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uid 7692
scaling factor multiple (3)

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

Transitions

νk
[cm-1] 		λ
[μm] 		int
[km/mol] 		symm. fscale
3131 3.194 9.33 A 0.9597
3116 3.209 10.4 B 0.9597
3098 3.227 34.4 A 0.9597
3098 3.228 0.757 B 0.9597
3055 3.273 213 A 0.9597
3054 3.274 24.5 A 0.9597
3054 3.274 289 B 0.9597
3053 3.276 109 A 0.9597
3052 3.276 253 B 0.9597
3040 3.29 9.09 B 0.9597
3039 3.29 76.4 A 0.9597
3038 3.291 121 B 0.9597
3038 3.291 35.1 A 0.9597
3037 3.293 19.4 B 0.9597
3036 3.293 71.8 A 0.9597
3036 3.294 45 B 0.9597
3035 3.295 15 A 0.9597
3035 3.295 0.021 B 0.9597
3034 3.296 0.832 A 0.9597
3033 3.297 0.862 B 0.9597
3033 3.297 1.03 A 0.9597
3033 3.298 0.119 B 0.9597
3031 3.299 0.0508 B 0.9597
3031 3.299 0.835 A 0.9597
1638 6.105 76.7 A 0.9691
1620 6.174 21.3 A 0.9691
1614 6.195 41 B 0.9691
1610 6.211 2.33 A 0.9691
1604 6.233 15.5 B 0.9691
1603 6.239 1.51 A 0.9691
1597 6.261 6.08 B 0.9691
1591 6.284 46.3 B 0.9691
1589 6.291 0.682 A 0.9691
1587 6.303 15.8 B 0.9691
1585 6.311 0.154 A 0.9691
1581 6.326 3.98 B 0.9691
1575 6.348 25.5 B 0.9691
1573 6.356 10.1 B 0.9691
1571 6.365 11.1 A 0.9691
1566 6.384 8.76 A 0.9691
1563 6.397 0.111 A 0.9691
1561 6.405 11.4 B 0.9691
1553 6.44 3.21 A 0.9691
1545 6.473 11.7 A 0.9691
1542 6.484 3.68 B 0.9691
1539 6.498 0.0831 B 0.9691
1527 6.549 8.3 B 0.9691
1514 6.605 13.2 A 0.9691
1514 6.605 3.3 B 0.9691
1509 6.628 1.04 A 0.9691
1504 6.651 64.8 A 0.9691
1497 6.681 88.4 A 0.9691
1496 6.686 5.62 B 0.9691
1493 6.7 22.3 B 0.9691
1484 6.74 11 A 0.9691
1483 6.745 11.2 B 0.9691
1477 6.77 180 A 0.9691
1472 6.792 0.0391 A 0.9691
1472 6.794 9.19 B 0.9691
1464 6.832 25.1 B 0.9691
1459 6.854 0.161 B 0.9691
1458 6.86 25.2 A 0.9691
1454 6.879 0.353 B 0.9691
1453 6.881 9.23 A 0.9691
1450 6.899 0.79 A 0.9691
1449 6.901 1.98 B 0.9691
1447 6.911 1.52 A 0.9691
1435 6.97 11.7 B 0.9691
1430 6.994 3.62 A 0.9691
1429 6.998 13.9 B 0.9691
1427 7.01 48.4 A 0.9691
1425 7.016 1.27 B 0.9691
1419 7.05 59.8 A 0.9691
1414 7.07 34.3 B 0.9691
1412 7.085 34.4 B 0.9691
1411 7.085 95.5 A 0.9691
1408 7.102 21.7 A 0.9691
1406 7.111 120 A 0.9691
1404 7.123 252 B 0.9691
1400 7.141 24.2 B 0.9691
1397 7.159 10.5 B 0.9691
1396 7.164 0.33 A 0.9691
1394 7.174 0.0987 B 0.9691
1392 7.186 4.66 A 0.9691
1391 7.191 48.7 B 0.9691
1387 7.211 0.088 A 0.9691
1385 7.223 0.736 B 0.9691
1383 7.229 10 A 0.9691
1382 7.238 10.2 B 0.9691
1379 7.254 0.801 B 0.9691
1376 7.266 62.3 A 0.9691
1374 7.277 8.87 B 0.9691
1373 7.281 13.2 A 0.9691
1369 7.302 0.478 A 0.9691
1369 7.306 8.3 A 0.9691
1368 7.311 15.4 B 0.9691
1359 7.356 2.87 A 0.9691
1354 7.387 7.62 A 0.9691
1353 7.392 7.54 B 0.9691
1349 7.411 9.51 B 0.9691
1348 7.416 0.115 A 0.9691
1346 7.43 4.23 B 0.9691
1344 7.44 15.3 A 0.9691
1339 7.466 78.3 A 0.9691
1331 7.515 3.42 A 0.9691
1330 7.52 146 B 0.9691
1326 7.543 21.6 B 0.9691
1323 7.56 0.0071 B 0.9691
1318 7.59 2.97 A 0.9691
1311 7.628 91.3 A 0.9691
1310 7.635 135 B 0.9691
1303 7.676 210 A 0.9691
1299 7.696 258 B 0.9691
1292 7.741 119 A 0.9691
1289 7.76 1.54 B 0.9691
1288 7.762 48.2 A 0.9691
1285 7.783 109 B 0.9691
1276 7.836 108 A 0.9691
1273 7.853 11.2 B 0.9691
1272 7.859 0.0862 A 0.9691
1268 7.889 80.3 A 0.9691
1267 7.89 73.1 B 0.9691
1260 7.936 70.4 A 0.9691
1260 7.938 8.83 B 0.9691
1246 8.023 4.54 A 0.9691
1229 8.139 202 A 0.9691
1214 8.237 0.0266 A 0.9691
1213 8.241 1.63 B 0.9691
1206 8.295 0.429 B 0.9691
1203 8.314 21.9 A 0.9691
1201 8.325 0.227 B 0.9691
1199 8.342 96.4 A 0.9691
1196 8.358 156 B 0.9691
1185 8.44 57.9 A 0.9691
1181 8.465 108 B 0.9691
1181 8.471 22.1 A 0.9691
1179 8.483 0.187 A 0.9691
1176 8.501 92.6 B 0.9691
1164 8.588 0.607 B 0.9691
1161 8.614 67.8 B 0.9691
1160 8.62 9.84 A 0.9691
1154 8.664 10.3 A 0.9691
1151 8.69 1.12 B 0.9691
1148 8.714 15.8 A 0.9691
1139 8.783 5.31 A 0.9691
1136 8.805 29.5 B 0.9691
1122 8.912 15.5 A 0.9691
1116 8.964 5.15 A 0.9691
1110 9.01 8.6 B 0.9691
1110 9.012 0.626 A 0.9691
1093 9.151 0.657 B 0.9691
1078 9.28 1.71 B 0.9794
1076 9.294 0.219 A 0.9794
1075 9.298 7.24 B 0.9794
1072 9.326 0.426 A 0.9794
1051 9.516 2.63 B 0.9794
1044 9.579 2.53 B 0.9794
1043 9.587 0.128 A 0.9794
1041 9.605 2.05 B 0.9794
1041 9.609 3.37 A 0.9794
1035 9.664 3.16 B 0.9794
966.6 10.35 2.88 A 0.9794
956.3 10.46 0.485 A 0.9794
940.9 10.63 0.0005 A 0.9794
938.4 10.66 0.0712 A 0.9794
938.3 10.66 0.184 B 0.9794
937.7 10.66 0.0175 B 0.9794
937.7 10.66 0.0003 A 0.9794
931 10.74 1.05 A 0.9794
930.9 10.74 0.0124 B 0.9794
930.8 10.74 40.6 A 0.9794
919.1 10.88 3.59 B 0.9794
913 10.95 2.86 A 0.9794
912.9 10.95 28.1 B 0.9794
887 11.27 4.31 B 0.9794
885.2 11.3 11.6 B 0.9794
883.6 11.32 2.63 A 0.9794
871.2 11.48 141 B 0.9794
866.7 11.54 0.0069 A 0.9794
862.4 11.6 56.3 B 0.9794
860.5 11.62 0.01 A 0.9794
841.7 11.88 9.57 B 0.9794
837.7 11.94 0 A 0.9794
832.5 12.01 6.74 B 0.9794
832.4 12.01 29.8 B 0.9794
828.3 12.07 0.0793 A 0.9794
826.4 12.1 0.0016 A 0.9794
816.1 12.25 25.9 B 0.9794
814.8 12.27 0.0051 A 0.9794
810.3 12.34 1.83 B 0.9794
806.6 12.4 0.0611 B 0.9794
804 12.44 0 A 0.9794
801.4 12.48 11.7 A 0.9794
793.4 12.6 6.22 B 0.9794
792.9 12.61 1.25 A 0.9794
790.9 12.64 10.2 B 0.9794
784.3 12.75 0.0003 A 0.9794
780.5 12.81 5.49 B 0.9794
779.4 12.83 0.271 B 0.9794
778.2 12.85 0.496 B 0.9794
773.9 12.92 0 A 0.9794
773.3 12.93 0.127 A 0.9794
772 12.95 0.618 B 0.9794
754.7 13.25 0.0886 B 0.9794
745.6 13.41 0.141 A 0.9794
745.3 13.42 0.695 A 0.9794
743.8 13.45 0.538 B 0.9794
738.2 13.55 0.0061 A 0.9794
734.7 13.61 0.0685 B 0.9794
731.3 13.67 0.002 A 0.9794
725 13.79 0.0119 A 0.9794
724.5 13.8 0.044 B 0.9794
720.8 13.87 1.88 B 0.9794
715.8 13.97 0.0045 A 0.9794
715.7 13.97 1.6 B 0.9794
715.7 13.97 0.0167 A 0.9794
710.5 14.07 0.754 B 0.9794
707.9 14.13 0.0023 B 0.9794
707 14.14 0.0039 A 0.9794
706.1 14.16 49.2 B 0.9794
697.2 14.34 2.84 B 0.9794
696.2 14.36 0.0021 A 0.9794
676 14.79 0.0496 B 0.9794
671.4 14.9 0.0015 A 0.9794
670.7 14.91 1.17 B 0.9794
668.2 14.97 0.204 A 0.9794
656.4 15.23 0.247 B 0.9794
656.4 15.24 0.0013 A 0.9794
655.6 15.25 0.936 B 0.9794
648.8 15.41 0.0916 A 0.9794
647.3 15.45 1.47 A 0.9794
647 15.45 10.9 B 0.9794
645.3 15.5 3.92 A 0.9794
642.6 15.56 0.0039 A 0.9794
635.1 15.75 0.3 B 0.9794
634.3 15.76 6.32 B 0.9794
632.2 15.82 0.499 A 0.9794
631.9 15.82 2.39 B 0.9794
630.5 15.86 0.0482 B 0.9794
630.5 15.86 0.0056 A 0.9794
629.3 15.89 0.368 B 0.9794
628.9 15.9 0.252 B 0.9794
628 15.92 0.0203 A 0.9794
621 16.1 5.91 A 0.9794
619.2 16.15 0.003 A 0.9794
608.4 16.44 0.119 A 0.9794
606.3 16.49 0.075 B 0.9794
606.1 16.5 0.0563 A 0.9794
605.2 16.52 4.6 B 0.9794
595.4 16.8 0.737 B 0.9794
594.6 16.82 4.78 A 0.9794
591.2 16.92 0.349 B 0.9794
589.3 16.97 0.0811 A 0.9794
585.3 17.08 4.16 B 0.9794
585.3 17.09 9.77 A 0.9794
585.1 17.09 17 B 0.9794
583.9 17.13 0.819 A 0.9794
582.6 17.16 0.0053 A 0.9794
579.1 17.27 0.009 A 0.9794
575.3 17.38 0.287 B 0.9794
570 17.54 0.0031 A 0.9794
569.9 17.55 1.2 B 0.9794
565.3 17.69 7.16 B 0.9794
560.3 17.85 0.0045 A 0.9794
557.3 17.94 0.0008 A 0.9794
555.4 18 0.506 B 0.9794
554.8 18.02 0.311 B 0.9794
552.3 18.11 0.158 B 0.9794
550.7 18.16 0.223 B 0.9794
549.6 18.19 0.106 A 0.9794
537.4 18.61 0.154 A 0.9794
537.3 18.61 0.584 B 0.9794
532.3 18.78 0 A 0.9794
525.5 19.03 0 A 0.9794
516.6 19.36 4.63 B 0.9794
513.9 19.46 0.0155 B 0.9794
508.4 19.67 0.0378 B 0.9794
506.3 19.75 0.0451 A 0.9794
502.7 19.89 4.56 B 0.9794
498.3 20.07 3.66 A 0.9794
495.6 20.18 2.87 B 0.9794
495.4 20.19 0.434 A 0.9794
489 20.45 0.0253 A 0.9794
486.8 20.54 0.0784 A 0.9794
475 21.05 0.001 A 0.9794
472.4 21.17 4.79 A 0.9794
467.4 21.39 0.0026 B 0.9794
442.7 22.59 0.0976 A 0.9794
442.1 22.62 0.107 B 0.9794
441 22.67 0.0011 A 0.9794
440.4 22.71 1.31 B 0.9794
429.2 23.3 5.96 B 0.9794
428.6 23.33 9.64 A 0.9794
425.7 23.49 0.0003 A 0.9794
420.1 23.8 0.0023 A 0.9794
417.8 23.93 0.0043 B 0.9794
411.5 24.3 0.0857 B 0.9794
407.7 24.53 0 A 0.9794
405.1 24.69 0 A 0.9794
401.6 24.9 0 A 0.9794
400.1 24.99 3.9 B 0.9794
398.6 25.09 0.0947 B 0.9794
398.6 25.09 0.0677 A 0.9794
392.9 25.45 0 A 0.9794
386.5 25.87 0.0142 B 0.9794
372.5 26.84 0.0433 B 0.9794
371.6 26.91 0.574 B 0.9794
364.1 27.46 0.379 B 0.9794
357.4 27.98 3.46 A 0.9794
357 28.02 0.0523 B 0.9794
355.4 28.13 0 A 0.9794
349.6 28.61 0.0009 B 0.9794
329.4 30.36 0.0001 A 0.9794
319 31.35 0 A 0.9794
318.6 31.39 0.002 B 0.9794
312.4 32.01 0.256 B 0.9794
306.6 32.62 0.0002 A 0.9794
305.9 32.69 4.54 B 0.9794
296.4 33.74 0.0354 B 0.9794
292.6 34.18 0.142 A 0.9794
292.4 34.2 0.0315 B 0.9794
291.2 34.34 2.25 B 0.9794
282.7 35.38 0 A 0.9794
272.5 36.7 0.0426 B 0.9794
264.2 37.85 0.532 A 0.9794
244.8 40.85 0.0081 A 0.9794
240.3 41.61 0.0005 B 0.9794
239.6 41.74 0 A 0.9794
235.7 42.43 0 A 0.9794
224.1 44.62 0.0003 B 0.9794
215.6 46.38 0.0001 A 0.9794
204.9 48.79 0.0001 A 0.9794
203.1 49.24 21.6 A 0.9794
202.4 49.41 32.6 B 0.9794
197.2 50.71 0.0158 B 0.9794
188.2 53.13 0.287 B 0.9794
188 53.19 0.324 A 0.9794
181.4 55.12 0 A 0.9794
175.9 56.86 0.0003 B 0.9794
163 61.35 0.0019 B 0.9794
134.9 74.14 0.0037 B 0.9794
132.6 75.42 0 A 0.9794
130.7 76.49 2.39 B 0.9794
127 78.73 0 A 0.9794
118 84.75 1.07 B 0.9794
83.44 119.8 0 A 0.9794
79.52 125.7 0.237 B 0.9794
73.43 136.2 0 A 0.9794
73.35 136.3 0.2 B 0.9794
57.31 174.5 0 A 0.9794
42.99 232.6 0.221 B 0.9794
30.99 322.7 0.438 B 0.9794
22.72 440.2 0 A 0.9794
22.47 445.1 0.204 B 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)