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uid 586
scaling factor multiple (3)

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

Transitions

νk
[cm-1]
λ
[μm]
int
[km/mol]
symm. fscale
3057 3.271 18.7 A 0.9595
2969 3.369 54.4 A 0.9595
2969 3.369 11.3 B 0.9595
2955 3.385 4.58 A 0.9595
2954 3.385 177 B 0.9595
2954 3.385 45.6 A 0.9595
2954 3.385 20.5 B 0.9595
2953 3.386 5.27 A 0.9595
2953 3.386 7.59 B 0.9595
2948 3.392 105 A 0.9595
2948 3.392 18.1 B 0.9595
2946 3.394 9.46 A 0.9595
2946 3.394 40.3 B 0.9595
2889 3.462 13.9 A 0.9595
2889 3.462 34.8 B 0.9595
2869 3.486 75.2 B 0.9595
2869 3.486 3.8 A 0.9595
2865 3.49 19.1 A 0.9595
2865 3.49 40.4 B 0.9595
2859 3.498 84.2 B 0.9595
2859 3.498 2.73 A 0.9595
2857 3.501 2.08 A 0.9595
2856 3.501 113 B 0.9595
2847 3.513 72.3 A 0.9595
2846 3.513 5.96 B 0.9595
2846 3.513 66.6 A 0.9595
2846 3.513 62.7 B 0.9595
2840 3.521 6.14 A 0.9595
2840 3.521 60.2 B 0.9595
2817 3.55 21.4 A 0.9595
2817 3.55 69.4 B 0.9595
2812 3.556 106 A 0.9595
2811 3.557 13 B 0.9595
2795 3.578 22.1 A 0.9595
2795 3.578 120 B 0.9595
1631 6.132 8.49 A 0.9523
1619 6.178 15.2 B 0.9523
1600 6.248 316 A 0.9523
1587 6.301 16.8 A 0.9523
1583 6.319 407 B 0.9523
1571 6.367 20.6 B 0.9523
1562 6.402 271 B 0.9523
1558 6.417 106 A 0.9523
1548 6.458 13 A 0.9523
1545 6.472 0.792 B 0.9523
1534 6.52 3.85 A 0.9523
1525 6.559 68 A 0.9523
1521 6.575 2.48 B 0.9523
1491 6.707 1.84 B 0.9523
1469 6.807 229 B 0.9523
1462 6.84 64.3 A 0.9523
1456 6.866 38.3 A 0.9523
1455 6.874 2.63 A 0.9523
1455 6.875 104 B 0.9523
1454 6.877 21.4 B 0.9523
1453 6.881 0.131 A 0.9523
1453 6.882 3.18 B 0.9523
1450 6.897 90.3 A 0.9523
1449 6.901 1.5 A 0.9523
1449 6.902 20.8 B 0.9523
1448 6.904 14.9 B 0.9523
1448 6.906 22.7 A 0.9523
1446 6.915 18.2 B 0.9523
1444 6.924 126 A 0.9523
1424 7.023 0.127 A 0.9523
1424 7.023 10.7 B 0.9523
1420 7.044 16.3 A 0.9523
1415 7.068 197 B 0.9523
1413 7.078 385 A 0.9523
1401 7.139 47.6 B 0.9523
1398 7.155 24.2 A 0.9523
1394 7.173 6.62 B 0.9523
1392 7.183 59 B 0.9523
1391 7.188 0.0336 A 0.9523
1382 7.234 278 A 0.9523
1374 7.28 666 B 0.9523
1367 7.318 0.273 A 0.9523
1366 7.321 47.4 B 0.9523
1363 7.339 1.48 A 0.9523
1354 7.384 186 B 0.9523
1348 7.42 45.5 A 0.9523
1346 7.43 34 B 0.9523
1344 7.441 2.65 B 0.9523
1335 7.491 4.15 A 0.9523
1334 7.497 0.913 B 0.9523
1326 7.541 73.4 B 0.9523
1326 7.542 38.5 A 0.9523
1321 7.569 28.6 B 0.9523
1320 7.574 7.51 A 0.9523
1318 7.588 5.79 A 0.9523
1317 7.592 2.58 B 0.9523
1314 7.608 12 A 0.9523
1314 7.611 26 B 0.9523
1311 7.626 0.364 A 0.9523
1311 7.626 21.4 B 0.9523
1308 7.646 105 A 0.9523
1298 7.706 5.33 B 0.9523
1289 7.755 3.79 B 0.9523
1289 7.758 145 B 0.9523
1284 7.789 12.7 A 0.9523
1276 7.838 2.7 A 0.9523
1242 8.048 9.48 B 0.9523
1238 8.077 54.6 A 0.9523
1236 8.087 34.3 A 0.9523
1235 8.099 91.9 B 0.9523
1233 8.109 0.0468 A 0.9523
1231 8.126 2.47 B 0.9523
1230 8.131 9.96 A 0.9523
1220 8.197 22 B 0.9523
1219 8.202 6.45 A 0.9523
1216 8.225 19.3 B 0.9523
1205 8.297 3.63 A 0.9523
1205 8.3 3.33 B 0.9523
1193 8.379 0.0014 A 0.9523
1188 8.418 4.23 B 0.9523
1185 8.438 2.84 A 0.9523
1180 8.474 3.18 A 0.9523
1179 8.484 48.5 B 0.9523
1166 8.574 1.01 B 0.9523
1161 8.611 4.14 A 0.9523
1154 8.664 5.75 B 0.9523
1152 8.678 0.973 A 0.9523
1139 8.782 2.24 A 0.9523
1138 8.787 0.428 B 0.9523
1135 8.808 1.3 B 0.9523
1134 8.818 0.795 A 0.9523
1132 8.833 0.0216 A 0.9523
1127 8.877 16.8 B 0.9523
1124 8.897 28.5 B 0.9523
1123 8.908 4.57 A 0.9523
1111 9.001 3.73 B 0.9523
1110 9.01 13.2 A 0.9523
1090 9.178 17.7 A 0.9523
1088 9.191 6.85 B 0.9523
1074 9.314 1.34 B 0.9523
1062 9.414 6.49 B 0.9523
1061 9.426 4.36 A 0.9563
1051 9.515 5.28 A 0.9563
1035 9.662 31.9 B 0.9563
1026 9.746 0.0269 A 0.9563
1025 9.759 5.24 B 0.9563
1020 9.803 8 A 0.9563
1015 9.848 0.0408 B 0.9563
1009 9.909 2 A 0.9563
1007 9.927 0.392 B 0.9563
1004 9.963 0.285 B 0.9563
991 10.09 1.72 A 0.9563
987.6 10.13 32.4 B 0.9563
986 10.14 25.4 A 0.9563
971.5 10.29 0.0012 A 0.9563
962.6 10.39 1.45 B 0.9563
960.8 10.41 1.19 B 0.9563
960.4 10.41 10.5 A 0.9563
944.6 10.59 1.57 A 0.9563
921.4 10.85 41.5 B 0.9563
920.3 10.87 39.5 A 0.9563
911.5 10.97 3.86 B 0.9563
902 11.09 0.339 A 0.9563
897.6 11.14 0.345 B 0.9563
894.2 11.18 11.9 B 0.9563
890.9 11.23 4.34 A 0.9563
885 11.3 0.808 B 0.9563
884.8 11.3 0.684 A 0.9563
869 11.51 0.933 B 0.9563
868.9 11.51 0.989 A 0.9563
841 11.89 4.96 A 0.9563
835 11.98 32.4 B 0.9563
830.5 12.04 2.02 B 0.9563
817.5 12.23 14.8 A 0.9563
815.6 12.26 16.5 B 0.9563
803.9 12.44 7.82 B 0.9563
781.2 12.8 0.657 B 0.9563
777 12.87 9.81 A 0.9563
758.8 13.18 0.486 B 0.9563
758.1 13.19 3.99 A 0.9563
750.6 13.32 11.3 A 0.9563
748 13.37 0.0456 B 0.9563
744.9 13.42 0.454 B 0.9563
729.4 13.71 0.123 A 0.9563
715.2 13.98 1.59 B 0.9563
709.8 14.09 0.581 A 0.9563
706.9 14.15 5.98 B 0.9563
704.3 14.2 8.25 A 0.9563
693.6 14.42 1.87 B 0.9563
680.4 14.7 0.101 A 0.9563
674.4 14.83 1.57 A 0.9563
669 14.95 8.73 B 0.9563
661.4 15.12 0.408 B 0.9563
642.7 15.56 0.443 B 0.9563
635.5 15.74 0.626 A 0.9563
630.7 15.86 0.0657 B 0.9563
622.2 16.07 3.59 A 0.9563
611.7 16.35 2.41 B 0.9563
606.3 16.49 0.754 A 0.9563
593.3 16.86 25.3 B 0.9563
592.5 16.88 17.8 A 0.9563
589.8 16.96 1.16 A 0.9563
576.6 17.34 2.36 A 0.9563
572.9 17.45 3.94 B 0.9563
560.7 17.83 0.0049 A 0.9563
555.8 17.99 0.921 B 0.9563
548 18.25 0.735 B 0.9563
547.3 18.27 0.0005 A 0.9563
545.2 18.34 5.93 B 0.9563
544.3 18.37 1.17 A 0.9563
525.6 19.03 0.434 B 0.9563
513.4 19.48 0.358 B 0.9563
513 19.49 2.45 A 0.9563
503.9 19.84 2.16 B 0.9563
493.5 20.26 1.41 B 0.9563
484.8 20.63 0.772 A 0.9563
483 20.71 9.88 B 0.9563
475.8 21.02 0.0303 A 0.9563
460.3 21.73 0.102 B 0.9563
456 21.93 0.93 A 0.9563
447.1 22.37 2.43 B 0.9563
446.8 22.38 0.919 A 0.9563
440.7 22.69 5.66 B 0.9563
417 23.98 5.45 B 0.9563
407.1 24.56 0.342 A 0.9563
405.8 24.64 8.36 B 0.9563
401.6 24.9 2.33 A 0.9563
387.8 25.79 0.435 A 0.9563
372.1 26.87 1.21 B 0.9563
371.6 26.91 0.148 A 0.9563
353.8 28.26 3.12 A 0.9563
352.2 28.39 0.337 B 0.9563
334.2 29.92 0.006 B 0.9563
332.5 30.08 0.0044 A 0.9563
329.4 30.36 0.1 A 0.9563
327.6 30.53 0.113 B 0.9563
321.9 31.07 1.37 A 0.9563
319.2 31.33 0.404 B 0.9563
305 32.78 0.486 A 0.9563
302.5 33.06 3.48 B 0.9563
259.3 38.57 0.986 A 0.9563
255.1 39.19 0.521 B 0.9563
248.2 40.29 2.47 B 0.9563
241.4 41.42 1.39 A 0.9563
240.3 41.62 0.003 B 0.9563
239.8 41.7 0.734 A 0.9563
218.7 45.73 6.63 B 0.9563
207.7 48.15 0.176 A 0.9563
198.3 50.44 0.153 B 0.9563
183.7 54.44 2.68 B 0.9563
183 54.66 1.68 A 0.9563
173.5 57.64 0.12 B 0.9563
172.4 58.01 0.135 A 0.9563
157.4 63.53 1.28 A 0.9563
152.5 65.59 2.39 B 0.9563
131.1 76.25 0.984 B 0.9563
127.8 78.25 0.885 A 0.9563
118.9 84.09 0.319 B 0.9563
116.9 85.52 0.0316 A 0.9563
93.5 106.9 0.564 B 0.9563
92.99 107.5 0.0737 A 0.9563
59.41 168.3 0.708 B 0.9563
57.83 172.9 5.24 B 0.9563
54.42 183.8 0.0051 A 0.9563
31.96 312.9 0.0001 A 0.9563
21.67 461.6 0.0332 B 0.9563

Vibrations

Note(s):


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3,139 species present in version 3.00 of the theoretical database (Aug 18, 2017)