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uid 586
scaling factor multiple (3)

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

Transitions

νk
[cm-1]
λ
[μm]
int
[km/mol]
symm. fscale
3053 3.275 15.4 A 0.9597
2974 3.363 49.3 A 0.9597
2974 3.363 9.2 B 0.9597
2960 3.378 38.7 A 0.9597
2960 3.378 70.7 B 0.9597
2959 3.379 0.0506 A 0.9597
2959 3.379 101 B 0.9597
2958 3.38 14 A 0.9597
2958 3.38 17.3 B 0.9597
2955 3.384 91.1 A 0.9597
2954 3.385 13.9 B 0.9597
2953 3.386 12.5 A 0.9597
2953 3.386 38.8 B 0.9597
2897 3.452 14.9 A 0.9597
2897 3.452 32.3 B 0.9597
2877 3.476 70.5 B 0.9597
2877 3.476 3.88 A 0.9597
2875 3.478 19.2 A 0.9597
2875 3.479 39.1 B 0.9597
2868 3.487 2.44 A 0.9597
2868 3.487 79.1 B 0.9597
2866 3.489 2.3 A 0.9597
2866 3.489 120 B 0.9597
2857 3.5 9.98 A 0.9597
2857 3.5 16 B 0.9597
2857 3.5 129 A 0.9597
2857 3.501 49.9 B 0.9597
2851 3.507 3.88 A 0.9597
2851 3.507 51.3 B 0.9597
2831 3.532 21.5 A 0.9597
2831 3.533 66.8 B 0.9597
2825 3.54 98.9 A 0.9597
2824 3.541 11.8 B 0.9597
2810 3.558 20.9 A 0.9597
2810 3.558 114 B 0.9597
1654 6.047 9.95 A 0.9691
1641 6.095 14.7 B 0.9691
1622 6.166 321 A 0.9691
1609 6.214 22.7 A 0.9691
1603 6.237 464 B 0.9691
1596 6.264 22.8 B 0.9691
1581 6.326 207 B 0.9691
1578 6.339 85.5 A 0.9691
1569 6.372 24.9 A 0.9691
1563 6.399 0.444 B 0.9691
1555 6.432 0.354 A 0.9691
1543 6.479 70.8 A 0.9691
1538 6.501 2.47 B 0.9691
1513 6.611 2.3 B 0.9691
1486 6.731 309 B 0.9691
1484 6.737 101 A 0.9691
1469 6.809 157 A 0.9691
1461 6.845 21.7 B 0.9691
1461 6.846 6.14 A 0.9691
1459 6.853 6.95 A 0.9691
1459 6.854 4.47 B 0.9691
1458 6.859 1 A 0.9691
1458 6.86 3.46 B 0.9691
1450 6.895 2.53 A 0.9691
1450 6.897 16.2 B 0.9691
1449 6.901 0.463 A 0.9691
1449 6.902 3.34 B 0.9691
1447 6.909 27 B 0.9691
1447 6.91 1.5 A 0.9691
1442 6.937 118 B 0.9691
1435 6.971 349 A 0.9691
1428 7.005 5.82 B 0.9691
1427 7.008 21.7 A 0.9691
1425 7.016 6.83 B 0.9691
1422 7.031 36.5 B 0.9691
1422 7.034 1.46 A 0.9691
1417 7.058 101 A 0.9691
1406 7.11 222 A 0.9691
1396 7.163 377 B 0.9691
1392 7.182 88.7 A 0.9691
1392 7.186 441 B 0.9691
1385 7.218 3.64 A 0.9691
1375 7.272 93.2 B 0.9691
1374 7.278 0.702 A 0.9691
1370 7.297 152 B 0.9691
1367 7.314 21.6 A 0.9691
1363 7.334 0.0798 B 0.9691
1359 7.358 52.4 B 0.9691
1355 7.382 5.9 A 0.9691
1354 7.386 11.6 B 0.9691
1349 7.415 65.2 A 0.9691
1345 7.438 15.2 B 0.9691
1341 7.458 4.28 A 0.9691
1338 7.472 51.9 B 0.9691
1337 7.48 48.6 B 0.9691
1336 7.484 19.3 A 0.9691
1333 7.5 1.19 B 0.9691
1333 7.504 6.26 A 0.9691
1331 7.514 1.7 A 0.9691
1330 7.518 34.6 B 0.9691
1322 7.564 87.8 A 0.9691
1311 7.625 0.792 B 0.9691
1305 7.663 68.2 B 0.9691
1297 7.711 90.2 B 0.9691
1292 7.741 13.2 A 0.9691
1283 7.794 2.87 A 0.9691
1249 8.007 31.6 B 0.9691
1248 8.01 29 A 0.9691
1246 8.028 46.3 A 0.9691
1245 8.03 70.4 B 0.9691
1242 8.054 29.6 A 0.9691
1241 8.055 1.53 B 0.9691
1234 8.104 0 A 0.9691
1231 8.124 16.3 B 0.9691
1221 8.189 2.7 A 0.9691
1214 8.237 20.5 B 0.9691
1205 8.3 4.09 A 0.9691
1203 8.31 1.16 B 0.9691
1194 8.377 0.855 A 0.9691
1187 8.424 2.17 A 0.9691
1187 8.428 6.48 B 0.9691
1181 8.467 0.18 A 0.9691
1178 8.487 54.7 B 0.9691
1161 8.61 0.624 B 0.9691
1158 8.638 10.2 A 0.9691
1155 8.657 0.449 A 0.9691
1150 8.693 7.02 B 0.9691
1139 8.777 1.58 A 0.9691
1134 8.822 8.33 B 0.9691
1132 8.833 0.0351 A 0.9691
1130 8.852 22.5 B 0.9691
1129 8.859 0.214 A 0.9691
1125 8.888 2.06 B 0.9691
1123 8.907 1.11 B 0.9691
1119 8.933 1.37 A 0.9691
1112 8.991 7.18 B 0.9691
1109 9.014 8.65 A 0.9691
1103 9.07 20.3 A 0.9691
1102 9.074 5.24 B 0.9691
1087 9.199 0.885 B 0.9691
1082 9.243 8.07 B 0.9794
1075 9.304 6.79 A 0.9794
1067 9.369 6.4 A 0.9794
1042 9.593 25.6 B 0.9794
1035 9.665 0.13 A 0.9794
1032 9.69 3.36 B 0.9794
1030 9.705 2.86 A 0.9794
1023 9.779 0.275 B 0.9794
1021 9.798 1.82 A 0.9794
1013 9.867 7.42 B 0.9794
1010 9.902 3.1 B 0.9794
999.1 10.01 43.1 B 0.9794
995.2 10.05 40 A 0.9794
992.9 10.07 5.08 A 0.9794
984.2 10.16 0.0048 A 0.9794
974.3 10.26 3 B 0.9794
972.1 10.29 1.27 B 0.9794
971.2 10.3 12.5 A 0.9794
952 10.5 1.97 A 0.9794
933.2 10.72 28.3 B 0.9794
932 10.73 30.3 A 0.9794
912.2 10.96 0.946 B 0.9794
907.3 11.02 0.0732 B 0.9794
903.8 11.06 2.21 A 0.9794
902.6 11.08 0.84 A 0.9794
889 11.25 3.31 B 0.9794
885.7 11.29 0.653 A 0.9794
885.3 11.3 7.17 B 0.9794
867.5 11.53 1.33 B 0.9794
867.2 11.53 1.74 A 0.9794
843.3 11.86 3.4 A 0.9794
838.7 11.92 28.3 B 0.9794
833.7 11.99 5.02 B 0.9794
822.5 12.16 15.9 A 0.9794
820.4 12.19 17.5 B 0.9794
787.7 12.7 11.2 A 0.9794
785.9 12.73 6.18 B 0.9794
776.1 12.88 1.16 B 0.9794
769.9 12.99 0.892 B 0.9794
757.5 13.2 1.39 A 0.9794
755.3 13.24 14.5 A 0.9794
752.4 13.29 0.153 B 0.9794
732.3 13.66 0.101 B 0.9794
721.3 13.86 0.729 A 0.9794
712.1 14.04 8.92 B 0.9794
708.8 14.11 0.857 A 0.9794
702.2 14.24 6.71 A 0.9794
697.5 14.34 0.0159 B 0.9794
693.1 14.43 0.596 A 0.9794
692.9 14.43 0.574 B 0.9794
675 14.82 2.38 A 0.9794
669.3 14.94 4.47 B 0.9794
664.6 15.05 4.95 B 0.9794
638.7 15.66 1.19 A 0.9794
635.9 15.73 0.973 B 0.9794
627 15.95 0.28 B 0.9794
624.3 16.02 2.49 A 0.9794
619.4 16.14 2.07 B 0.9794
609.7 16.4 1.64 A 0.9794
593.7 16.84 25.1 B 0.9794
593.1 16.86 18.7 A 0.9794
590 16.95 1.61 A 0.9794
576.5 17.35 2.44 A 0.9794
573.7 17.43 4 B 0.9794
560.9 17.83 0.111 A 0.9794
553.5 18.07 0.94 B 0.9794
550.7 18.16 4.72 B 0.9794
550.6 18.16 0.588 A 0.9794
549 18.22 0.538 B 0.9794
548.1 18.25 0.0003 A 0.9794
529.8 18.88 0.235 B 0.9794
518.2 19.3 2.72 A 0.9794
514.4 19.44 0.541 B 0.9794
502.3 19.91 2.65 B 0.9794
492.2 20.32 1.32 B 0.9794
484.5 20.64 0.949 A 0.9794
482.6 20.72 11 B 0.9794
480.6 20.81 0.112 A 0.9794
460.1 21.74 0.784 A 0.9794
459.5 21.76 0.125 B 0.9794
449.6 22.24 1.78 B 0.9794
448.8 22.28 0.96 A 0.9794
444.7 22.49 6.41 B 0.9794
420.6 23.77 2.56 B 0.9794
410 24.39 6.47 B 0.9794
409.3 24.43 0.684 A 0.9794
407 24.57 2.19 A 0.9794
392.3 25.49 0.242 A 0.9794
377.4 26.5 1.21 B 0.9794
373.4 26.78 0.0707 A 0.9794
359.5 27.82 3.2 A 0.9794
357.2 28 0.249 B 0.9794
337.3 29.65 0.0025 B 0.9794
335.3 29.83 0.0049 A 0.9794
333.7 29.96 0.13 A 0.9794
329.1 30.39 0.077 B 0.9794
325 30.77 1.12 A 0.9794
321.7 31.08 0.277 B 0.9794
311.2 32.13 0.595 A 0.9794
305.3 32.76 3.36 B 0.9794
262.7 38.06 0.604 A 0.9794
259.1 38.6 0.479 B 0.9794
250.5 39.92 2.01 B 0.9794
245.6 40.72 1.32 A 0.9794
242.4 41.26 0.0288 B 0.9794
240.3 41.62 0.644 A 0.9794
223.4 44.77 5.22 B 0.9794
211.3 47.33 0.292 A 0.9794
202.4 49.42 0.124 B 0.9794
187.2 53.43 1.94 A 0.9794
186.7 53.56 2.54 B 0.9794
179.6 55.67 0.164 B 0.9794
176.4 56.68 0.11 A 0.9794
162 61.73 1.17 A 0.9794
156.3 63.97 2.09 B 0.9794
135.9 73.61 0.879 B 0.9794
131.7 75.93 0.92 A 0.9794
121.8 82.07 0.318 B 0.9794
118.7 84.27 0.0333 A 0.9794
95.89 104.3 0.064 A 0.9794
95.59 104.6 0.542 B 0.9794
61.51 162.6 0.839 B 0.9794
59.55 167.9 4.33 B 0.9794
55.81 179.2 0.0037 A 0.9794
32.98 303.2 0.0001 A 0.9794
23.09 433.2 0.0419 B 0.9794

Vibrations

Note(s):


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10,749 species present in version 4.00 of the theoretical database (Jun 27, 2024)