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uid 667
scaling factor 0.958

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

Transitions

νk
[cm-1]
λ
[μm]
int
[km/mol]
symm. fscale
3076 3.251 61.5 A 0.958
3075 3.252 54 A 0.958
3075 3.253 88.8 A 0.958
3074 3.253 102 A 0.958
3074 3.253 26.2 A 0.958
3073 3.254 59 A 0.958
3060 3.268 5.16 A 0.958
3058 3.27 35.9 A 0.958
3058 3.27 27.8 A 0.958
3057 3.271 7.02 A 0.958
3057 3.271 16.4 A 0.958
3056 3.272 43.1 A 0.958
3056 3.272 13.7 A 0.958
3056 3.273 1.74 A 0.958
3055 3.273 29.2 A 0.958
3054 3.274 8.95 A 0.958
3054 3.274 0.102 A 0.958
3054 3.274 1.05 A 0.958
3054 3.275 0.195 A 0.958
3053 3.275 0.163 A 0.958
3053 3.276 0.0039 A 0.958
3052 3.276 1.08 A 0.958
3052 3.277 0.818 A 0.958
3051 3.277 0.13 A 0.958
2650 3.774 16.7 A 0.958
1632 6.128 17.7 A 0.958
1610 6.211 20.5 A 0.958
1607 6.221 63.1 A 0.958
1603 6.238 69.1 A 0.958
1599 6.253 5.52 A 0.958
1596 6.264 5.99 A 0.958
1593 6.277 18.6 A 0.958
1591 6.285 33.8 A 0.958
1588 6.298 50.2 A 0.958
1585 6.31 63 A 0.958
1583 6.315 125 A 0.958
1581 6.326 77 A 0.958
1574 6.354 61 A 0.958
1572 6.36 3.81 A 0.958
1567 6.382 69.2 A 0.958
1563 6.397 203 A 0.958
1561 6.405 122 A 0.958
1557 6.424 40.8 A 0.958
1554 6.435 55.6 A 0.958
1551 6.447 56.2 A 0.958
1543 6.48 7.68 A 0.958
1541 6.491 32.6 A 0.958
1532 6.529 13.1 A 0.958
1523 6.566 7.95 A 0.958
1522 6.571 143 A 0.958
1517 6.594 24.6 A 0.958
1506 6.638 2.26 A 0.958
1502 6.658 26.9 A 0.958
1495 6.687 0.792 A 0.958
1493 6.697 137 A 0.958
1490 6.71 73.3 A 0.958
1485 6.734 18.3 A 0.958
1478 6.766 76.8 A 0.958
1474 6.784 28.2 A 0.958
1473 6.79 74.7 A 0.958
1465 6.824 3.21 A 0.958
1464 6.829 9.18 A 0.958
1462 6.841 48.2 A 0.958
1457 6.862 4.75 A 0.958
1452 6.887 7.47 A 0.958
1448 6.906 21.2 A 0.958
1446 6.917 18.9 A 0.958
1443 6.931 4.98 A 0.958
1441 6.939 10.6 A 0.958
1436 6.965 4.57 A 0.958
1432 6.982 0.917 A 0.958
1429 6.999 8.34 A 0.958
1428 7.001 1.05 A 0.958
1424 7.021 0.344 A 0.958
1420 7.044 1.93 A 0.958
1416 7.061 17.6 A 0.958
1414 7.074 9.16 A 0.958
1410 7.093 11.2 A 0.958
1409 7.1 21.8 A 0.958
1404 7.121 1.52 A 0.958
1402 7.133 23.5 A 0.958
1399 7.146 0.549 A 0.958
1398 7.154 5.07 A 0.958
1397 7.158 22.2 A 0.958
1393 7.181 9.07 A 0.958
1391 7.19 11.2 A 0.958
1389 7.201 3.14 A 0.958
1386 7.214 13.6 A 0.958
1385 7.218 3.41 A 0.958
1383 7.228 8.42 A 0.958
1382 7.236 2.65 A 0.958
1380 7.246 14.8 A 0.958
1378 7.259 0.326 A 0.958
1375 7.273 3.07 A 0.958
1370 7.298 2.04 A 0.958
1369 7.305 25.4 A 0.958
1367 7.314 0.792 A 0.958
1367 7.318 0.103 A 0.958
1364 7.332 19.9 A 0.958
1358 7.363 4.49 A 0.958
1356 7.374 13.6 A 0.958
1354 7.385 8.25 A 0.958
1352 7.399 29.6 A 0.958
1348 7.416 5.7 A 0.958
1347 7.424 12.9 A 0.958
1346 7.43 6.89 A 0.958
1337 7.479 5.1 A 0.958
1334 7.497 85 A 0.958
1330 7.52 10.1 A 0.958
1327 7.534 10.4 A 0.958
1321 7.571 29.5 A 0.958
1315 7.605 16.4 A 0.958
1310 7.632 88.6 A 0.958
1307 7.651 93.7 A 0.958
1301 7.686 449 A 0.958
1295 7.725 22.4 A 0.958
1290 7.751 57.3 A 0.958
1290 7.752 22.9 A 0.958
1284 7.789 13.6 A 0.958
1282 7.798 270 A 0.958
1277 7.828 31.4 A 0.958
1274 7.847 39.4 A 0.958
1272 7.862 13.2 A 0.958
1271 7.868 5.09 A 0.958
1266 7.897 6.51 A 0.958
1234 8.101 3.26 A 0.958
1225 8.164 10 A 0.958
1222 8.183 10.2 A 0.958
1219 8.205 6.55 A 0.958
1217 8.218 6.35 A 0.958
1212 8.248 3.43 A 0.958
1212 8.251 10.4 A 0.958
1210 8.266 5.01 A 0.958
1202 8.323 4.91 A 0.958
1198 8.346 1.36 A 0.958
1192 8.386 8.85 A 0.958
1192 8.389 27.1 A 0.958
1184 8.443 15.7 A 0.958
1181 8.465 105 A 0.958
1180 8.474 8.58 A 0.958
1175 8.51 97.8 A 0.958
1170 8.544 45.1 A 0.958
1167 8.566 104 A 0.958
1165 8.582 16.7 A 0.958
1164 8.592 2.36 A 0.958
1157 8.644 3.71 A 0.958
1150 8.693 49 A 0.958
1130 8.846 0.32 A 0.958
1125 8.89 9.61 A 0.958
1120 8.927 5.89 A 0.958
1113 8.987 3.61 A 0.958
1098 9.104 3.69 A 0.958
1096 9.128 42.7 A 0.958
1077 9.283 42.4 A 0.958
1071 9.334 8.27 A 0.958
1066 9.379 1.27 A 0.958
1064 9.395 4.2 A 0.958
1049 9.531 4.19 A 0.958
1043 9.59 0.148 A 0.958
1040 9.614 4.09 A 0.958
1036 9.653 5.12 A 0.958
1033 9.678 2.05 A 0.958
1030 9.707 14.9 A 0.958
1007 9.927 4.86 A 0.958
986 10.14 0.205 A 0.958
985.1 10.15 0.0013 A 0.958
984.6 10.16 0.0362 A 0.958
984 10.16 0.011 A 0.958
983.5 10.17 0.0179 A 0.958
979.2 10.21 3.36 A 0.958
953.1 10.49 9.83 A 0.958
948.3 10.55 2.44 A 0.958
936.1 10.68 0.855 A 0.958
932 10.73 1.85 A 0.958
927.4 10.78 0.261 A 0.958
924.6 10.82 240 A 0.958
923.4 10.83 0.996 A 0.958
920.4 10.86 7.1 A 0.958
919.4 10.88 8.66 A 0.958
918 10.89 0.556 A 0.958
915.7 10.92 13.9 A 0.958
908.9 11 1.66 A 0.958
907 11.02 21.9 A 0.958
902.5 11.08 20.2 A 0.958
896.4 11.16 1.56 A 0.958
889.3 11.24 5.87 A 0.958
886.3 11.28 5.81 A 0.958
883.6 11.32 0.21 A 0.958
880 11.36 0.991 A 0.958
874.8 11.43 1.26 A 0.958
870.3 11.49 2.09 A 0.958
866.4 11.54 0.84 A 0.958
853.4 11.72 48.3 A 0.958
834.5 11.98 0.146 A 0.958
828.9 12.06 1.98 A 0.958
819.3 12.21 1.9 A 0.958
806.4 12.4 59.1 A 0.958
803.6 12.44 0.888 A 0.958
798.8 12.52 3.63 A 0.958
796.7 12.55 15.9 A 0.958
795.5 12.57 2.26 A 0.958
793.2 12.61 3.96 A 0.958
792.1 12.63 0.343 A 0.958
791.2 12.64 5.98 A 0.958
790.8 12.65 6.51 A 0.958
785.8 12.73 2.8 A 0.958
785 12.74 1.49 A 0.958
780.3 12.82 7.43 A 0.958
777.6 12.86 0.21 A 0.958
775.8 12.89 1.35 A 0.958
774.4 12.91 3.2 A 0.958
770.1 12.99 0.576 A 0.958
769.5 13 0.282 A 0.958
765.9 13.06 1.13 A 0.958
761.5 13.13 6.87 A 0.958
760.8 13.14 1.06 A 0.958
757.6 13.2 10.7 A 0.958
750.4 13.33 5.36 A 0.958
750.2 13.33 1.96 A 0.958
749.3 13.34 0.531 A 0.958
747.9 13.37 0.0673 A 0.958
744.9 13.43 0.581 A 0.958
742.4 13.47 4.33 A 0.958
739.3 13.53 0.485 A 0.958
736.5 13.58 5.18 A 0.958
729.8 13.7 0.471 A 0.958
729.4 13.71 0.846 A 0.958
726 13.77 0.101 A 0.958
724.7 13.8 10.3 A 0.958
723.1 13.83 0.925 A 0.958
719.1 13.91 1.06 A 0.958
718.9 13.91 2.87 A 0.958
705.9 14.17 1.59 A 0.958
704.4 14.2 0.0124 A 0.958
701.6 14.25 3.78 A 0.958
686.3 14.57 0.619 A 0.958
684.1 14.62 5.38 A 0.958
682.8 14.65 4.5 A 0.958
679.8 14.71 7.96 A 0.958
674.6 14.82 0.193 A 0.958
671.3 14.9 0.425 A 0.958
668 14.97 0.0716 A 0.958
666.5 15 7.24 A 0.958
655.5 15.26 5.51 A 0.958
654.5 15.28 0.687 A 0.958
652.6 15.32 1.41 A 0.958
651.8 15.34 0.552 A 0.958
645.7 15.49 0.767 A 0.958
640.6 15.61 0.0601 A 0.958
639.6 15.63 0.685 A 0.958
636.6 15.71 0.672 A 0.958
635.3 15.74 1.47 A 0.958
633.8 15.78 1.03 A 0.958
620.6 16.11 2.74 A 0.958
609.2 16.42 0.178 A 0.958
608.6 16.43 0.198 A 0.958
605 16.53 6.98 A 0.958
598.2 16.72 0.127 A 0.958
597 16.75 0.0448 A 0.958
594.8 16.81 17.2 A 0.958
593.6 16.85 4.89 A 0.958
592.3 16.88 6.23 A 0.958
591.7 16.9 2.4 A 0.958
590.8 16.93 2.93 A 0.958
589.1 16.98 5.54 A 0.958
588.4 16.99 1.99 A 0.958
583.9 17.13 1.05 A 0.958
582.1 17.18 0.499 A 0.958
579.5 17.26 13.5 A 0.958
573.8 17.43 0.044 A 0.958
573.2 17.45 11.9 A 0.958
566.4 17.65 10.5 A 0.958
563 17.76 25 A 0.958
558.2 17.91 2.26 A 0.958
556.1 17.98 2.56 A 0.958
555.5 18 1.71 A 0.958
554.1 18.05 2.51 A 0.958
550.9 18.15 26.3 A 0.958
541.7 18.46 0.209 A 0.958
539.7 18.53 6.53 A 0.958
535.8 18.66 18.1 A 0.958
520.5 19.21 0.801 A 0.958
512.6 19.51 2.31 A 0.958
509.8 19.62 0.428 A 0.958
507.4 19.71 0.876 A 0.958
501.1 19.96 0.628 A 0.958
499 20.04 4.07 A 0.958
492.3 20.31 1.56 A 0.958
488.8 20.46 2.22 A 0.958
473.1 21.14 0.139 A 0.958
448.5 22.29 1.43 A 0.958
443.4 22.55 0.0409 A 0.958
442.5 22.6 0.602 A 0.958
440.4 22.71 0.123 A 0.958
435 22.99 1.04 A 0.958
428.2 23.35 0.227 A 0.958
425.6 23.49 0.84 A 0.958
423 23.64 0.0497 A 0.958
419.9 23.81 2.29 A 0.958
418.8 23.88 0.172 A 0.958
409.2 24.44 0.0979 A 0.958
408.4 24.49 0.144 A 0.958
405.1 24.68 0.0632 A 0.958
402.7 24.83 3.47 A 0.958
401.3 24.92 3.51 A 0.958
398.4 25.1 3.29 A 0.958
396.3 25.24 0.296 A 0.958
386.9 25.84 0.203 A 0.958
374.8 26.68 3.19 A 0.958
370.5 26.99 0.235 A 0.958
367.5 27.21 2.01 A 0.958
359.2 27.84 0.0879 A 0.958
357.7 27.96 0.036 A 0.958
357 28.01 0.157 A 0.958
351.2 28.47 0.133 A 0.958
333.4 29.99 3.99 A 0.958
315.4 31.7 0.0074 A 0.958
313.9 31.85 0.494 A 0.958
311 32.15 1.14 A 0.958
308.8 32.38 1.14 A 0.958
302.6 33.04 8.49 A 0.958
296.4 33.74 1.04 A 0.958
295 33.9 0.258 A 0.958
290.8 34.39 1.27 A 0.958
290.5 34.42 0.703 A 0.958
278.9 35.85 0.823 A 0.958
270.7 36.94 2.7 A 0.958
263.9 37.89 0.51 A 0.958
242.2 41.29 0.184 A 0.958
236.8 42.22 0.17 A 0.958
234.9 42.57 0.127 A 0.958
232.2 43.06 3.77 A 0.958
226.9 44.07 0.287 A 0.958
210.7 47.45 0.533 A 0.958
206.5 48.43 4.78 A 0.958
202.1 49.48 6.2 A 0.958
199.6 50.1 1.52 A 0.958
196.5 50.88 0.0564 A 0.958
189.6 52.75 2.64 A 0.958
189.1 52.87 4.15 A 0.958
178.3 56.08 0.841 A 0.958
170.1 58.78 0.479 A 0.958
165.1 60.59 0.5 A 0.958
130.7 76.52 0.705 A 0.958
129.6 77.19 0.398 A 0.958
128 78.1 2.57 A 0.958
125.8 79.49 0.292 A 0.958
118.9 84.1 0.639 A 0.958
82.91 120.6 0.124 A 0.958
80.55 124.1 0.0246 A 0.958
71.22 140.4 0.0167 A 0.958
69.35 144.2 0.0268 A 0.958
57.69 173.3 0.0746 A 0.958
43.8 228.3 0.0387 A 0.958
27.83 359.3 2.89 A 0.958
23.66 422.7 0.0128 A 0.958
23.17 431.5 0.0066 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)