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uid 687
scaling factor 0.958

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

Transitions

νk
[cm-1]
λ
[μm]
int
[km/mol]
symm. fscale
3065 3.262 13.3 A 0.958
3065 3.263 278 A 0.958
3065 3.263 285 A 0.958
3065 3.263 18.9 A 0.958
3065 3.263 28.9 A 0.958
3065 3.263 0.178 A 0.958
3052 3.277 30.3 A 0.958
3048 3.281 6.53 A 0.958
3048 3.281 3.79 A 0.958
3048 3.281 70.2 A 0.958
3047 3.281 96.4 A 0.958
3047 3.282 40.1 A 0.958
3046 3.283 14.4 A 0.958
3045 3.284 8.04 A 0.958
3045 3.284 13.8 A 0.958
3044 3.285 5.69 A 0.958
3044 3.285 0.978 A 0.958
3044 3.285 0.911 A 0.958
3043 3.286 0.265 A 0.958
3043 3.286 0.431 A 0.958
3043 3.287 0.0049 A 0.958
3042 3.287 0.668 A 0.958
3042 3.287 0.92 A 0.958
3042 3.287 0.669 A 0.958
2622 3.814 18.8 A 0.958
1610 6.21 6.8 A 0.958
1608 6.219 15.3 A 0.958
1605 6.232 1.62 A 0.958
1601 6.244 2.07 A 0.958
1598 6.256 0.0537 A 0.958
1595 6.272 14.1 A 0.958
1592 6.282 11.1 A 0.958
1587 6.3 22.3 A 0.958
1584 6.313 2.48 A 0.958
1582 6.321 1.25 A 0.958
1580 6.329 4.38 A 0.958
1577 6.341 5.71 A 0.958
1575 6.349 1.21 A 0.958
1569 6.373 0.792 A 0.958
1564 6.395 0.0949 A 0.958
1560 6.412 4.06 A 0.958
1559 6.414 0.759 A 0.958
1553 6.438 1.52 A 0.958
1549 6.456 0.474 A 0.958
1547 6.464 6.9 A 0.958
1542 6.486 10.6 A 0.958
1533 6.524 9.32 A 0.958
1524 6.563 8.18 A 0.958
1520 6.577 1.33 A 0.958
1514 6.603 2.11 A 0.958
1504 6.649 0.815 A 0.958
1496 6.684 1.71 A 0.958
1495 6.69 1.54 A 0.958
1493 6.696 0.48 A 0.958
1490 6.71 3.01 A 0.958
1488 6.72 0.173 A 0.958
1478 6.767 0.22 A 0.958
1469 6.809 2.51 A 0.958
1466 6.822 4.59 A 0.958
1464 6.83 0.121 A 0.958
1462 6.841 0.0565 A 0.958
1458 6.857 2.05 A 0.958
1456 6.87 1.66 A 0.958
1454 6.877 2.38 A 0.958
1451 6.894 3.39 A 0.958
1447 6.913 2.68 A 0.958
1445 6.918 2.76 A 0.958
1442 6.937 2.45 A 0.958
1436 6.963 3.39 A 0.958
1430 6.992 1.32 A 0.958
1428 7.001 0.972 A 0.958
1426 7.011 0.686 A 0.958
1423 7.027 1.05 A 0.958
1421 7.036 1.87 A 0.958
1417 7.055 1.18 A 0.958
1416 7.062 1.09 A 0.958
1411 7.087 7.06 A 0.958
1410 7.092 3.38 A 0.958
1400 7.141 0.42 A 0.958
1400 7.144 0.103 A 0.958
1397 7.157 0.623 A 0.958
1395 7.168 0.246 A 0.958
1393 7.18 0.821 A 0.958
1391 7.191 0.668 A 0.958
1386 7.215 0.7 A 0.958
1385 7.219 0.365 A 0.958
1383 7.232 0.434 A 0.958
1382 7.233 1.39 A 0.958
1381 7.243 0.55 A 0.958
1378 7.255 0.591 A 0.958
1375 7.273 1.15 A 0.958
1373 7.285 0.0905 A 0.958
1370 7.3 0.566 A 0.958
1367 7.315 0.123 A 0.958
1365 7.327 0.069 A 0.958
1362 7.341 0.475 A 0.958
1361 7.347 0.257 A 0.958
1359 7.359 0.59 A 0.958
1353 7.388 0.474 A 0.958
1352 7.396 1.22 A 0.958
1350 7.407 0.466 A 0.958
1349 7.415 1.41 A 0.958
1347 7.424 2.22 A 0.958
1346 7.427 1.77 A 0.958
1342 7.451 2.27 A 0.958
1339 7.471 2.66 A 0.958
1329 7.524 3.42 A 0.958
1326 7.543 1.77 A 0.958
1325 7.55 0.356 A 0.958
1315 7.602 4.4 A 0.958
1314 7.612 1.97 A 0.958
1310 7.632 6.44 A 0.958
1307 7.65 2.13 A 0.958
1300 7.69 4.94 A 0.958
1295 7.72 0.721 A 0.958
1290 7.752 4.84 A 0.958
1289 7.756 2.37 A 0.958
1287 7.77 2.37 A 0.958
1278 7.826 3.32 A 0.958
1275 7.842 4.44 A 0.958
1273 7.853 17.9 A 0.958
1271 7.869 8.06 A 0.958
1270 7.875 2.78 A 0.958
1263 7.917 1.82 A 0.958
1249 8.005 3.93 A 0.958
1232 8.116 0.313 A 0.958
1222 8.184 0.0937 A 0.958
1221 8.19 0.184 A 0.958
1219 8.203 0.714 A 0.958
1217 8.218 0.588 A 0.958
1213 8.245 1.07 A 0.958
1210 8.264 1.06 A 0.958
1210 8.266 0.403 A 0.958
1208 8.276 1.68 A 0.958
1195 8.366 0.805 A 0.958
1193 8.382 0.56 A 0.958
1190 8.405 0.0073 A 0.958
1186 8.432 1.2 A 0.958
1182 8.46 0.989 A 0.958
1180 8.472 1.76 A 0.958
1175 8.51 0.54 A 0.958
1173 8.526 3.61 A 0.958
1169 8.553 6.5 A 0.958
1167 8.568 8.98 A 0.958
1161 8.613 7.03 A 0.958
1155 8.655 10.2 A 0.958
1154 8.662 19 A 0.958
1149 8.706 11 A 0.958
1145 8.734 3.09 A 0.958
1123 8.907 0.397 A 0.958
1114 8.98 1.93 A 0.958
1109 9.014 0.311 A 0.958
1105 9.049 0.557 A 0.958
1092 9.154 0.123 A 0.958
1068 9.363 1.4 A 0.958
1064 9.4 0.599 A 0.958
1063 9.41 0.417 A 0.958
1058 9.452 0.866 A 0.958
1040 9.611 4.14 A 0.958
1039 9.626 1.91 A 0.958
1036 9.649 8.53 A 0.958
1032 9.686 2.49 A 0.958
1029 9.723 1.44 A 0.958
1021 9.791 0.876 A 0.958
977 10.24 0.0033 A 0.958
976.4 10.24 0.0045 A 0.958
975.8 10.25 0.0132 A 0.958
975.1 10.26 0.019 A 0.958
975.1 10.26 0.026 A 0.958
969.4 10.32 0.195 A 0.958
954.6 10.48 0.0165 A 0.958
944.8 10.58 0.0348 A 0.958
933.7 10.71 0.058 A 0.958
929.7 10.76 0.0643 A 0.958
928.1 10.77 0.208 A 0.958
920.8 10.86 1.06 A 0.958
911.9 10.97 236 A 0.958
910.1 10.99 2.9 A 0.958
909.5 11 6.88 A 0.958
907.9 11.01 27.1 A 0.958
905.3 11.05 0.299 A 0.958
903.5 11.07 3.11 A 0.958
901.9 11.09 3.77 A 0.958
895 11.17 1.02 A 0.958
892 11.21 1.44 A 0.958
889.5 11.24 17 A 0.958
887.3 11.27 5.88 A 0.958
872.6 11.46 0.37 A 0.958
868.3 11.52 0.0486 A 0.958
864.3 11.57 1.18 A 0.958
858.6 11.65 0.0086 A 0.958
855.4 11.69 0.395 A 0.958
848.9 11.78 1.24 A 0.958
835.1 11.97 1.33 A 0.958
830.4 12.04 3.01 A 0.958
822.9 12.15 10 A 0.958
817.7 12.23 0.147 A 0.958
800.7 12.49 57.9 A 0.958
796.2 12.56 0.173 A 0.958
795.4 12.57 0.128 A 0.958
794.2 12.59 0.59 A 0.958
793.6 12.6 1.15 A 0.958
790 12.66 1.38 A 0.958
789.3 12.67 1.3 A 0.958
788 12.69 1.58 A 0.958
787.2 12.7 0.198 A 0.958
785.8 12.73 0.0833 A 0.958
784.4 12.75 0.328 A 0.958
783.7 12.76 0.653 A 0.958
779.6 12.83 0.0952 A 0.958
777.5 12.86 0.13 A 0.958
775.6 12.89 0.461 A 0.958
775.3 12.9 0.252 A 0.958
772.9 12.94 0.936 A 0.958
766.9 13.04 0.059 A 0.958
765.4 13.07 3.42 A 0.958
760.1 13.16 0.126 A 0.958
755.2 13.24 1.38 A 0.958
752.3 13.29 0.0781 A 0.958
749.1 13.35 0.0302 A 0.958
748.2 13.36 0.0223 A 0.958
747.1 13.38 0.048 A 0.958
745.9 13.41 0.0962 A 0.958
740.8 13.5 0.179 A 0.958
738.3 13.54 0.159 A 0.958
731.5 13.67 0.0487 A 0.958
729.6 13.71 0.0469 A 0.958
726.2 13.77 0.0692 A 0.958
725.6 13.78 0.0502 A 0.958
723.5 13.82 0.0653 A 0.958
720.2 13.89 0.0456 A 0.958
717.7 13.93 0.0218 A 0.958
708 14.12 0.002 A 0.958
703.3 14.22 0.0734 A 0.958
700.8 14.27 0.131 A 0.958
687.6 14.54 0.501 A 0.958
684.4 14.61 0.0631 A 0.958
683 14.64 1.45 A 0.958
679 14.73 4.33 A 0.958
675.6 14.8 0.16 A 0.958
672.1 14.88 0.0184 A 0.958
667.9 14.97 0.0823 A 0.958
665.7 15.02 0.307 A 0.958
656.5 15.23 0.0501 A 0.958
654.4 15.28 0.168 A 0.958
651.8 15.34 0.389 A 0.958
650.9 15.36 0.0908 A 0.958
646.5 15.47 0.0476 A 0.958
641.1 15.6 0.049 A 0.958
640 15.63 0.0188 A 0.958
638 15.67 0.0222 A 0.958
635.6 15.73 0.0324 A 0.958
631.6 15.83 0.148 A 0.958
621.6 16.09 0.033 A 0.958
609.1 16.42 0.0141 A 0.958
606.8 16.48 0.0301 A 0.958
605.2 16.52 0.792 A 0.958
597.1 16.75 0.453 A 0.958
596.8 16.76 0.0462 A 0.958
594.9 16.81 0.323 A 0.958
594 16.83 6.77 A 0.958
591.9 16.89 0.69 A 0.958
591.4 16.91 1.08 A 0.958
590 16.95 9.15 A 0.958
589.4 16.97 2.88 A 0.958
588.6 16.99 6.49 A 0.958
585.1 17.09 0.573 A 0.958
583.9 17.13 1.66 A 0.958
580.4 17.23 0.178 A 0.958
572.9 17.45 4.68 A 0.958
571.6 17.49 0.349 A 0.958
569.8 17.55 14.2 A 0.958
560.9 17.83 1.2 A 0.958
557.6 17.93 0.0067 A 0.958
556.6 17.97 0.141 A 0.958
554.2 18.04 0.0555 A 0.958
552.4 18.1 0.726 A 0.958
549.5 18.2 0.0573 A 0.958
541.8 18.46 0.124 A 0.958
540 18.52 0.102 A 0.958
537.6 18.6 0.356 A 0.958
521.2 19.19 0.0574 A 0.958
513.8 19.46 0.213 A 0.958
509.5 19.63 0.0531 A 0.958
507.5 19.71 0.0544 A 0.958
501.5 19.94 0.717 A 0.958
499.3 20.03 0.854 A 0.958
495.5 20.18 0.0038 A 0.958
495.1 20.2 0.0195 A 0.958
474.6 21.07 0.0461 A 0.958
447.8 22.33 0.0927 A 0.958
444 22.52 0.0207 A 0.958
443.2 22.57 0.0299 A 0.958
442.2 22.61 0.0061 A 0.958
437.2 22.87 0.0378 A 0.958
426.6 23.44 0.83 A 0.958
423.1 23.63 0.717 A 0.958
419.5 23.84 0.0729 A 0.958
418.4 23.9 0.445 A 0.958
416.2 24.03 0.0142 A 0.958
414.3 24.13 0.303 A 0.958
410.1 24.39 0.289 A 0.958
404.2 24.74 0.307 A 0.958
401.8 24.89 2.94 A 0.958
400.9 24.95 1.4 A 0.958
399.9 25.01 3.86 A 0.958
396 25.25 0.278 A 0.958
386.5 25.87 0.0742 A 0.958
376.8 26.54 0.0655 A 0.958
374.4 26.71 0.0516 A 0.958
370.9 26.96 0.0638 A 0.958
359.4 27.82 0.57 A 0.958
358.3 27.91 0.0385 A 0.958
356.4 28.06 0.0342 A 0.958
348.5 28.69 0.115 A 0.958
338.9 29.51 0.0128 A 0.958
317.3 31.51 0.0078 A 0.958
313.3 31.92 0.0064 A 0.958
310.3 32.23 1.18 A 0.958
305.7 32.71 0.306 A 0.958
304.6 32.83 0.509 A 0.958
296 33.79 4.4 A 0.958
292.8 34.15 1.04 A 0.958
292.2 34.22 0.0695 A 0.958
290.3 34.45 0.0351 A 0.958
280 35.71 0.0141 A 0.958
276.4 36.18 0.11 A 0.958
264 37.88 0.0387 A 0.958
242.3 41.28 0.0298 A 0.958
236.4 42.31 0.007 A 0.958
235.8 42.41 0.0142 A 0.958
233.9 42.75 0.153 A 0.958
231.9 43.13 0.0556 A 0.958
212.7 47.01 0.195 A 0.958
204.8 48.84 2.79 A 0.958
202.7 49.34 4.33 A 0.958
201.8 49.55 2.15 A 0.958
199.4 50.15 3.33 A 0.958
189.3 52.84 0.0265 A 0.958
188.4 53.08 0.132 A 0.958
181.1 55.22 0.0744 A 0.958
171.9 58.17 0.131 A 0.958
169.8 58.89 0.0526 A 0.958
132 75.74 0.0606 A 0.958
130.6 76.57 0.0901 A 0.958
128 78.12 2.89 A 0.958
126 79.36 0.263 A 0.958
125.5 79.69 0.31 A 0.958
82.65 121 0.0021 A 0.958
82.4 121.4 0.0061 A 0.958
72.3 138.3 0.023 A 0.958
71.11 140.6 0.0034 A 0.958
57.11 175.1 0.0029 A 0.958
43.98 227.4 0.0011 A 0.958
29.7 336.7 1.3 A 0.958
23.11 432.7 0.0003 A 0.958
22.98 435.2 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)