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uid 3901
scaling factor multiple (3)

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

Transitions

νk
[cm-1]
λ
[μm]
int
[km/mol]
symm. fscale
3141 3.184 21.5 A 0.9595
3119 3.207 7.77 B 0.9595
3107 3.219 108 A 0.9595
3104 3.222 184 B 0.9595
3103 3.223 15.4 A 0.9595
3100 3.226 75 B 0.9595
3099 3.227 69.1 A 0.9595
3098 3.228 5.24 B 0.9595
3093 3.233 1.1 A 0.9595
3091 3.235 23.4 B 0.9595
3086 3.241 0.429 A 0.9595
3083 3.244 0.2 B 0.9595
3082 3.245 0.795 A 0.9595
3078 3.249 0.448 B 0.9595
3078 3.249 0 A 0.9595
3067 3.26 0.753 B 0.9595
3061 3.267 127 A 0.9595
3061 3.267 21.3 B 0.9595
3045 3.284 8.49 A 0.9595
3045 3.284 118 B 0.9595
3043 3.286 2.4 A 0.9595
3043 3.286 1.83 B 0.9595
3035 3.295 114 A 0.9595
3035 3.295 112 B 0.9595
1585 6.311 0.0023 A 0.9523
1583 6.319 59.3 B 0.9523
1581 6.327 28.1 A 0.9523
1568 6.377 24.2 B 0.9523
1567 6.38 0 A 0.9523
1561 6.407 43.9 A 0.9523
1559 6.413 423 B 0.9523
1550 6.45 636 B 0.9523
1550 6.453 5.51 A 0.9523
1548 6.461 20.5 B 0.9523
1544 6.476 46.2 A 0.9523
1540 6.493 19.2 B 0.9523
1512 6.613 31.8 B 0.9523
1508 6.629 30.8 A 0.9523
1506 6.642 173 B 0.9523
1497 6.681 125 A 0.9523
1489 6.715 74.2 A 0.9523
1480 6.756 218 B 0.9523
1480 6.756 6.67 A 0.9523
1474 6.785 276 B 0.9523
1465 6.827 11.2 A 0.9523
1464 6.829 101 B 0.9523
1456 6.866 496 B 0.9523
1452 6.887 0.256 A 0.9523
1442 6.934 66.9 A 0.9523
1438 6.955 968 B 0.9523
1434 6.973 30.6 B 0.9523
1429 6.999 5.37 A 0.9523
1411 7.089 0.0059 A 0.9523
1407 7.105 1.17 B 0.9523
1390 7.197 0.644 B 0.9523
1382 7.239 23.7 A 0.9523
1374 7.277 21.2 B 0.9523
1370 7.299 31.9 A 0.9523
1357 7.371 82.8 B 0.9523
1352 7.399 38.7 A 0.9523
1347 7.422 2.14 B 0.9523
1346 7.43 122 A 0.9523
1328 7.531 40.4 B 0.9523
1327 7.533 47.9 A 0.9523
1319 7.582 7.67 B 0.9523
1316 7.6 129 A 0.9523
1314 7.61 0.814 B 0.9523
1306 7.659 0.665 A 0.9523
1304 7.667 5.04 A 0.9523
1299 7.698 2.69 A 0.9523
1299 7.699 29.3 B 0.9523
1292 7.738 320 B 0.9523
1288 7.764 228 B 0.9523
1284 7.787 305 A 0.9523
1272 7.859 40.9 A 0.9523
1266 7.902 10.4 A 0.9523
1262 7.927 21.6 B 0.9523
1252 7.984 325 B 0.9523
1252 7.986 41.8 A 0.9523
1243 8.042 656 B 0.9523
1241 8.059 126 A 0.9523
1232 8.119 217 A 0.9523
1224 8.168 15.2 A 0.9523
1222 8.181 1.08e+3 B 0.9523
1210 8.266 68.6 B 0.9523
1208 8.281 11.5 A 0.9523
1207 8.287 434 B 0.9523
1197 8.356 14.5 A 0.9523
1185 8.436 108 B 0.9523
1179 8.48 0.0934 A 0.9523
1177 8.499 0.16 B 0.9523
1166 8.577 1.08 A 0.9523
1163 8.601 1.43 B 0.9523
1138 8.789 7.28 A 0.9523
1125 8.887 7.66 A 0.9523
1109 9.013 52.4 B 0.9523
1104 9.056 6.39 A 0.9523
1104 9.057 117 B 0.9523
1102 9.078 70.7 B 0.9523
1100 9.088 1.69 A 0.9523
1082 9.241 35.4 A 0.9523
1080 9.257 1.96 B 0.9523
1073 9.319 0.0356 B 0.9523
1058 9.455 29.2 A 0.9563
1054 9.49 0.183 A 0.9563
1052 9.503 3.69 B 0.9563
1031 9.702 0.285 A 0.9563
1021 9.793 6.98 B 0.9563
1005 9.948 4.13 B 0.9563
989.4 10.11 8.27 A 0.9563
986.9 10.13 29.6 B 0.9563
964.7 10.37 0.0213 B 0.9563
964.5 10.37 0.001 A 0.9563
943.1 10.6 0.0004 A 0.9563
941.2 10.62 1.88 B 0.9563
935.2 10.69 0.0676 A 0.9563
934 10.71 0.916 B 0.9563
931.9 10.73 3.61 A 0.9563
922.7 10.84 2.42 B 0.9563
922.2 10.84 0.0063 A 0.9563
912 10.96 0.0003 A 0.9563
884.6 11.3 84.3 B 0.9563
876 11.42 31.8 A 0.9563
867.8 11.52 0.383 B 0.9563
867.6 11.53 0.102 A 0.9563
858.6 11.65 86.4 B 0.9563
849.4 11.77 3.96 B 0.9563
848.1 11.79 0.0142 A 0.9563
843.4 11.86 4.82 A 0.9563
841 11.89 18 B 0.9563
829.8 12.05 0.15 A 0.9563
824.5 12.13 31.8 B 0.9563
822.7 12.16 6.1 B 0.9563
820.8 12.18 0.0267 A 0.9563
811.8 12.32 24.9 A 0.9563
807.2 12.39 1.64 B 0.9563
802.3 12.46 0.798 A 0.9563
787.2 12.7 0.0178 A 0.9563
785.8 12.73 2.46 B 0.9563
766.8 13.04 0.522 A 0.9563
766.2 13.05 75.8 B 0.9563
757.7 13.2 0.0063 A 0.9563
755.5 13.24 3.26 B 0.9563
751.6 13.3 123 B 0.9563
748.9 13.35 7.51 B 0.9563
748.2 13.37 0.814 A 0.9563
743.6 13.45 46.7 B 0.9563
739.1 13.53 0.0555 A 0.9563
734 13.62 0.0266 A 0.9563
729.5 13.71 20.1 B 0.9563
729 13.72 37.8 B 0.9563
723.5 13.82 2.16 B 0.9563
723.4 13.82 0.0214 A 0.9563
720.3 13.88 6.07 B 0.9563
693.7 14.42 8.92 B 0.9563
689.8 14.5 0.1 A 0.9563
687.4 14.55 0.0021 A 0.9563
681.3 14.68 0.738 A 0.9563
658 15.2 0.628 A 0.9563
656.7 15.23 0 A 0.9563
649 15.41 1.43 B 0.9563
640.1 15.62 0.124 B 0.9563
633.4 15.79 5.73 A 0.9563
625.7 15.98 0.0946 A 0.9563
624.3 16.02 1 B 0.9563
622.5 16.07 15 B 0.9563
620.8 16.11 5.84 A 0.9563
619 16.15 0.175 B 0.9563
591.5 16.91 0.0189 A 0.9563
586.5 17.05 0.0078 B 0.9563
577.2 17.32 0.127 B 0.9563
575.6 17.37 0 A 0.9563
573.4 17.44 1.62 B 0.9563
568.8 17.58 4.42 A 0.9563
552.8 18.09 4.02 B 0.9563
546.2 18.31 0.0242 A 0.9563
539.6 18.53 0.512 B 0.9563
535.4 18.68 1.3 B 0.9563
534.7 18.7 0.585 A 0.9563
530.6 18.85 0.0052 A 0.9563
523.4 19.11 0.326 B 0.9563
504.8 19.81 1.48 A 0.9563
493.9 20.25 0.0332 A 0.9563
488.7 20.46 0.0186 A 0.9563
483.9 20.66 0.271 B 0.9563
473.4 21.12 3.55 B 0.9563
465.9 21.46 1.17 B 0.9563
464.7 21.52 31 B 0.9563
464 21.55 0.0003 A 0.9563
437.1 22.88 26.7 B 0.9563
434 23.04 0.0945 A 0.9563
432.8 23.11 1.59 B 0.9563
424.3 23.57 1.58 A 0.9563
399 25.06 0.0077 A 0.9563
370.6 26.98 4.92 A 0.9563
361.7 27.65 11.4 B 0.9563
354.5 28.21 0.598 B 0.9563
336.4 29.72 0.0959 A 0.9563
328.6 30.43 17.4 B 0.9563
327.2 30.56 3.47 B 0.9563
324.9 30.78 0.0137 A 0.9563
310.4 32.22 2.21 A 0.9563
300.5 33.28 54.6 B 0.9563
299 33.45 0.0369 A 0.9563
293.6 34.06 0.827 B 0.9563
264.1 37.87 0.0007 A 0.9563
262.2 38.13 13.3 B 0.9563
260.7 38.35 0.369 B 0.9563
240.4 41.6 0.487 A 0.9563
219.8 45.5 0.0011 A 0.9563
207.2 48.26 0.226 A 0.9563
189.7 52.71 0.0435 B 0.9563
165.7 60.37 0.0157 A 0.9563
162 61.74 7.87 B 0.9563
148.2 67.47 2.35 B 0.9563
121 82.64 0.0001 A 0.9563
117.1 85.41 0.0113 B 0.9563
110.9 90.21 0.004 A 0.9563
109.1 91.68 0.448 B 0.9563
94.71 105.6 0.0132 A 0.9563
82.36 121.4 0.243 A 0.9563
71.83 139.2 0.36 B 0.9563
59.91 166.9 0.0077 A 0.9563
41.44 241.3 0.191 B 0.9563
33.62 297.4 0.0157 B 0.9563
15.03 665.5 0.0013 A 0.9563
9.475 1055 0.0038 B 0.9563
4.886 2047 0.0008 A 0.9563

Vibrations

Note(s):


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4,233 species present in version 3.20 of the theoretical database (Sep 12, 2019)