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uid 675
scaling factor 0.958

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

Transitions

νk
[cm-1] 		λ
[μm] 		int
[km/mol] 		symm. fscale
3055 3.273 211 A 0.958
3055 3.274 111 A 0.958
3054 3.275 17.1 A 0.958
3054 3.275 314 A 0.958
3051 3.278 270 A 0.958
3051 3.278 95.7 A 0.958
3038 3.292 36.8 A 0.958
3037 3.293 40.5 A 0.958
3037 3.293 34.1 A 0.958
3037 3.293 144 A 0.958
3036 3.293 54.8 A 0.958
3034 3.296 5.91 A 0.958
3033 3.297 0.0304 A 0.958
3033 3.297 5.65 A 0.958
3032 3.298 85.6 A 0.958
3032 3.298 19.1 A 0.958
3032 3.299 16.2 A 0.958
3031 3.299 0.602 A 0.958
3031 3.3 2.26 A 0.958
3029 3.301 1.75 A 0.958
3029 3.301 0.261 A 0.958
3029 3.302 0.0034 A 0.958
3027 3.304 0.401 A 0.958
3026 3.305 2.51 A 0.958
2641 3.786 75.9 A 0.958
1611 6.208 0.0839 A 0.958
1609 6.216 0.734 A 0.958
1608 6.218 1.5 A 0.958
1604 6.236 11.8 A 0.958
1602 6.242 2.1 A 0.958
1597 6.262 0.898 A 0.958
1592 6.28 5.99 A 0.958
1587 6.3 53.4 A 0.958
1587 6.303 5.85 A 0.958
1577 6.341 6.29 A 0.958
1574 6.354 1.85 A 0.958
1572 6.363 55.6 A 0.958
1571 6.364 73.2 A 0.958
1568 6.379 50.7 A 0.958
1560 6.41 42.3 A 0.958
1558 6.42 114 A 0.958
1556 6.425 3.49 A 0.958
1554 6.434 60.6 A 0.958
1552 6.441 4.43 A 0.958
1542 6.486 0.002 A 0.958
1542 6.486 28.9 A 0.958
1538 6.5 3.26 A 0.958
1532 6.526 37.6 A 0.958
1519 6.584 60 A 0.958
1513 6.608 43.1 A 0.958
1505 6.643 0.0612 A 0.958
1495 6.691 5 A 0.958
1493 6.696 293 A 0.958
1488 6.721 2.7 A 0.958
1487 6.724 381 A 0.958
1479 6.762 13 A 0.958
1471 6.797 11.5 A 0.958
1469 6.807 49.9 A 0.958
1468 6.81 3.64 A 0.958
1468 6.813 5.51 A 0.958
1459 6.854 0.497 A 0.958
1455 6.874 1.3 A 0.958
1455 6.875 6.29 A 0.958
1453 6.881 0.136 A 0.958
1452 6.889 74.3 A 0.958
1448 6.908 19.3 A 0.958
1446 6.914 4.44 A 0.958
1443 6.931 1.89 A 0.958
1432 6.985 25.4 A 0.958
1431 6.99 1.28 A 0.958
1428 7.005 0.093 A 0.958
1425 7.016 0.235 A 0.958
1425 7.02 0.0019 A 0.958
1417 7.056 12.6 A 0.958
1415 7.067 4.45 A 0.958
1412 7.081 4.71 A 0.958
1410 7.09 0.0323 A 0.958
1408 7.101 88.7 A 0.958
1401 7.136 2.19 A 0.958
1396 7.162 4.62 A 0.958
1392 7.183 0.0837 A 0.958
1391 7.189 13.1 A 0.958
1386 7.213 44.7 A 0.958
1385 7.219 13 A 0.958
1385 7.223 2.89 A 0.958
1383 7.23 0.0009 A 0.958
1381 7.243 3.94 A 0.958
1379 7.251 1.58 A 0.958
1379 7.253 6.51 A 0.958
1377 7.265 0.0113 A 0.958
1373 7.285 9.46 A 0.958
1371 7.296 12.6 A 0.958
1368 7.308 0.727 A 0.958
1367 7.318 1.19 A 0.958
1363 7.338 8.39 A 0.958
1363 7.339 13.2 A 0.958
1362 7.344 20.9 A 0.958
1357 7.369 19.7 A 0.958
1357 7.369 0.206 A 0.958
1351 7.4 9.61 A 0.958
1347 7.425 135 A 0.958
1346 7.431 21 A 0.958
1345 7.437 42.2 A 0.958
1340 7.46 43.6 A 0.958
1337 7.482 57.4 A 0.958
1336 7.486 6.7 A 0.958
1330 7.518 24.3 A 0.958
1329 7.525 15.7 A 0.958
1321 7.571 172 A 0.958
1317 7.594 26.3 A 0.958
1312 7.62 0.903 A 0.958
1312 7.624 2.02 A 0.958
1310 7.634 6.67 A 0.958
1309 7.642 62.3 A 0.958
1302 7.683 47.7 A 0.958
1293 7.734 47.1 A 0.958
1285 7.781 9.88 A 0.958
1283 7.797 13.1 A 0.958
1281 7.804 112 A 0.958
1280 7.815 5.87 A 0.958
1272 7.859 143 A 0.958
1269 7.878 0.0345 A 0.958
1262 7.925 62 A 0.958
1261 7.928 10.6 A 0.958
1258 7.947 0.333 A 0.958
1246 8.027 625 A 0.958
1240 8.066 0.118 A 0.958
1229 8.135 231 A 0.958
1220 8.199 11.7 A 0.958
1218 8.208 3.09 A 0.958
1213 8.242 0.299 A 0.958
1211 8.258 17 A 0.958
1207 8.282 2.16 A 0.958
1207 8.284 47.5 A 0.958
1205 8.297 2.04 A 0.958
1204 8.304 38.5 A 0.958
1190 8.403 1.56 A 0.958
1190 8.404 0.056 A 0.958
1180 8.476 39.8 A 0.958
1173 8.524 222 A 0.958
1172 8.536 0.0951 A 0.958
1168 8.563 8.7 A 0.958
1162 8.606 15.3 A 0.958
1160 8.622 25.7 A 0.958
1159 8.628 3.94 A 0.958
1158 8.639 71 A 0.958
1149 8.701 516 A 0.958
1143 8.748 175 A 0.958
1132 8.831 4.18 A 0.958
1124 8.899 0.229 A 0.958
1117 8.953 16.3 A 0.958
1102 9.073 17.6 A 0.958
1099 9.1 0.365 A 0.958
1096 9.126 0.0392 A 0.958
1064 9.4 5.55 A 0.958
1064 9.401 0.0827 A 0.958
1054 9.484 3.75 A 0.958
1046 9.561 6.11 A 0.958
1040 9.612 0.873 A 0.958
1037 9.645 1.39 A 0.958
1036 9.652 3.01 A 0.958
1035 9.661 0.433 A 0.958
1025 9.753 16.5 A 0.958
1021 9.793 0.0371 A 0.958
967.3 10.34 0.0067 A 0.958
966.6 10.35 0.0042 A 0.958
965.4 10.36 0.046 A 0.958
965.4 10.36 0.0247 A 0.958
962.7 10.39 0.0015 A 0.958
962 10.39 0.0791 A 0.958
954 10.48 8.97 A 0.958
938 10.66 0.538 A 0.958
932.6 10.72 0.354 A 0.958
928.7 10.77 0.237 A 0.958
928 10.78 0.604 A 0.958
918.9 10.88 3.2 A 0.958
909.7 10.99 3.55 A 0.958
909.1 11 11.4 A 0.958
898.6 11.13 211 A 0.958
896.4 11.16 0.754 A 0.958
896.2 11.16 42.7 A 0.958
893.2 11.2 0.0041 A 0.958
891.5 11.22 1.07 A 0.958
889.2 11.25 1.83 A 0.958
886.8 11.28 1.33 A 0.958
884 11.31 1.58 A 0.958
883.4 11.32 42.4 A 0.958
859.9 11.63 0.134 A 0.958
856.6 11.67 0.0526 A 0.958
853.6 11.72 1.43 A 0.958
849.7 11.77 5.78 A 0.958
845 11.83 0.0024 A 0.958
835.1 11.97 11.7 A 0.958
831.5 12.03 0.303 A 0.958
829.9 12.05 0.41 A 0.958
824.9 12.12 0.0786 A 0.958
815.2 12.27 0.0364 A 0.958
797.4 12.54 0.171 A 0.958
797.2 12.54 0.525 A 0.958
794.8 12.58 50.8 A 0.958
790.3 12.65 0.0323 A 0.958
788.3 12.69 0.056 A 0.958
788.2 12.69 0.0514 A 0.958
785.3 12.73 0.269 A 0.958
784 12.75 2.74 A 0.958
781.7 12.79 0.248 A 0.958
781.5 12.8 0.0772 A 0.958
779.5 12.83 0.0016 A 0.958
778.9 12.84 0.392 A 0.958
776.2 12.88 2.51 A 0.958
775 12.9 0.0392 A 0.958
773.3 12.93 0.207 A 0.958
772.2 12.95 0.0803 A 0.958
768.7 13.01 0.0382 A 0.958
764.1 13.09 0.391 A 0.958
760.3 13.15 0.039 A 0.958
758.2 13.19 3.37 A 0.958
755.8 13.23 1.94 A 0.958
750.9 13.32 0.0515 A 0.958
749.6 13.34 0.96 A 0.958
747.9 13.37 0.132 A 0.958
747 13.39 0.0653 A 0.958
745.8 13.41 0.413 A 0.958
745.3 13.42 0.0143 A 0.958
745.1 13.42 0.214 A 0.958
730.8 13.68 0.0331 A 0.958
729.7 13.7 0.674 A 0.958
727.8 13.74 0.139 A 0.958
721.3 13.86 2.65 A 0.958
719.4 13.9 0.0592 A 0.958
715 13.99 0.0154 A 0.958
712.3 14.04 0.42 A 0.958
704.3 14.2 0.623 A 0.958
702.6 14.23 0.342 A 0.958
698.1 14.32 0.011 A 0.958
684.4 14.61 1.53 A 0.958
683.2 14.64 0.0371 A 0.958
676.1 14.79 0.701 A 0.958
675.3 14.81 4.34 A 0.958
674.6 14.82 0.337 A 0.958
672.8 14.86 2.91 A 0.958
662.6 15.09 0.0029 A 0.958
660 15.15 0.848 A 0.958
654.9 15.27 0.332 A 0.958
653.4 15.31 0.0128 A 0.958
653.3 15.31 0.446 A 0.958
647.7 15.44 0.128 A 0.958
640.2 15.62 0.43 A 0.958
639.4 15.64 0.939 A 0.958
639 15.65 0.295 A 0.958
636.8 15.7 0.83 A 0.958
633 15.8 0.2 A 0.958
630.1 15.87 0.132 A 0.958
613.8 16.29 0.244 A 0.958
607.3 16.47 0.312 A 0.958
604.8 16.53 0.526 A 0.958
604.4 16.55 0.0057 A 0.958
598.5 16.71 0.56 A 0.958
597 16.75 0.265 A 0.958
594.8 16.81 1.29 A 0.958
593.1 16.86 0.902 A 0.958
592.8 16.87 9.35 A 0.958
591 16.92 0.086 A 0.958
590.2 16.94 14.4 A 0.958
590.2 16.94 10.4 A 0.958
589.8 16.95 2.25 A 0.958
588.2 17 0.512 A 0.958
586.6 17.05 0.401 A 0.958
581.2 17.21 0.0287 A 0.958
571.6 17.5 0.017 A 0.958
571.4 17.5 11.6 A 0.958
566.2 17.66 5.32 A 0.958
563.6 17.74 0.0003 A 0.958
557.9 17.92 0.16 A 0.958
553.3 18.07 0.231 A 0.958
552.1 18.11 0.781 A 0.958
549.3 18.2 0.0022 A 0.958
546.9 18.28 0.951 A 0.958
541.3 18.47 0.0045 A 0.958
539.7 18.53 0.0884 A 0.958
536.1 18.65 0.292 A 0.958
517.8 19.31 0.0878 A 0.958
517.5 19.33 0.145 A 0.958
507.6 19.7 0.0967 A 0.958
507.4 19.71 0.0094 A 0.958
501.6 19.94 1.58 A 0.958
500.7 19.97 8.04 A 0.958
495.2 20.19 0.933 A 0.958
494.1 20.24 8.91 A 0.958
476.2 21 0.454 A 0.958
446.7 22.38 0.114 A 0.958
445.1 22.47 5.5 A 0.958
443.3 22.56 0.913 A 0.958
441.8 22.64 0.556 A 0.958
438.9 22.78 0.0279 A 0.958
424.4 23.56 2.4 A 0.958
424.4 23.56 3.72 A 0.958
420.5 23.78 1.67 A 0.958
417.1 23.98 1.46 A 0.958
415.9 24.04 0.237 A 0.958
415.4 24.07 0.0241 A 0.958
409.8 24.4 0.0621 A 0.958
404.3 24.74 0.931 A 0.958
401.3 24.92 0.332 A 0.958
401.3 24.92 9.28 A 0.958
387.7 25.79 0.133 A 0.958
383 26.11 0.304 A 0.958
381.7 26.2 0.0158 A 0.958
377.2 26.51 0.0028 A 0.958
374.3 26.72 0.0566 A 0.958
372.5 26.84 0.352 A 0.958
362.5 27.59 1.39 A 0.958
359.4 27.82 0.232 A 0.958
358.7 27.88 3.22 A 0.958
350.3 28.54 0.055 A 0.958
342.7 29.18 0.0259 A 0.958
316.3 31.61 0.116 A 0.958
314.5 31.79 0.0025 A 0.958
310.2 32.24 0.17 A 0.958
307.5 32.52 1.38 A 0.958
304.1 32.88 0.0161 A 0.958
300 33.34 4.71 A 0.958
293.1 34.12 1.12 A 0.958
291.2 34.35 6.67 A 0.958
291 34.37 0.643 A 0.958
280.4 35.66 0.0042 A 0.958
279.8 35.74 0.0207 A 0.958
265 37.74 6.32 A 0.958
242.9 41.16 0.0792 A 0.958
236.4 42.31 0.516 A 0.958
233.4 42.84 0.108 A 0.958
233.2 42.88 0.015 A 0.958
233.2 42.88 0 A 0.958
210.4 47.54 0.258 A 0.958
204.5 48.9 0.17 A 0.958
202.8 49.31 13.7 A 0.958
202.7 49.34 9.83 A 0.958
201.2 49.71 3.23 A 0.958
187.7 53.27 0.219 A 0.958
186 53.76 0.716 A 0.958
182.6 54.76 0 A 0.958
173.8 57.54 0.0438 A 0.958
169 59.17 0.0712 A 0.958
131.3 76.17 2.89 A 0.958
130.9 76.41 0.0011 A 0.958
128.4 77.9 0.013 A 0.958
126.8 78.89 0.0367 A 0.958
126.1 79.29 0.0168 A 0.958
82.94 120.6 0.0063 A 0.958
82.41 121.4 0.0063 A 0.958
73.51 136 0.0154 A 0.958
72.31 138.3 0.0039 A 0.958
56.66 176.5 0.0134 A 0.958
44.17 226.4 0.0029 A 0.958
33.18 301.4 0.763 A 0.958
22.54 443.6 0.0001 A 0.958
22.38 446.8 0.0004 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)