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uid 7431
scaling factor multiple (3)

Transitions — Left-clk & drag: Zoom; Right-clk: reset

Transitions

νk
[cm-1] 		λ
[μm] 		int
[km/mol] 		symm. fscale
3128 3.197 13.8 A 0.9597
3128 3.197 61.2 B 0.9597
3125 3.2 33.8 A 0.9597
3122 3.203 0.993 A 0.9597
3122 3.203 42.6 B 0.9597
3121 3.204 28.1 B 0.9597
3121 3.204 11.7 A 0.9597
3117 3.209 25.4 A 0.9597
3117 3.209 4.39 B 0.9597
3107 3.218 0.228 A 0.9597
3107 3.218 0.058 B 0.9597
3106 3.22 0.604 B 0.9597
3100 3.226 0.16 A 0.9597
3100 3.226 1.59 B 0.9597
3099 3.227 0.0018 A 0.9597
3099 3.227 0.724 B 0.9597
3096 3.23 0.547 A 0.9597
3096 3.23 0.285 B 0.9597
3085 3.241 6.09 A 0.9597
3085 3.241 64.5 B 0.9597
3085 3.242 34.9 A 0.9597
3085 3.242 13.2 B 0.9597
3084 3.242 1.27 A 0.9597
3083 3.243 11.9 A 0.9597
3082 3.245 7.38 B 0.9597
3082 3.245 5.62 A 0.9597
3082 3.245 1.78 B 0.9597
3070 3.257 1.11 B 0.9597
3070 3.257 0.181 A 0.9597
3070 3.257 0.0684 B 0.9597
1615 6.19 106 A 0.9691
1613 6.199 40.5 B 0.9691
1606 6.228 2.12 B 0.9691
1605 6.232 9.01 A 0.9691
1602 6.242 10.8 B 0.9691
1602 6.243 156 A 0.9691
1600 6.25 9.81 B 0.9691
1598 6.257 317 A 0.9691
1597 6.263 0.924 B 0.9691
1596 6.268 162 A 0.9691
1592 6.282 0.0075 A 0.9691
1591 6.284 60.5 B 0.9691
1585 6.308 5.59 B 0.9691
1583 6.315 12 A 0.9691
1582 6.322 97.6 A 0.9691
1582 6.323 116 B 0.9691
1579 6.332 131 A 0.9691
1579 6.333 5.88 B 0.9691
1577 6.341 97.8 B 0.9691
1575 6.348 838 A 0.9691
1572 6.361 433 A 0.9691
1570 6.371 1.47e+3 B 0.9691
1560 6.411 17.7 B 0.9691
1555 6.43 64.5 A 0.9691
1551 6.449 28.1 A 0.9691
1546 6.469 56.9 B 0.9691
1535 6.514 34.1 B 0.9691
1535 6.515 10.5 A 0.9691
1532 6.529 146 B 0.9691
1530 6.535 3.97 A 0.9691
1520 6.58 22.9 B 0.9691
1514 6.606 4.42 A 0.9691
1510 6.621 2.9 B 0.9691
1507 6.637 87.8 A 0.9691
1506 6.638 0.0181 B 0.9691
1504 6.649 4.87 A 0.9691
1501 6.663 26.6 B 0.9691
1496 6.686 3.76 A 0.9691
1492 6.7 11.4 B 0.9691
1486 6.729 16.6 A 0.9691
1484 6.739 5.9 B 0.9691
1481 6.75 18.4 A 0.9691
1476 6.776 3.06 A 0.9691
1472 6.794 8.78 B 0.9691
1469 6.807 2.5 A 0.9691
1465 6.826 18.8 B 0.9691
1463 6.835 11.8 A 0.9691
1462 6.839 54.2 B 0.9691
1459 6.853 9.59 A 0.9691
1458 6.86 30.7 B 0.9691
1456 6.87 10.9 B 0.9691
1452 6.887 60.4 A 0.9691
1450 6.895 0.469 B 0.9691
1448 6.905 12.1 B 0.9691
1442 6.936 15 A 0.9691
1439 6.947 79.4 A 0.9691
1432 6.982 16.6 B 0.9691
1430 6.995 89.9 A 0.9691
1426 7.014 4.5 B 0.9691
1423 7.028 45.7 A 0.9691
1421 7.035 4.61 B 0.9691
1418 7.051 2.73 B 0.9691
1417 7.059 1.03 B 0.9691
1415 7.065 22.4 A 0.9691
1413 7.078 19.1 A 0.9691
1409 7.098 35.2 A 0.9691
1400 7.141 6.72 B 0.9691
1399 7.147 8.21 A 0.9691
1397 7.157 3.31 A 0.9691
1395 7.167 18.6 A 0.9691
1393 7.177 50.1 B 0.9691
1392 7.184 31.6 B 0.9691
1388 7.204 7.47 B 0.9691
1387 7.21 29.5 A 0.9691
1382 7.238 0.168 B 0.9691
1379 7.251 5.08 A 0.9691
1378 7.258 3.53 A 0.9691
1376 7.266 1.63 B 0.9691
1376 7.27 29.7 A 0.9691
1373 7.284 0.419 B 0.9691
1372 7.291 6.22 B 0.9691
1367 7.317 21.3 A 0.9691
1365 7.325 0.0571 A 0.9691
1364 7.333 8.68 B 0.9691
1361 7.349 55.2 B 0.9691
1357 7.37 26.3 A 0.9691
1355 7.38 31.5 A 0.9691
1350 7.408 3.39 B 0.9691
1349 7.414 1.05 A 0.9691
1346 7.43 0.0048 B 0.9691
1345 7.434 9.53 A 0.9691
1343 7.445 58.2 B 0.9691
1340 7.464 36.9 A 0.9691
1340 7.464 22.5 B 0.9691
1338 7.472 21.7 A 0.9691
1334 7.496 0.0045 A 0.9691
1333 7.501 11.8 B 0.9691
1331 7.513 92.1 A 0.9691
1331 7.515 119 B 0.9691
1329 7.526 67.3 A 0.9691
1317 7.594 146 A 0.9691
1315 7.603 0.538 B 0.9691
1314 7.608 255 A 0.9691
1314 7.609 8.38 B 0.9691
1306 7.658 168 A 0.9691
1302 7.681 1.37e+3 B 0.9691
1301 7.683 636 A 0.9691
1295 7.725 866 A 0.9691
1291 7.744 248 B 0.9691
1286 7.779 38.5 B 0.9691
1283 7.796 221 A 0.9691
1282 7.799 35.7 B 0.9691
1278 7.822 1.16 B 0.9691
1277 7.833 40.8 A 0.9691
1270 7.875 1.11 A 0.9691
1266 7.899 170 A 0.9691
1261 7.93 194 B 0.9691
1258 7.949 134 A 0.9691
1255 7.971 362 B 0.9691
1251 7.994 351 A 0.9691
1243 8.046 623 B 0.9691
1240 8.063 10.3 A 0.9691
1233 8.11 0.017 A 0.9691
1229 8.139 2.07 B 0.9691
1227 8.153 64.3 A 0.9691
1217 8.219 242 B 0.9691
1214 8.236 17 A 0.9691
1203 8.312 12.5 A 0.9691
1200 8.331 47.8 B 0.9691
1198 8.346 9.38 B 0.9691
1197 8.353 54.4 A 0.9691
1193 8.384 31.2 A 0.9691
1190 8.401 0.574 B 0.9691
1188 8.416 20.6 A 0.9691
1183 8.456 300 B 0.9691
1179 8.481 0.14 B 0.9691
1172 8.535 0.0247 A 0.9691
1168 8.56 11 B 0.9691
1164 8.589 14.4 A 0.9691
1157 8.642 0.851 B 0.9691
1150 8.697 0.761 A 0.9691
1142 8.76 1.53 B 0.9691
1138 8.787 2.8 A 0.9691
1137 8.796 0.648 A 0.9691
1123 8.902 156 B 0.9691
1122 8.917 0.366 A 0.9691
1115 8.967 0.335 B 0.9691
1115 8.971 5.02 A 0.9691
1109 9.017 2.37 B 0.9691
1106 9.04 0.33 A 0.9691
1106 9.042 2.39 B 0.9691
1100 9.091 18.2 A 0.9691
1100 9.091 27.1 B 0.9691
1098 9.111 40.2 B 0.9691
1095 9.129 7.8 A 0.9691
1068 9.367 97.5 B 0.9794
1067 9.371 3.1 A 0.9794
1064 9.397 0.0448 A 0.9794
1063 9.41 12.2 B 0.9794
1057 9.46 31.5 A 0.9794
1053 9.501 7.59 B 0.9794
1003 9.973 1.76 A 0.9794
1002 9.983 2.28 B 0.9794
979.3 10.21 0.366 B 0.9794
979.1 10.21 0.288 A 0.9794
972.5 10.28 0.242 B 0.9794
971.6 10.29 0.0004 A 0.9794
971.3 10.3 1.02 B 0.9794
970.5 10.3 0.0046 A 0.9794
969.8 10.31 0.0106 B 0.9794
969.8 10.31 0.0718 A 0.9794
967.2 10.34 0.0068 A 0.9794
964.5 10.37 0.0084 A 0.9794
963.1 10.38 0.0017 B 0.9794
961.9 10.4 0.0119 B 0.9794
961.7 10.4 0.0044 A 0.9794
954.4 10.48 42.5 B 0.9794
937.6 10.67 0.561 A 0.9794
935.1 10.69 0.164 A 0.9794
925.2 10.81 4.64 B 0.9794
924.6 10.82 2.31 A 0.9794
917.5 10.9 0.251 B 0.9794
904.5 11.06 36.7 B 0.9794
902.3 11.08 0.0031 A 0.9794
901.6 11.09 1.68 B 0.9794
895.4 11.17 5.38 B 0.9794
893.5 11.19 0.0273 A 0.9794
889.5 11.24 0.551 A 0.9794
888.2 11.26 0.0025 A 0.9794
885 11.3 0.599 B 0.9794
879 11.38 110 B 0.9794
877.7 11.39 79.2 B 0.9794
876 11.42 1.92 A 0.9794
875 11.43 1.56 B 0.9794
872.7 11.46 0.0009 A 0.9794
867.4 11.53 0.0303 A 0.9794
859.4 11.64 7.98 B 0.9794
858.9 11.64 1.12 B 0.9794
858.9 11.64 0.0167 A 0.9794
842.7 11.87 84.8 B 0.9794
838.6 11.93 0.0125 A 0.9794
820.4 12.19 23 B 0.9794
815.5 12.26 8.5 A 0.9794
812 12.32 5.05 B 0.9794
809.1 12.36 0.089 A 0.9794
808.2 12.37 0.0321 A 0.9794
806.6 12.4 1.68 B 0.9794
801.8 12.47 10 B 0.9794
801.4 12.48 0.0091 A 0.9794
799.9 12.5 0.46 B 0.9794
798 12.53 1.67 A 0.9794
789.5 12.67 69.2 B 0.9794
786.9 12.71 0.0459 A 0.9794
786.9 12.71 8.63 B 0.9794
786.6 12.71 143 B 0.9794
786.2 12.72 12.6 A 0.9794
782.8 12.78 145 B 0.9794
780.3 12.82 15.1 B 0.9794
779.7 12.83 1.13 A 0.9794
753.7 13.27 0.683 A 0.9794
749 13.35 33 B 0.9794
741.7 13.48 2.77 A 0.9794
739.5 13.52 16.9 B 0.9794
737.6 13.56 0.548 B 0.9794
731.4 13.67 0.0237 A 0.9794
730.7 13.69 0.429 B 0.9794
728.6 13.72 0.0011 A 0.9794
725.4 13.79 32.5 B 0.9794
720.5 13.88 1.91 B 0.9794
719 13.91 0.0018 A 0.9794
713.8 14.01 0.0031 A 0.9794
710 14.08 0.0016 A 0.9794
709.6 14.09 2.48 B 0.9794
696.7 14.35 0.0007 A 0.9794
695.8 14.37 0.909 A 0.9794
694.3 14.4 14.5 B 0.9794
693.4 14.42 4.33 B 0.9794
690 14.49 0.0069 A 0.9794
689.6 14.5 0.141 B 0.9794
686.6 14.56 0.417 A 0.9794
686 14.58 0.0053 A 0.9794
685.5 14.59 0.0717 B 0.9794
679 14.73 0.945 B 0.9794
674.9 14.82 0.012 A 0.9794
674.4 14.83 0.839 B 0.9794
673.5 14.85 0.0034 B 0.9794
669.3 14.94 0.025 A 0.9794
661.1 15.13 0.0014 B 0.9794
660.8 15.13 0.0001 A 0.9794
650.7 15.37 1.77 B 0.9794
647.2 15.45 0.108 B 0.9794
647 15.46 0.917 A 0.9794
640.8 15.61 0.003 A 0.9794
635.7 15.73 0.0002 A 0.9794
634.1 15.77 0.119 B 0.9794
633.9 15.77 0.19 B 0.9794
632.1 15.82 0.195 B 0.9794
632.1 15.82 0.013 A 0.9794
630.9 15.85 0.152 A 0.9794
629.3 15.89 3.17 B 0.9794
627.4 15.94 0.0336 A 0.9794
626.1 15.97 0.192 B 0.9794
623.2 16.05 0.0015 A 0.9794
622.7 16.06 0.0029 A 0.9794
620.3 16.12 0.0337 B 0.9794
614.5 16.27 8.25 B 0.9794
611.3 16.36 0.0001 A 0.9794
607.8 16.45 0.0946 B 0.9794
607 16.47 0.351 A 0.9794
604.4 16.55 8.09 B 0.9794
602.2 16.6 1.88 B 0.9794
600 16.67 0.0135 A 0.9794
598.4 16.71 4.46 A 0.9794
597.9 16.73 4.19 A 0.9794
597.8 16.73 4.62 B 0.9794
597.1 16.75 3.29 B 0.9794
591.7 16.9 0.121 B 0.9794
586.9 17.04 0.016 A 0.9794
583.9 17.13 0.0504 B 0.9794
577.8 17.31 2.79 A 0.9794
576.7 17.34 0.585 A 0.9794
574 17.42 0.324 A 0.9794
569.5 17.56 0.048 A 0.9794
568.9 17.58 4.86 B 0.9794
565.1 17.7 68 B 0.9794
558.5 17.9 0.806 B 0.9794
557.3 17.94 0.0209 A 0.9794
556.7 17.96 0.541 B 0.9794
556.4 17.97 0.0339 A 0.9794
552.1 18.11 0.0206 B 0.9794
551.4 18.14 1.68 A 0.9794
550.5 18.17 0.664 B 0.9794
543 18.42 0.116 B 0.9794
542.8 18.42 0.0082 A 0.9794
535.7 18.67 0.0392 A 0.9794
534.5 18.71 3.27 A 0.9794
534.3 18.72 2.79 B 0.9794
533 18.76 0.412 A 0.9794
530.7 18.84 0.344 B 0.9794
528.2 18.93 0.172 B 0.9794
522.5 19.14 0.0065 A 0.9794
515.5 19.4 0.0006 A 0.9794
515.3 19.4 0.93 B 0.9794
511.2 19.56 0.0588 B 0.9794
510.7 19.58 0.01 A 0.9794
503.1 19.88 0.021 B 0.9794
499.1 20.03 0.002 A 0.9794
492.1 20.32 1.11 B 0.9794
489.3 20.44 0.0323 A 0.9794
487.8 20.5 14.6 B 0.9794
468 21.37 6.07 A 0.9794
466.9 21.42 0.036 A 0.9794
461.8 21.65 1.03 B 0.9794
461 21.69 24.5 B 0.9794
458 21.83 0.0011 A 0.9794
456.2 21.92 0.0458 A 0.9794
454.7 21.99 6.68 A 0.9794
453.8 22.04 2.34 B 0.9794
434.5 23.01 0.0031 A 0.9794
434.4 23.02 0.0185 B 0.9794
431.6 23.17 0.208 A 0.9794
430.3 23.24 0.0054 A 0.9794
427.7 23.38 0.218 A 0.9794
427.4 23.4 0.936 B 0.9794
423.9 23.59 0.0029 A 0.9794
421.2 23.74 0.201 B 0.9794
420.3 23.79 0.443 B 0.9794
412.8 24.22 0.0014 B 0.9794
410.6 24.36 0 A 0.9794
407.9 24.52 0 A 0.9794
406.3 24.61 7.73 B 0.9794
403.9 24.76 0.0004 A 0.9794
382.7 26.13 0.0936 B 0.9794
382.5 26.14 8.82 A 0.9794
380.1 26.31 7.17 B 0.9794
379.8 26.33 29.2 B 0.9794
376.1 26.59 0.0398 A 0.9794
375.5 26.63 0.362 B 0.9794
366.9 27.26 0.0009 A 0.9794
360.7 27.72 0.505 B 0.9794
349.6 28.61 0.0037 A 0.9794
343.9 29.08 0.0043 B 0.9794
331.5 30.17 0.434 A 0.9794
330.8 30.23 0.319 A 0.9794
328.2 30.47 0.831 B 0.9794
325 30.77 0.251 B 0.9794
321.8 31.08 0.523 B 0.9794
321.4 31.11 0.0007 A 0.9794
311.2 32.13 1.2 A 0.9794
310.3 32.23 1.13 B 0.9794
308.9 32.37 0.104 B 0.9794
307.3 32.55 0.0034 A 0.9794
290.1 34.48 4.94 B 0.9794
282.2 35.43 0.0007 A 0.9794
264.1 37.86 0.695 B 0.9794
264 37.88 0 A 0.9794
262.4 38.11 3.29 B 0.9794
258.4 38.7 0.017 A 0.9794
255.9 39.07 0.0252 A 0.9794
249.3 40.12 1.89 B 0.9794
242.5 41.24 0.42 B 0.9794
230.6 43.37 0 A 0.9794
229.3 43.61 0.0017 B 0.9794
215.8 46.34 0.0029 A 0.9794
215.2 46.47 0.0004 B 0.9794
208.3 48 0.0143 A 0.9794
207.8 48.13 0.0004 A 0.9794
206.5 48.42 0.407 B 0.9794
178.4 56.06 0.0026 B 0.9794
178.2 56.11 0.0006 A 0.9794
173.7 57.58 0.0104 A 0.9794
159.4 62.72 10.6 B 0.9794
156.3 63.97 0.694 B 0.9794
156.1 64.08 1.05 A 0.9794
151.9 65.82 0 A 0.9794
138.8 72.03 0.0085 B 0.9794
136.6 73.21 0.0012 A 0.9794
133.8 74.77 0.016 B 0.9794
129 77.51 0.0001 A 0.9794
112.9 88.6 3.48 B 0.9794
106.4 93.98 0.721 B 0.9794
103.2 96.93 0.0001 A 0.9794
102.8 97.27 0.35 B 0.9794
86.63 115.4 34.6 B 0.9794
79.09 126.4 0.0564 B 0.9794
78.46 127.4 0 A 0.9794
74.11 134.9 0 A 0.9794
59.89 167 0.0001 A 0.9794
59.22 168.9 0.0102 B 0.9794
33.01 303 2.7 B 0.9794
17.86 559.8 0.0001 A 0.9794
17.56 569.6 0.163 B 0.9794
15.1 662.2 0.0343 B 0.9794
7.848 1274 0 A 0.9794
5.373 1861 0.0007 B 0.9794
3.321 3012 0 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)