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uid 3546
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 16.4 A 0.9595
3132 3.192 83 A 0.9595
3132 3.193 73.1 B 0.9595
3126 3.199 48.4 A 0.9595
3126 3.199 93.8 B 0.9595
3125 3.2 5.68 A 0.9595
3124 3.201 25.3 B 0.9595
3123 3.202 4.65 A 0.9595
3122 3.203 3.65 B 0.9595
3111 3.214 3.04 A 0.9595
3111 3.215 0.327 B 0.9595
3109 3.217 1.14 B 0.9595
3108 3.217 8.18 A 0.9595
3106 3.22 1 B 0.9595
3105 3.221 3.76 A 0.9595
3102 3.223 0.0365 B 0.9595
3102 3.224 3.48 A 0.9595
3100 3.226 0.399 A 0.9595
3099 3.227 0.163 B 0.9595
3082 3.245 20.1 A 0.9595
3079 3.248 44.7 B 0.9595
3079 3.248 12.1 A 0.9595
3078 3.249 22 B 0.9595
3078 3.249 28.9 A 0.9595
3077 3.25 1.05 B 0.9595
3077 3.25 3.92 A 0.9595
1580 6.329 1.93 B 0.9523
1579 6.332 47 A 0.9523
1577 6.341 0.411 A 0.9523
1576 6.344 1.01 B 0.9523
1574 6.355 14.9 B 0.9523
1573 6.355 3.34 A 0.9523
1569 6.373 96.7 B 0.9523
1568 6.378 14.4 A 0.9523
1567 6.382 100 B 0.9523
1563 6.397 6.31 A 0.9523
1561 6.404 49.3 A 0.9523
1561 6.406 10.6 B 0.9523
1559 6.414 5.2 A 0.9523
1553 6.439 759 B 0.9523
1548 6.459 402 A 0.9523
1545 6.473 3.77 A 0.9523
1538 6.503 72.1 B 0.9523
1532 6.528 2.07 A 0.9523
1525 6.555 8.13 B 0.9523
1523 6.565 12.8 B 0.9523
1519 6.583 14.1 A 0.9523
1513 6.609 106 B 0.9523
1504 6.647 22.1 A 0.9523
1495 6.69 4.02 A 0.9523
1493 6.696 13.1 B 0.9523
1492 6.703 27.7 A 0.9523
1482 6.746 0.187 A 0.9523
1481 6.75 74.4 B 0.9523
1479 6.763 215 B 0.9523
1467 6.817 109 B 0.9523
1466 6.822 2.04 A 0.9523
1457 6.864 55.6 B 0.9523
1454 6.877 78 B 0.9523
1449 6.903 18.6 A 0.9523
1443 6.928 203 B 0.9523
1439 6.951 25.1 A 0.9523
1436 6.962 21 B 0.9523
1429 7 3.26 A 0.9523
1425 7.015 26.2 A 0.9523
1416 7.062 35.8 B 0.9523
1411 7.088 52.6 B 0.9523
1410 7.094 3.53 A 0.9523
1404 7.123 14 A 0.9523
1397 7.158 0.484 B 0.9523
1387 7.209 0.0336 A 0.9523
1385 7.219 1.86 A 0.9523
1384 7.224 36.8 B 0.9523
1384 7.228 8.82 A 0.9523
1374 7.277 32.5 B 0.9523
1370 7.298 1.32 B 0.9523
1366 7.319 1.24 B 0.9523
1366 7.323 4.19 A 0.9523
1357 7.37 5.79 B 0.9523
1349 7.412 27.3 B 0.9523
1349 7.414 11.9 A 0.9523
1340 7.462 6.33 A 0.9523
1339 7.469 22.3 B 0.9523
1335 7.49 12.1 B 0.9523
1333 7.503 12.7 A 0.9523
1330 7.517 0.178 B 0.9523
1329 7.524 1.47 A 0.9523
1327 7.536 61.1 B 0.9523
1325 7.548 4.99 B 0.9523
1323 7.559 20.1 A 0.9523
1320 7.578 74.3 B 0.9523
1317 7.591 1.9 A 0.9523
1312 7.621 0.0376 A 0.9523
1308 7.644 6.37 A 0.9523
1305 7.662 5.56 B 0.9523
1299 7.696 74.7 A 0.9523
1296 7.715 110 B 0.9523
1295 7.721 127 A 0.9523
1291 7.747 0.987 B 0.9523
1289 7.757 52.3 A 0.9523
1284 7.789 423 B 0.9523
1278 7.823 1.09e+3 B 0.9523
1274 7.852 92.8 A 0.9523
1264 7.911 125 A 0.9523
1255 7.966 110 A 0.9523
1246 8.025 73.2 A 0.9523
1246 8.028 0.527 B 0.9523
1240 8.062 160 B 0.9523
1235 8.096 386 A 0.9523
1233 8.113 313 B 0.9523
1226 8.154 0.0312 A 0.9523
1225 8.16 0.857 B 0.9523
1222 8.185 4.68 B 0.9523
1219 8.203 24.4 A 0.9523
1218 8.211 58.1 B 0.9523
1209 8.273 99.7 B 0.9523
1202 8.317 4.12 A 0.9523
1197 8.353 360 B 0.9523
1188 8.415 0.0137 A 0.9523
1188 8.42 460 B 0.9523
1181 8.468 97.6 B 0.9523
1176 8.5 0.424 A 0.9523
1168 8.562 216 B 0.9523
1146 8.723 3.31 A 0.9523
1144 8.738 221 B 0.9523
1139 8.779 5.46 A 0.9523
1126 8.877 113 B 0.9523
1120 8.932 111 B 0.9523
1114 8.979 1.59 A 0.9523
1111 9.003 18.4 A 0.9523
1102 9.073 0.14 A 0.9523
1100 9.092 0.676 B 0.9523
1095 9.13 1.51 A 0.9523
1093 9.149 89.7 B 0.9523
1090 9.171 34.9 A 0.9523
1079 9.265 256 B 0.9523
1076 9.294 50.8 A 0.9523
1073 9.316 9 A 0.9523
1056 9.474 17.5 B 0.9563
1053 9.501 8.18 B 0.9563
1009 9.915 0.718 A 0.9563
995.8 10.04 0.533 A 0.9563
992.4 10.08 0.496 A 0.9563
990.7 10.09 16 B 0.9563
987.5 10.13 0.971 B 0.9563
987.4 10.13 0.0012 A 0.9563
985 10.15 0.194 B 0.9563
982.9 10.17 0.0009 A 0.9563
982.7 10.18 0.106 B 0.9563
978.8 10.22 0.109 B 0.9563
978.4 10.22 0.0092 A 0.9563
961.4 10.4 8.41 A 0.9563
958.5 10.43 0.0191 A 0.9563
956.2 10.46 0.0686 B 0.9563
952.7 10.5 58.6 B 0.9563
928 10.78 0.253 B 0.9563
906.8 11.03 2.58 A 0.9563
905.4 11.05 0.348 B 0.9563
904.1 11.06 0 A 0.9563
899.1 11.12 0.0014 A 0.9563
898.9 11.12 0.0639 B 0.9563
897.1 11.15 0.0013 A 0.9563
896.5 11.15 8.86 B 0.9563
891 11.22 0.362 B 0.9563
890.5 11.23 0.0107 A 0.9563
875.6 11.42 19.7 B 0.9563
867.2 11.53 22.5 A 0.9563
865.1 11.56 16.5 B 0.9563
855.4 11.69 0.072 B 0.9563
853.4 11.72 0.0002 A 0.9563
844.5 11.84 8.55 B 0.9563
837 11.95 8.74 A 0.9563
834.3 11.99 1.04 B 0.9563
832.4 12.01 0.369 A 0.9563
826.6 12.1 8.94 B 0.9563
819 12.21 0.019 A 0.9563
811.4 12.32 6.71 B 0.9563
806.8 12.4 5.61 A 0.9563
804.4 12.43 0.487 A 0.9563
798.2 12.53 3.73 B 0.9563
796.7 12.55 1.08 B 0.9563
788.9 12.68 0.0848 A 0.9563
788 12.69 1.83 A 0.9563
785.5 12.73 287 B 0.9563
775.5 12.89 29.2 B 0.9563
772.7 12.94 0.0037 A 0.9563
770.2 12.98 0.119 B 0.9563
766.3 13.05 0.401 A 0.9563
757.8 13.2 1.56 A 0.9563
756.8 13.21 0.0646 A 0.9563
755.6 13.23 2.29 B 0.9563
748.8 13.36 1.45 B 0.9563
744.8 13.43 0.413 A 0.9563
741.6 13.48 20.4 B 0.9563
739 13.53 0.157 A 0.9563
737.8 13.55 4.44 B 0.9563
734 13.62 9.89 B 0.9563
724.5 13.8 0.231 A 0.9563
720.3 13.88 0.339 B 0.9563
718.7 13.91 0.0035 B 0.9563
710.7 14.07 14.2 B 0.9563
704.1 14.2 8.38 B 0.9563
701.7 14.25 0.145 A 0.9563
698.6 14.31 0.0004 A 0.9563
690.5 14.48 3.42 A 0.9563
690.2 14.49 3.1 B 0.9563
689 14.51 0.32 A 0.9563
679.9 14.71 1.39 B 0.9563
677.4 14.76 3.46 B 0.9563
670.3 14.92 0.0493 A 0.9563
664.3 15.05 9.94 A 0.9563
659 15.18 0.0183 A 0.9563
655.4 15.26 0.139 B 0.9563
651.7 15.34 1.18 B 0.9563
649 15.41 0.0553 B 0.9563
647.4 15.45 1.57 A 0.9563
637.8 15.68 0.0529 B 0.9563
623.1 16.05 1.16 B 0.9563
622.1 16.08 0.391 A 0.9563
620.2 16.12 0.115 B 0.9563
617.9 16.18 0.0026 A 0.9563
615.3 16.25 0.0072 A 0.9563
611.8 16.35 0.384 B 0.9563
604 16.56 0.194 A 0.9563
594 16.84 0.234 B 0.9563
591.7 16.9 1.57 A 0.9563
589.4 16.97 1.71 A 0.9563
586.7 17.04 4.7 B 0.9563
582.2 17.18 0.758 B 0.9563
576.6 17.34 4.73 A 0.9563
574.9 17.39 0.607 B 0.9563
565.2 17.69 0.167 B 0.9563
562.7 17.77 0.0527 A 0.9563
552.3 18.11 9.53 B 0.9563
548.7 18.23 0.661 A 0.9563
544.6 18.36 0 A 0.9563
542.5 18.43 1.23 B 0.9563
537.2 18.61 3.72 B 0.9563
532 18.8 11.8 B 0.9563
527.9 18.94 4.88 A 0.9563
525.4 19.03 1.22 B 0.9563
525 19.05 1.92 A 0.9563
521.7 19.17 0.0386 A 0.9563
510.5 19.59 1.69 A 0.9563
508.5 19.66 0.0677 B 0.9563
491.1 20.36 1.25 B 0.9563
481.7 20.76 0.183 A 0.9563
474.1 21.09 0.189 B 0.9563
471.3 21.22 0.171 A 0.9563
467.4 21.39 0.0884 B 0.9563
465.6 21.48 0.0152 A 0.9563
464.5 21.53 0.537 B 0.9563
462 21.65 3.59 A 0.9563
452.5 22.1 2.96 B 0.9563
421.4 23.73 0.0368 B 0.9563
417.4 23.96 0.0277 A 0.9563
412.9 24.22 0.0195 B 0.9563
411.7 24.29 0.687 A 0.9563
404.9 24.7 0.16 A 0.9563
394.8 25.33 0.944 B 0.9563
378.8 26.4 0.559 B 0.9563
375.6 26.63 0.137 A 0.9563
372.5 26.85 0.541 A 0.9563
362.5 27.59 0.141 B 0.9563
349.1 28.64 1.24 B 0.9563
348.2 28.72 2.56 B 0.9563
341.2 29.31 0.01 A 0.9563
340.2 29.39 0.26 B 0.9563
333.6 29.97 0.967 A 0.9563
319.3 31.32 0.0001 A 0.9563
317.3 31.52 0.813 B 0.9563
315.7 31.68 0.018 A 0.9563
293.9 34.02 1.27 A 0.9563
291.9 34.25 12.6 B 0.9563
290 34.49 4.12 B 0.9563
285.5 35.03 6.06 B 0.9563
273.9 36.52 0.143 A 0.9563
266.1 37.58 0.0774 B 0.9563
264.8 37.76 0.0375 A 0.9563
260.5 38.38 1.36 B 0.9563
251.8 39.72 1.31 A 0.9563
226.7 44.12 2.88 B 0.9563
210.4 47.53 3.41 B 0.9563
208 48.08 0 A 0.9563
193.2 51.77 32.3 B 0.9563
191.4 52.24 0.584 A 0.9563
189.4 52.81 0.0011 A 0.9563
178.7 55.96 1.19 B 0.9563
159.9 62.55 2.99 B 0.9563
138.6 72.15 1.18 A 0.9563
126 79.36 2.08 A 0.9563
123.4 81.03 0.002 A 0.9563
123.1 81.23 0.0451 B 0.9563
116.4 85.88 0.151 A 0.9563
110.5 90.48 0.271 B 0.9563
110 90.9 0.0328 A 0.9563
106.7 93.69 1.23 B 0.9563
83.35 120 0.956 B 0.9563
83.34 120 0.0494 A 0.9563
47.95 208.5 1.91 B 0.9563
35.12 284.7 0.484 B 0.9563
30.34 329.6 0.0046 A 0.9563
18.68 535.4 0.0008 A 0.9563
15.4 649.2 0.0156 B 0.9563
9.288 1077 0.0047 A 0.9563
7.628 1311 0.0122 B 0.9563

Vibrations

Note(s):


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