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uid 678
scaling factor 0.958

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

Transitions

νk
[cm-1]
λ
[μm]
int
[km/mol]
symm. fscale
3055 3.273 217 A 0.958
3055 3.273 118 A 0.958
3054 3.274 141 A 0.958
3053 3.275 174 A 0.958
3052 3.277 176 A 0.958
3047 3.282 223 A 0.958
3038 3.292 29.1 A 0.958
3037 3.292 67.4 A 0.958
3037 3.293 37.5 A 0.958
3037 3.293 80.4 A 0.958
3037 3.293 95.8 A 0.958
3034 3.296 8.35 A 0.958
3033 3.297 1.34 A 0.958
3033 3.297 1.79 A 0.958
3032 3.298 1.86 A 0.958
3031 3.299 1.79 A 0.958
3031 3.299 2.39 A 0.958
3030 3.3 0.354 A 0.958
3030 3.3 16.3 A 0.958
3029 3.301 96.2 A 0.958
3028 3.303 9.95 A 0.958
3027 3.304 19.9 A 0.958
3024 3.307 0.511 A 0.958
3022 3.309 4.68 A 0.958
2627 3.807 119 A 0.958
1609 6.214 0.675 A 0.958
1608 6.22 1.32 A 0.958
1606 6.226 0.292 A 0.958
1603 6.24 8.44 A 0.958
1600 6.249 6.53 A 0.958
1595 6.271 14.7 A 0.958
1592 6.281 9.25 A 0.958
1587 6.3 22.7 A 0.958
1580 6.329 17.4 A 0.958
1580 6.33 95.2 A 0.958
1576 6.344 2.57 A 0.958
1574 6.355 29.3 A 0.958
1573 6.359 29.4 A 0.958
1568 6.379 41.6 A 0.958
1564 6.394 17.7 A 0.958
1558 6.418 18.7 A 0.958
1557 6.423 62.5 A 0.958
1551 6.449 30.1 A 0.958
1548 6.458 64.4 A 0.958
1544 6.475 12.1 A 0.958
1537 6.505 31.3 A 0.958
1534 6.52 34 A 0.958
1527 6.55 69.7 A 0.958
1516 6.595 16.9 A 0.958
1516 6.598 52 A 0.958
1500 6.666 6.84 A 0.958
1496 6.685 0.639 A 0.958
1494 6.694 9.3 A 0.958
1492 6.701 2.55 A 0.958
1487 6.726 28.5 A 0.958
1485 6.733 141 A 0.958
1475 6.781 5.05 A 0.958
1471 6.796 47.8 A 0.958
1468 6.814 26.4 A 0.958
1464 6.831 9.87 A 0.958
1460 6.849 6.17 A 0.958
1459 6.852 18.7 A 0.958
1456 6.867 132 A 0.958
1453 6.881 28.4 A 0.958
1449 6.9 13.8 A 0.958
1447 6.913 48.9 A 0.958
1443 6.932 24.2 A 0.958
1441 6.939 27.4 A 0.958
1437 6.96 32.5 A 0.958
1431 6.988 10.5 A 0.958
1428 7.003 1.49 A 0.958
1425 7.017 24.9 A 0.958
1423 7.028 44.1 A 0.958
1420 7.04 3.41 A 0.958
1416 7.06 11.9 A 0.958
1413 7.077 11.4 A 0.958
1410 7.09 20.3 A 0.958
1408 7.101 10.1 A 0.958
1406 7.115 119 A 0.958
1400 7.14 35.9 A 0.958
1397 7.158 30.1 A 0.958
1396 7.166 15.4 A 0.958
1391 7.189 43.6 A 0.958
1389 7.201 38.6 A 0.958
1388 7.204 179 A 0.958
1385 7.219 9.49 A 0.958
1382 7.235 5.74 A 0.958
1380 7.244 1.27 A 0.958
1378 7.255 1.42 A 0.958
1377 7.26 2.36 A 0.958
1376 7.267 12.7 A 0.958
1370 7.302 2.54 A 0.958
1368 7.307 29.7 A 0.958
1367 7.315 12.6 A 0.958
1364 7.334 3.48 A 0.958
1362 7.342 2.97 A 0.958
1361 7.349 1.96 A 0.958
1359 7.359 20.1 A 0.958
1356 7.377 1.72 A 0.958
1354 7.384 97.8 A 0.958
1351 7.399 1.34 A 0.958
1349 7.416 20.7 A 0.958
1346 7.428 35.6 A 0.958
1344 7.443 9.5 A 0.958
1338 7.474 20.8 A 0.958
1337 7.482 68.2 A 0.958
1328 7.53 45 A 0.958
1326 7.539 25.9 A 0.958
1323 7.556 17.6 A 0.958
1319 7.58 107 A 0.958
1313 7.614 19.5 A 0.958
1311 7.627 17.4 A 0.958
1307 7.648 93.1 A 0.958
1297 7.711 8.26 A 0.958
1294 7.728 170 A 0.958
1292 7.737 100 A 0.958
1286 7.776 5.54 A 0.958
1283 7.794 79.3 A 0.958
1282 7.798 73.3 A 0.958
1279 7.819 18.9 A 0.958
1273 7.858 93.6 A 0.958
1268 7.884 11.8 A 0.958
1267 7.892 41.5 A 0.958
1260 7.939 42.3 A 0.958
1259 7.941 31.5 A 0.958
1251 7.994 874 A 0.958
1233 8.108 20.6 A 0.958
1221 8.189 7.06 A 0.958
1218 8.209 0.477 A 0.958
1215 8.229 20.7 A 0.958
1214 8.236 0.865 A 0.958
1212 8.253 9.12 A 0.958
1207 8.283 29.7 A 0.958
1206 8.29 2.7 A 0.958
1194 8.373 2.88 A 0.958
1192 8.391 6.54 A 0.958
1188 8.416 19.3 A 0.958
1185 8.44 20.2 A 0.958
1179 8.483 63.7 A 0.958
1177 8.498 50.6 A 0.958
1173 8.524 10 A 0.958
1169 8.557 19.2 A 0.958
1167 8.569 267 A 0.958
1164 8.592 45 A 0.958
1158 8.635 21.7 A 0.958
1154 8.667 139 A 0.958
1152 8.684 12.7 A 0.958
1145 8.734 291 A 0.958
1142 8.76 473 A 0.958
1120 8.929 6.91 A 0.958
1109 9.021 18.3 A 0.958
1106 9.045 104 A 0.958
1101 9.082 29.4 A 0.958
1091 9.165 0.822 A 0.958
1066 9.378 6.8 A 0.958
1061 9.422 5.47 A 0.958
1061 9.428 7.52 A 0.958
1056 9.47 0.789 A 0.958
1039 9.62 2.81 A 0.958
1038 9.635 2.71 A 0.958
1034 9.668 19.1 A 0.958
1031 9.698 2.31 A 0.958
1027 9.738 15.7 A 0.958
1017 9.832 16.7 A 0.958
967.4 10.34 0.0034 A 0.958
966.8 10.34 0.0106 A 0.958
966.2 10.35 0.0107 A 0.958
964.4 10.37 0.019 A 0.958
958.6 10.43 1.39 A 0.958
954.9 10.47 0.157 A 0.958
953.3 10.49 3.47 A 0.958
942.9 10.61 9.62 A 0.958
932.5 10.72 2.01 A 0.958
928.6 10.77 5.46 A 0.958
925.4 10.81 6.59 A 0.958
920.5 10.86 3.35 A 0.958
908 11.01 22.3 A 0.958
900.4 11.11 0.809 A 0.958
899.2 11.12 238 A 0.958
898 11.14 5.32 A 0.958
897 11.15 8.25 A 0.958
892.1 11.21 1.34 A 0.958
891.9 11.21 0.981 A 0.958
890.9 11.22 12.1 A 0.958
888.3 11.26 13.4 A 0.958
886.6 11.28 12.6 A 0.958
882.4 11.33 28.9 A 0.958
860.6 11.62 0.328 A 0.958
857 11.67 0.58 A 0.958
853.8 11.71 1.26 A 0.958
846 11.82 0.283 A 0.958
843.2 11.86 11.3 A 0.958
841.3 11.89 2.53 A 0.958
834.5 11.98 0.852 A 0.958
826.1 12.11 2.08 A 0.958
816.4 12.25 1.26 A 0.958
810.1 12.34 32 A 0.958
794.5 12.59 46.2 A 0.958
794.3 12.59 3.86 A 0.958
793.5 12.6 0.78 A 0.958
790.1 12.66 0.0272 A 0.958
788.3 12.69 0.368 A 0.958
786.3 12.72 0.821 A 0.958
786 12.72 1.59 A 0.958
784.7 12.74 2.91 A 0.958
782.1 12.79 0.516 A 0.958
780.4 12.81 0.819 A 0.958
779.5 12.83 0.0203 A 0.958
777.5 12.86 3.26 A 0.958
776.4 12.88 0.812 A 0.958
775.5 12.89 0.159 A 0.958
771.8 12.96 0.23 A 0.958
770.6 12.98 0.591 A 0.958
763.2 13.1 3.78 A 0.958
762.6 13.11 0.162 A 0.958
757.2 13.21 12.7 A 0.958
753.3 13.28 4.74 A 0.958
750.5 13.32 3.4 A 0.958
748.6 13.36 2.12 A 0.958
748 13.37 0.0643 A 0.958
747.2 13.38 0.0467 A 0.958
746.4 13.4 3.48 A 0.958
742.1 13.48 0.862 A 0.958
735.4 13.6 3.46 A 0.958
732.8 13.65 4.17 A 0.958
727.3 13.75 1.12 A 0.958
725.7 13.78 0.418 A 0.958
725 13.79 0.592 A 0.958
721.9 13.85 4.24 A 0.958
720.4 13.88 0.29 A 0.958
716 13.97 0.336 A 0.958
714 14.01 0.874 A 0.958
707.2 14.14 1.71 A 0.958
699.8 14.29 0.287 A 0.958
697.6 14.33 0.689 A 0.958
685.5 14.59 2.57 A 0.958
682.3 14.66 0.207 A 0.958
679.8 14.71 0.39 A 0.958
678.5 14.74 5.5 A 0.958
674.9 14.82 0.798 A 0.958
671.4 14.89 1.35 A 0.958
665.5 15.03 0.907 A 0.958
663.5 15.07 1.13 A 0.958
655.1 15.27 0.329 A 0.958
654.1 15.29 0.806 A 0.958
651.7 15.35 0.26 A 0.958
650.5 15.37 0.361 A 0.958
645.7 15.49 0.114 A 0.958
640.5 15.61 0.469 A 0.958
639.2 15.64 0.336 A 0.958
637.6 15.68 0.326 A 0.958
634.9 15.75 6.7 A 0.958
628.7 15.91 5.42 A 0.958
620.7 16.11 0.856 A 0.958
609.7 16.4 0.144 A 0.958
606.9 16.48 0.118 A 0.958
604.3 16.55 1.27 A 0.958
602.2 16.61 6.73 A 0.958
596.7 16.76 3.35 A 0.958
594.5 16.82 4.85 A 0.958
593.1 16.86 0.455 A 0.958
591.4 16.91 0.816 A 0.958
590.4 16.94 0.295 A 0.958
589.3 16.97 8.65 A 0.958
588.8 16.98 9.84 A 0.958
587.7 17.02 12.9 A 0.958
585.1 17.09 0.181 A 0.958
581.2 17.21 10.5 A 0.958
578.3 17.29 6.39 A 0.958
573.2 17.45 13 A 0.958
571.3 17.5 5.85 A 0.958
566.4 17.65 6.31 A 0.958
559.5 17.87 12.3 A 0.958
556.6 17.96 0.209 A 0.958
555 18.02 0.444 A 0.958
553.7 18.06 0.274 A 0.958
549.4 18.2 0.137 A 0.958
546.6 18.3 3.38 A 0.958
540.1 18.52 2.14 A 0.958
538.2 18.58 1.92 A 0.958
536.2 18.65 0.208 A 0.958
518.9 19.27 1.98 A 0.958
512.5 19.51 2.03 A 0.958
509.2 19.64 1.03 A 0.958
506.7 19.74 0.153 A 0.958
500.4 19.98 3.56 A 0.958
498.5 20.06 4.71 A 0.958
495.5 20.18 0.0336 A 0.958
494.3 20.23 17.4 A 0.958
473.8 21.11 2.97 A 0.958
448 22.32 4.16 A 0.958
443.9 22.53 12.5 A 0.958
441.8 22.63 0.871 A 0.958
441.6 22.65 0.0635 A 0.958
438.1 22.83 2.58 A 0.958
426.4 23.45 3.77 A 0.958
421.9 23.7 0.329 A 0.958
420.1 23.8 1.21 A 0.958
418 23.92 3.04 A 0.958
416.7 24 0.174 A 0.958
412.7 24.23 0.642 A 0.958
407.5 24.54 0.373 A 0.958
403.4 24.79 1.16 A 0.958
402.1 24.87 1.72 A 0.958
399.7 25.02 6.89 A 0.958
399.3 25.05 2.67 A 0.958
394 25.38 7.83 A 0.958
385.9 25.91 2.24 A 0.958
380 26.31 0.11 A 0.958
372.6 26.84 0.493 A 0.958
370.9 26.96 0.339 A 0.958
357.9 27.94 1.79 A 0.958
357.8 27.95 0.299 A 0.958
355.1 28.16 4.31 A 0.958
347.8 28.75 0.564 A 0.958
340.3 29.39 0.714 A 0.958
317.1 31.54 0.769 A 0.958
313.4 31.91 0.0575 A 0.958
309.1 32.35 1.45 A 0.958
306.2 32.66 1.08 A 0.958
304 32.89 0.685 A 0.958
295 33.89 1.96 A 0.958
292.2 34.22 0.517 A 0.958
291.5 34.31 1.79 A 0.958
290.2 34.45 5.75 A 0.958
281.3 35.55 0.15 A 0.958
275.7 36.27 0.117 A 0.958
263.7 37.93 1.12 A 0.958
242.3 41.27 0.201 A 0.958
237.8 42.06 0.0799 A 0.958
235.6 42.45 0.127 A 0.958
233.2 42.89 1.8 A 0.958
230.8 43.33 0.224 A 0.958
213.9 46.74 0.246 A 0.958
205.3 48.71 5.89 A 0.958
202.4 49.41 14.4 A 0.958
200.8 49.79 2.49 A 0.958
199.2 50.21 4.92 A 0.958
188.8 52.96 0.273 A 0.958
187.8 53.24 1.7 A 0.958
181 55.24 0.0541 A 0.958
172.5 57.96 0.0689 A 0.958
169.3 59.07 0.127 A 0.958
132.5 75.47 0.0329 A 0.958
130.9 76.38 0.207 A 0.958
128 78.1 1.99 A 0.958
125.9 79.43 0.2 A 0.958
125.5 79.68 1.03 A 0.958
82.53 121.2 0.0277 A 0.958
82.28 121.5 0.0491 A 0.958
72.86 137.3 0.0266 A 0.958
71.35 140.1 0.0112 A 0.958
56.91 175.7 0.0264 A 0.958
43.67 229 0.0017 A 0.958
30.62 326.6 0.499 A 0.958
22.82 438.3 0.0029 A 0.958
22.63 442 0.0143 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)