727 A' 0.9794
458.5 21.81 6.417 A' 0.9794
447.4 22.35 0.0751 A" 0.9794
429.4 23.29 1.318 A' 0.9794
422.1 23.69 0.7005 A' 0.9794
419.7 23.83 0.0462 A" 0.9794
414.1 24.15 0.1269 A" 0.9794
395.9 25.26 0.0503 A" 0.9794
394.4 25.36 3.361 A' 0.9794
392.5 25.48 0.0094 A" 0.9794
380.1 26.31 0.1135 A' 0.9794
370.1 27.02 0.0061 A" 0.9794
365.3 27.37 1.884 A' 0.9794
350 28.57 0.8098 A" 0.9794
346 28.9 0.0239 A" 0.9794
338.9 29.51 0.4865 A' 0.9794
333.9 29.95 0.6063 A" 0.9794
327.1 30.57 0.0989 A" 0.9794
324.3 30.84 10.6 A' 0.9794
314.9 31.75 1.991 A' 0.9794
314.4 31.8 4.534 A" 0.9794
295.4 33.85 0.031 A" 0.9794
285.2 35.07 1.602 A' 0.9794
282.2 35.44 0.0207 A" 0.9794
269.3 37.13 0.0055 A" 0.9794
267.4 37.39 2.951 A' 0.9794
259.3 38.56 0.0191 A" 0.9794
231.9 43.13 0.1474 A" 0.9794
225.5 44.35 0.0151 A" 0.9794
215 46.51 0.5432 A' 0.9794
199.5 50.12 0.0033 A" 0.9794
191.7 52.17 1.43 A' 0.9794
181.2 55.19 0.2146 A" 0.9794
166.2 60.18 0.1745 A" 0.9794
164.9 60.65 0.0198 A" 0.9794
141.8 70.54 1.356 A" 0.9794
132.5 75.48 0.7544 A" 0.9794
124.6 80.29 4.824 A' 0.9794
105.6 94.7 0.1883 A" 0.9794
89.5 111.7 0.0207 A" 0.9794
83.77 119.4 1.416 A" 0.9794
73.01 137 1.535 A" 0.9794
52.98 188.8 0.4586 A" 0.9794
45.3 220.7 0.2282 A" 0.9794
24.51 408 0.027 A" 0.9794
18 555.7 0.3961 A" 0.9794

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)