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uid 6143
scaling factor multiple (3)

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

Transitions

νk
[cm-1]
λ
[μm]
int
[km/mol]
symm. fscale
3155 3.17 8.91 A 0.9597
3154 3.171 5.58 A 0.9597
3153 3.172 8.96 A 0.9597
3134 3.191 39.7 A 0.9597
3131 3.194 33.1 A 0.9597
3129 3.195 18.2 A 0.9597
3127 3.198 2.26 A 0.9597
3122 3.203 4.14 A 0.9597
3112 3.214 5.57 A 0.9597
3112 3.214 0.563 A 0.9597
3110 3.216 9.63 A 0.9597
3109 3.217 1.76 A 0.9597
3108 3.218 1.52 A 0.9597
3106 3.219 0.0959 A 0.9597
3106 3.22 18.9 A 0.9597
3105 3.221 3.79 A 0.9597
3104 3.222 6.6 A 0.9597
3102 3.224 15.4 A 0.9597
3101 3.225 1.76 A 0.9597
3092 3.234 3.33 A 0.9597
3092 3.234 5.06 A 0.9597
3092 3.235 4.47 A 0.9597
3089 3.237 12 A 0.9597
3087 3.239 4.95 A 0.9597
3087 3.239 0.803 A 0.9597
3081 3.245 0.244 A 0.9597
3081 3.246 0.363 A 0.9597
3081 3.246 0.11 A 0.9597
1611 6.207 3.67 A 0.9691
1610 6.21 2.51 A 0.9691
1610 6.212 1.19 A 0.9691
1605 6.231 77.7 A 0.9691
1598 6.258 344 A 0.9691
1595 6.27 344 A 0.9691
1590 6.289 818 A 0.9691
1588 6.299 158 A 0.9691
1586 6.306 41.9 A 0.9691
1582 6.32 190 A 0.9691
1579 6.332 128 A 0.9691
1575 6.348 122 A 0.9691
1572 6.36 740 A 0.9691
1569 6.373 64.4 A 0.9691
1565 6.392 245 A 0.9691
1560 6.41 193 A 0.9691
1554 6.436 21.5 A 0.9691
1544 6.476 54.6 A 0.9691
1540 6.495 48.2 A 0.9691
1536 6.512 37 A 0.9691
1532 6.529 99.6 A 0.9691
1524 6.562 53 A 0.9691
1522 6.569 17.9 A 0.9691
1517 6.592 23.1 A 0.9691
1513 6.611 40.2 A 0.9691
1502 6.657 19.8 A 0.9691
1501 6.663 11.3 A 0.9691
1489 6.716 15.7 A 0.9691
1484 6.74 11.6 A 0.9691
1481 6.752 20 A 0.9691
1476 6.775 1.91 A 0.9691
1470 6.805 4.02 A 0.9691
1465 6.825 8.98 A 0.9691
1461 6.847 41.5 A 0.9691
1456 6.867 40.9 A 0.9691
1451 6.892 17.5 A 0.9691
1448 6.908 89.9 A 0.9691
1442 6.935 30.4 A 0.9691
1438 6.953 149 A 0.9691
1436 6.965 8.83 A 0.9691
1432 6.981 6.4 A 0.9691
1427 7.007 19 A 0.9691
1425 7.018 24.2 A 0.9691
1417 7.055 0.904 A 0.9691
1414 7.071 13.2 A 0.9691
1410 7.095 3.01 A 0.9691
1401 7.138 8.94 A 0.9691
1395 7.171 5.58 A 0.9691
1390 7.194 18.6 A 0.9691
1386 7.215 7.58 A 0.9691
1382 7.236 9.44 A 0.9691
1381 7.241 4.69 A 0.9691
1374 7.279 118 A 0.9691
1371 7.291 10.9 A 0.9691
1365 7.326 37.9 A 0.9691
1361 7.345 77.5 A 0.9691
1360 7.353 52.7 A 0.9691
1357 7.369 19.2 A 0.9691
1353 7.39 5.35 A 0.9691
1351 7.404 167 A 0.9691
1350 7.408 115 A 0.9691
1345 7.436 4.86 A 0.9691
1341 7.455 346 A 0.9691
1341 7.458 60.7 A 0.9691
1336 7.486 237 A 0.9691
1333 7.499 163 A 0.9691
1328 7.531 198 A 0.9691
1326 7.542 514 A 0.9691
1322 7.563 123 A 0.9691
1317 7.59 155 A 0.9691
1315 7.606 96.8 A 0.9691
1307 7.65 344 A 0.9691
1303 7.673 73.2 A 0.9691
1294 7.726 49.4 A 0.9691
1287 7.769 164 A 0.9691
1282 7.799 201 A 0.9691
1275 7.842 111 A 0.9691
1273 7.857 75.1 A 0.9691
1269 7.879 99.5 A 0.9691
1260 7.937 488 A 0.9691
1257 7.955 82 A 0.9691
1256 7.963 637 A 0.9691
1248 8.014 66.8 A 0.9691
1242 8.05 43 A 0.9691
1237 8.081 20.1 A 0.9691
1230 8.128 29.6 A 0.9691
1221 8.189 280 A 0.9691
1214 8.24 4.27 A 0.9691
1210 8.264 255 A 0.9691
1202 8.321 27.8 A 0.9691
1198 8.347 12.1 A 0.9691
1185 8.437 0.96 A 0.9691
1182 8.457 52.8 A 0.9691
1181 8.464 3.21 A 0.9691
1179 8.48 32.4 A 0.9691
1176 8.505 7.64 A 0.9691
1168 8.558 28.2 A 0.9691
1156 8.65 9.26 A 0.9691
1146 8.724 23.9 A 0.9691
1144 8.742 135 A 0.9691
1136 8.802 10.7 A 0.9691
1128 8.869 76.7 A 0.9691
1118 8.947 38.7 A 0.9691
1114 8.98 129 A 0.9691
1108 9.027 8.5 A 0.9691
1102 9.07 16.2 A 0.9691
1092 9.16 5.61 A 0.9691
1085 9.218 5.11 A 0.9691
1084 9.227 173 A 0.9794
1082 9.239 1.88 A 0.9691
1075 9.298 8.8 A 0.9794
1067 9.371 5.37 A 0.9794
1066 9.384 59.3 A 0.9794
1058 9.452 15.3 A 0.9794
1052 9.509 41.4 A 0.9794
1044 9.579 8.69 A 0.9794
1002 9.984 10.3 A 0.9794
1000 9.998 11.3 A 0.9794
992 10.08 13 A 0.9794
988.1 10.12 0.0586 A 0.9794
987.7 10.12 0.0546 A 0.9794
987.2 10.13 0.0078 A 0.9794
982.9 10.17 1.38 A 0.9794
977.1 10.23 0.0275 A 0.9794
974.3 10.26 0.0596 A 0.9794
969 10.32 0.016 A 0.9794
959.3 10.42 27.7 A 0.9794
950.2 10.52 0.119 A 0.9794
949.1 10.54 0.358 A 0.9794
944.9 10.58 7.85 A 0.9794
939.6 10.64 0.671 A 0.9794
934.3 10.7 0.428 A 0.9794
931.5 10.74 0.0676 A 0.9794
911.7 10.97 9.11 A 0.9794
906.3 11.03 0.121 A 0.9794
900.8 11.1 0.655 A 0.9794
897.4 11.14 2.27 A 0.9794
893.2 11.2 1.31 A 0.9794
891.2 11.22 8.79 A 0.9794
882.8 11.33 40 A 0.9794
869.5 11.5 2.6 A 0.9794
859.6 11.63 21.1 A 0.9794
857.6 11.66 1.32 A 0.9794
853.8 11.71 4.01 A 0.9794
849.4 11.77 4.09 A 0.9794
845.9 11.82 4.02 A 0.9794
839.4 11.91 14.8 A 0.9794
838 11.93 2.46 A 0.9794
835 11.98 15.6 A 0.9794
833.2 12 49.5 A 0.9794
824.3 12.13 23.8 A 0.9794
815.2 12.27 54.9 A 0.9794
814.2 12.28 11.4 A 0.9794
807.2 12.39 1.33 A 0.9794
796.7 12.55 37.5 A 0.9794
789 12.67 44.3 A 0.9794
787.4 12.7 52.7 A 0.9794
779.6 12.83 26.6 A 0.9794
763.4 13.1 11.4 A 0.9794
762.4 13.12 0.823 A 0.9794
759.3 13.17 24.2 A 0.9794
758.3 13.19 100 A 0.9794
757.1 13.21 4.32 A 0.9794
748.9 13.35 4.84 A 0.9794
743.4 13.45 7.27 A 0.9794
736.9 13.57 2.76 A 0.9794
736.6 13.58 3.13 A 0.9794
716.7 13.95 6.11 A 0.9794
713.6 14.01 2.33 A 0.9794
712.7 14.03 10.6 A 0.9794
708.9 14.11 4.62 A 0.9794
707.5 14.13 2.5 A 0.9794
706.1 14.16 0.408 A 0.9794
703.9 14.21 0.286 A 0.9794
696.3 14.36 2.98 A 0.9794
690.4 14.48 1.32 A 0.9794
681 14.68 0.159 A 0.9794
676.8 14.77 7.7 A 0.9794
674.6 14.82 2.17 A 0.9794
671.4 14.89 12.6 A 0.9794
670.7 14.91 2.53 A 0.9794
668.3 14.96 0.472 A 0.9794
664.1 15.06 4.02 A 0.9794
659.5 15.16 0.625 A 0.9794
653.3 15.31 1.96 A 0.9794
643.8 15.53 11.3 A 0.9794
639.5 15.64 5.39 A 0.9794
635.6 15.73 75.2 A 0.9794
634.6 15.76 1.75 A 0.9794
628.8 15.9 1.94 A 0.9794
627.2 15.94 1.53 A 0.9794
620.8 16.11 11.6 A 0.9794
614.2 16.28 1.11 A 0.9794
610.9 16.37 0.771 A 0.9794
610.4 16.38 10.3 A 0.9794
607.8 16.45 4.08 A 0.9794
606.6 16.48 6.91 A 0.9794
604.9 16.53 0.97 A 0.9794
592.5 16.88 0.178 A 0.9794
585.5 17.08 1.03 A 0.9794
579.3 17.26 1.39 A 0.9794
578.3 17.29 2.51 A 0.9794
577.5 17.32 0.802 A 0.9794
576.9 17.33 15.5 A 0.9794
567.5 17.62 0.356 A 0.9794
564.1 17.73 0.222 A 0.9794
563.5 17.75 0.241 A 0.9794
561.5 17.81 0.283 A 0.9794
557.3 17.94 0.464 A 0.9794
556.2 17.98 0.513 A 0.9794
536.8 18.63 0.847 A 0.9794
530.7 18.84 1.49 A 0.9794
528.4 18.92 3.61 A 0.9794
524.3 19.07 1.85 A 0.9794
520.5 19.21 0.834 A 0.9794
518.5 19.29 6.6 A 0.9794
509.3 19.64 1.47 A 0.9794
500.4 19.99 24.2 A 0.9794
497.1 20.12 0.707 A 0.9794
494.8 20.21 0.35 A 0.9794
487.4 20.52 0.47 A 0.9794
481.9 20.75 1.01 A 0.9794
471 21.23 3.25 A 0.9794
469.6 21.3 0.791 A 0.9794
464.5 21.53 4.49 A 0.9794
463.7 21.57 0.424 A 0.9794
463 21.6 1.04 A 0.9794
458.8 21.8 1.43 A 0.9794
452.6 22.1 0.77 A 0.9794
450 22.22 0.365 A 0.9794
436.6 22.91 8.1 A 0.9794
429.1 23.3 3.17 A 0.9794
418.4 23.9 0.397 A 0.9794
407.1 24.56 0.776 A 0.9794
399.5 25.03 0.362 A 0.9794
391.9 25.52 0.592 A 0.9794
390.7 25.6 0.342 A 0.9794
382.8 26.12 0.515 A 0.9794
369.3 27.08 0.832 A 0.9794
366.5 27.29 0.867 A 0.9794
354.6 28.2 2.57 A 0.9794
347.3 28.79 1.31 A 0.9794
341.5 29.28 7.83 A 0.9794
333.2 30.01 0.566 A 0.9794
326.6 30.62 0.519 A 0.9794
323 30.96 1.68 A 0.9794
312.1 32.04 2.6 A 0.9794
309.6 32.3 0.5 A 0.9794
301.6 33.16 1.63 A 0.9794
299.1 33.44 0.67 A 0.9794
291.8 34.27 0.124 A 0.9794
272.7 36.67 0.374 A 0.9794
266.8 37.48 6.39 A 0.9794
259 38.61 0.556 A 0.9794
257.3 38.87 4.14 A 0.9794
252.2 39.65 0.771 A 0.9794
235.5 42.47 3.79 A 0.9794
232.5 43 7.71 A 0.9794
209.4 47.75 0.103 A 0.9794
205.9 48.58 1.04 A 0.9794
194 51.53 0.978 A 0.9794
178.7 55.97 7.14 A 0.9794
175.4 57.03 0.174 A 0.9794
166.5 60.04 1.07 A 0.9794
162.7 61.46 0.596 A 0.9794
156 64.11 0.456 A 0.9794
150.7 66.37 0.77 A 0.9794
145.6 68.7 0.661 A 0.9794
133.6 74.87 0.942 A 0.9794
122.5 81.61 3.02 A 0.9794
116.4 85.88 0.186 A 0.9794
106.3 94.1 0.631 A 0.9794
97.15 102.9 0.0296 A 0.9794
90.94 110 0.108 A 0.9794
76.36 131 0.0784 A 0.9794
67.15 148.9 0.271 A 0.9794
54.88 182.2 0.0578 A 0.9794
48.25 207.3 0.0371 A 0.9794
42.08 237.6 2.93 A 0.9794
31.18 320.7 0.0353 A 0.9794
30.11 332.1 0.189 A 0.9794
17.27 579.1 0.0248 A 0.9794
11.26 888.5 0.0363 A 0.9794
7.836 1276 0.0091 A 0.9794

Vibrations

Note(s):


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