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uid 9036
scaling factor multiple (3)

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

Transitions

νk
[cm-1] 		λ
[μm] 		int
[km/mol] 		symm. fscale
3102 3.224 4.74 A 0.9597
3090 3.236 0.81 A 0.9597
3090 3.237 0.117 A 0.9597
3089 3.237 8.17 A 0.9597
3087 3.24 18.5 A 0.9597
3086 3.24 22.6 A 0.9597
3086 3.24 28.1 A 0.9597
3075 3.252 13.2 A 0.9597
3073 3.254 3.13 A 0.9597
3073 3.254 0.883 A 0.9597
3073 3.255 0.823 A 0.9597
3071 3.257 7.92 A 0.9597
3070 3.257 3.73 A 0.9597
3070 3.258 18.1 A 0.9597
3069 3.258 5.2 A 0.9597
3069 3.258 9.5 A 0.9597
3067 3.26 0.0765 A 0.9597
3067 3.26 0.489 A 0.9597
3067 3.261 0.259 A 0.9597
3040 3.289 29.2 A 0.9597
3040 3.289 23.5 A 0.9597
1606 6.226 12.8 A 0.9691
1604 6.235 26.9 A 0.9691
1602 6.244 27.3 A 0.9691
1597 6.261 5.83 A 0.9691
1594 6.273 215 A 0.9691
1592 6.282 5.53 A 0.9691
1590 6.291 88.5 A 0.9691
1588 6.297 207 A 0.9691
1587 6.303 19.7 A 0.9691
1585 6.311 20.1 A 0.9691
1583 6.317 266 A 0.9691
1581 6.325 412 A 0.9691
1579 6.334 488 A 0.9691
1573 6.357 182 A 0.9691
1561 6.406 35.7 A 0.9691
1553 6.439 1.15e+3 A 0.9691
1550 6.451 45.4 A 0.9691
1546 6.469 770 A 0.9691
1545 6.472 55 A 0.9691
1542 6.485 308 A 0.9691
1538 6.502 332 A 0.9691
1535 6.514 85.6 A 0.9691
1532 6.525 24.8 A 0.9691
1531 6.532 5.69 A 0.9691
1529 6.542 23.2 A 0.9691
1514 6.605 20.8 A 0.9691
1512 6.614 24.5 A 0.9691
1510 6.623 77.2 A 0.9691
1509 6.628 2.71 A 0.9691
1505 6.643 76.9 A 0.9691
1495 6.688 178 A 0.9691
1491 6.707 222 A 0.9691
1476 6.777 437 A 0.9691
1472 6.792 260 A 0.9691
1468 6.814 31.9 A 0.9691
1464 6.832 157 A 0.9691
1463 6.836 127 A 0.9691
1458 6.859 66.3 A 0.9691
1455 6.874 323 A 0.9691
1454 6.877 264 A 0.9691
1454 6.879 87.3 A 0.9691
1450 6.897 597 A 0.9691
1447 6.909 405 A 0.9691
1444 6.925 139 A 0.9691
1442 6.935 3.13 A 0.9691
1440 6.945 5.29 A 0.9691
1436 6.962 10.2 A 0.9691
1431 6.988 30.3 A 0.9691
1427 7.008 39.1 A 0.9691
1424 7.023 4.79 A 0.9691
1417 7.056 17 A 0.9691
1416 7.063 3.71 A 0.9691
1414 7.071 25.3 A 0.9691
1411 7.09 83.5 A 0.9691
1409 7.098 137 A 0.9691
1408 7.103 1.32 A 0.9691
1407 7.107 50.3 A 0.9691
1403 7.129 16.7 A 0.9691
1402 7.134 14.8 A 0.9691
1399 7.149 39 A 0.9691
1397 7.159 21.5 A 0.9691
1396 7.165 44.9 A 0.9691
1393 7.177 26.9 A 0.9691
1390 7.192 17.8 A 0.9691
1390 7.193 17.2 A 0.9691
1388 7.204 5.64 A 0.9691
1386 7.213 1.27 A 0.9691
1382 7.236 2.62 A 0.9691
1381 7.243 15.9 A 0.9691
1373 7.284 19.2 A 0.9691
1371 7.293 4.53 A 0.9691
1369 7.303 4.9 A 0.9691
1362 7.341 41.7 A 0.9691
1359 7.358 9.96 A 0.9691
1359 7.358 48.7 A 0.9691
1356 7.373 95.3 A 0.9691
1354 7.387 26.5 A 0.9691
1352 7.395 11.3 A 0.9691
1351 7.403 22.9 A 0.9691
1349 7.415 47.4 A 0.9691
1336 7.487 46.7 A 0.9691
1331 7.514 131 A 0.9691
1327 7.534 268 A 0.9691
1324 7.554 171 A 0.9691
1319 7.582 325 A 0.9691
1316 7.597 43.1 A 0.9691
1315 7.605 830 A 0.9691
1313 7.615 926 A 0.9691
1300 7.691 1.5e+3 A 0.9691
1298 7.707 2.08e+3 A 0.9691
1289 7.757 191 A 0.9691
1284 7.787 83.6 A 0.9691
1283 7.793 318 A 0.9691
1279 7.821 192 A 0.9691
1274 7.847 423 A 0.9691
1274 7.85 1.56 A 0.9691
1268 7.883 215 A 0.9691
1267 7.894 18.5 A 0.9691
1260 7.936 229 A 0.9691
1257 7.957 366 A 0.9691
1244 8.039 896 A 0.9691
1212 8.248 53.8 A 0.9691
1209 8.27 94.2 A 0.9691
1209 8.275 17.3 A 0.9691
1208 8.276 131 A 0.9691
1206 8.291 17.4 A 0.9691
1196 8.36 71.2 A 0.9691
1192 8.391 594 A 0.9691
1189 8.411 66.9 A 0.9691
1184 8.443 20.1 A 0.9691
1176 8.5 89.4 A 0.9691
1173 8.529 157 A 0.9691
1170 8.544 421 A 0.9691
1167 8.57 89 A 0.9691
1164 8.593 99.8 A 0.9691
1158 8.639 72.1 A 0.9691
1154 8.668 1.18e+3 A 0.9691
1152 8.682 818 A 0.9691
1142 8.759 374 A 0.9691
1128 8.865 1.56e+3 A 0.9691
1124 8.9 215 A 0.9691
1119 8.933 23.2 A 0.9691
1118 8.946 208 A 0.9691
1094 9.145 12.9 A 0.9691
1088 9.193 26.1 A 0.9794
1086 9.206 23.6 A 0.9794
1081 9.251 51.6 A 0.9794
1080 9.263 52.7 A 0.9794
1057 9.463 11.1 A 0.9794
1048 9.546 2.59 A 0.9794
1047 9.554 9.37 A 0.9794
1043 9.584 24.8 A 0.9794
1042 9.6 13.4 A 0.9794
1037 9.641 15.4 A 0.9794
985.8 10.14 0.211 A 0.9794
976.9 10.24 0.0147 A 0.9794
975.7 10.25 0.0103 A 0.9794
975.5 10.25 0.0108 A 0.9794
972.9 10.28 4.24 A 0.9794
962.1 10.39 1.79 A 0.9794
955.9 10.46 45.9 A 0.9794
953.4 10.49 1.1 A 0.9794
945.8 10.57 1.79 A 0.9794
944.7 10.59 0.927 A 0.9794
936.8 10.67 2.98 A 0.9794
925.4 10.81 44 A 0.9794
921.6 10.85 0.52 A 0.9794
920.5 10.86 87.4 A 0.9794
918.9 10.88 0.182 A 0.9794
917.3 10.9 11.9 A 0.9794
916.8 10.91 5.36 A 0.9794
913.7 10.94 17.1 A 0.9794
910 10.99 8.73 A 0.9794
906 11.04 15.6 A 0.9794
890.4 11.23 10.1 A 0.9794
887.7 11.26 13 A 0.9794
885.9 11.29 0.0019 A 0.9794
884.6 11.3 6.96 A 0.9794
878.3 11.39 0.0062 A 0.9794
875.7 11.42 1.25 A 0.9794
869.8 11.5 0.306 A 0.9794
863.2 11.59 0.272 A 0.9794
831.6 12.02 15.7 A 0.9794
829.6 12.05 28.6 A 0.9794
827.3 12.09 24.5 A 0.9794
812.7 12.31 2.81 A 0.9794
811.9 12.32 17.9 A 0.9794
805.5 12.41 5.7 A 0.9794
805.1 12.42 2.67 A 0.9794
802.5 12.46 0.856 A 0.9794
802.5 12.46 1.49 A 0.9794
798.8 12.52 3.76 A 0.9794
797.1 12.55 0.195 A 0.9794
779.8 12.82 22 A 0.9794
775.4 12.9 4.06 A 0.9794
773.9 12.92 2.78 A 0.9794
758.3 13.19 0.422 A 0.9794
750.8 13.32 0.0135 A 0.9794
748.9 13.35 1.09 A 0.9794
748 13.37 0.0101 A 0.9794
747 13.39 1.57 A 0.9794
744.7 13.43 0.756 A 0.9794
743.6 13.45 5.46 A 0.9794
738.4 13.54 0.0125 A 0.9794
737.1 13.57 0.0056 A 0.9794
734.7 13.61 0.02 A 0.9794
717.7 13.93 0.246 A 0.9794
717.5 13.94 2.18 A 0.9794
716.4 13.96 3.87 A 0.9794
713.8 14.01 1.27 A 0.9794
710.6 14.07 0.0984 A 0.9794
708.2 14.12 0.0598 A 0.9794
705 14.18 3.01 A 0.9794
703.1 14.22 0.188 A 0.9794
698.6 14.31 0.0058 A 0.9794
682.4 14.66 0.0235 A 0.9794
666.9 14.99 7.73 A 0.9794
666.6 15 5.05 A 0.9794
666 15.02 0.178 A 0.9794
664.5 15.05 0.143 A 0.9794
657.4 15.21 0.0307 A 0.9794
649 15.41 0.349 A 0.9794
648.6 15.42 1.19 A 0.9794
648.5 15.42 1.32 A 0.9794
645 15.51 0.0552 A 0.9794
644 15.53 0.312 A 0.9794
643.2 15.55 0.219 A 0.9794
638.5 15.66 0.0263 A 0.9794
638.1 15.67 0.007 A 0.9794
634.6 15.76 0.23 A 0.9794
632.2 15.82 0.862 A 0.9794
630.1 15.87 0.172 A 0.9794
628.3 15.92 1.19 A 0.9794
627.3 15.94 0.0382 A 0.9794
623.7 16.03 3.09 A 0.9794
623.1 16.05 0.382 A 0.9794
616.3 16.23 1.62 A 0.9794
615.9 16.24 0.0036 A 0.9794
608.2 16.44 4.38 A 0.9794
605.9 16.5 0.545 A 0.9794
598.6 16.71 0.756 A 0.9794
597.4 16.74 0.394 A 0.9794
595.7 16.79 0.0273 A 0.9794
593.8 16.84 0.963 A 0.9794
592.1 16.89 1.27 A 0.9794
590.3 16.94 1.34 A 0.9794
588.6 16.99 5.99 A 0.9794
587.7 17.02 0.0982 A 0.9794
585.1 17.09 2 A 0.9794
582 17.18 0.391 A 0.9794
579.2 17.27 0.628 A 0.9794
574.9 17.39 0.219 A 0.9794
571.9 17.49 0.686 A 0.9794
571 17.51 2 A 0.9794
569 17.58 12 A 0.9794
565.5 17.68 0.478 A 0.9794
564.9 17.7 0.506 A 0.9794
559.5 17.87 2.33 A 0.9794
558.7 17.9 0.775 A 0.9794
555.9 17.99 0.0857 A 0.9794
552.1 18.11 3.9 A 0.9794
550.2 18.17 1.52 A 0.9794
542 18.45 1.19 A 0.9794
540.7 18.49 0.0316 A 0.9794
538.2 18.58 2.44 A 0.9794
534.1 18.72 0.251 A 0.9794
521.8 19.16 0.118 A 0.9794
518.6 19.28 0.563 A 0.9794
507.6 19.7 0.729 A 0.9794
505.8 19.77 0.59 A 0.9794
505.2 19.79 1.02 A 0.9794
502 19.92 7.47 A 0.9794
499.4 20.02 0.262 A 0.9794
498.4 20.06 0.0951 A 0.9794
496.4 20.15 7.04 A 0.9794
492.9 20.29 3.59 A 0.9794
474.4 21.08 1.59 A 0.9794
455.6 21.95 3.97 A 0.9794
449.3 22.26 1.05 A 0.9794
447 22.37 0.0564 A 0.9794
443 22.57 1.43 A 0.9794
441.6 22.65 1.06 A 0.9794
431.3 23.19 7.34 A 0.9794
430.6 23.23 6.15 A 0.9794
428 23.37 2.14 A 0.9794
424.8 23.54 0.0042 A 0.9794
423.7 23.6 0.185 A 0.9794
422.7 23.66 0.379 A 0.9794
409.9 24.4 0.45 A 0.9794
406.9 24.58 0.0687 A 0.9794
404.4 24.73 0.0261 A 0.9794
403.3 24.8 0.0336 A 0.9794
402.5 24.84 15.3 A 0.9794
399.5 25.03 7.08 A 0.9794
387.8 25.79 0.156 A 0.9794
386.5 25.87 0.133 A 0.9794
383.6 26.07 0.0527 A 0.9794
369.6 27.06 0.0535 A 0.9794
368 27.17 0.0019 A 0.9794
360.4 27.75 0.938 A 0.9794
359 27.86 0.418 A 0.9794
357.5 27.97 0.198 A 0.9794
348.9 28.66 0.0238 A 0.9794
319.3 31.32 0.0006 A 0.9794
316.8 31.57 1.3 A 0.9794
314.4 31.81 0.814 A 0.9794
313.2 31.93 0.0271 A 0.9794
310.5 32.21 0.617 A 0.9794
307.5 32.53 3.37 A 0.9794
295.2 33.88 0.518 A 0.9794
293 34.13 0.447 A 0.9794
291.5 34.31 0.0631 A 0.9794
287.7 34.75 0.173 A 0.9794
283.9 35.23 1.07 A 0.9794
264.2 37.85 0.226 A 0.9794
246 40.66 0.0268 A 0.9794
242.2 41.29 0.0061 A 0.9794
241 41.5 0.158 A 0.9794
239.1 41.82 0.521 A 0.9794
238.8 41.87 0.0053 A 0.9794
211.1 47.37 0.0889 A 0.9794
209 47.85 0.241 A 0.9794
205.6 48.64 0.472 A 0.9794
202.6 49.35 1.08 A 0.9794
201.7 49.58 1.35 A 0.9794
191.1 52.32 1.43 A 0.9794
190.2 52.57 0.0051 A 0.9794
189.7 52.71 0.122 A 0.9794
178 56.18 1.18 A 0.9794
168.4 59.38 0.0023 A 0.9794
133.8 74.74 0.0253 A 0.9794
132.9 75.23 1.43 A 0.9794
131.9 75.83 1.46 A 0.9794
128.8 77.65 0.488 A 0.9794
127.2 78.59 0.216 A 0.9794
89.62 111.6 0.203 A 0.9794
88.68 112.8 0.0011 A 0.9794
69.19 144.5 0.0143 A 0.9794
66.19 151.1 0.031 A 0.9794
63.71 157 0.204 A 0.9794
50.08 199.7 0.0191 A 0.9794
27.62 362 0.0074 A 0.9794
27.6 362.3 0.182 A 0.9794
19.74 506.5 2.54 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)