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uid 3534
scaling factor multiple (3)

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

Transitions

νk
[cm-1]
λ
[μm]
int
[km/mol]
symm. fscale
3113 3.212 41.3 A 0.9595
3113 3.213 234 B 0.9595
3112 3.214 232 A 0.9595
3109 3.217 57.1 B 0.9595
3108 3.217 41.6 A 0.9595
3106 3.219 3.2 A 0.9595
3106 3.22 4.75 B 0.9595
3103 3.223 0.137 B 0.9595
3101 3.225 35.4 A 0.9595
3099 3.227 15.5 B 0.9595
3091 3.235 0.0214 A 0.9595
3090 3.237 6.18 A 0.9595
3089 3.237 2.8 B 0.9595
3086 3.24 0.0553 B 0.9595
3085 3.241 0.148 A 0.9595
3079 3.248 7.21 A 0.9595
3078 3.249 1.79 B 0.9595
3076 3.251 5.61 B 0.9595
3072 3.255 1.36 A 0.9595
3071 3.256 1.32 B 0.9595
3062 3.266 90.1 A 0.9595
3049 3.279 76.6 A 0.9595
3049 3.28 106 B 0.9595
3045 3.284 0.411 A 0.9595
3045 3.284 185 B 0.9595
3044 3.285 20 B 0.9595
1589 6.293 0.818 B 0.9523
1585 6.309 63.7 A 0.9523
1581 6.323 4.61 B 0.9523
1573 6.358 3.32 A 0.9523
1571 6.367 0.0067 A 0.9523
1569 6.372 0.24 B 0.9523
1569 6.372 12.9 A 0.9523
1564 6.394 0.0578 B 0.9523
1562 6.402 34.4 B 0.9523
1561 6.406 65 A 0.9523
1556 6.427 103 A 0.9523
1551 6.448 212 A 0.9523
1547 6.464 23.9 B 0.9523
1546 6.468 13.9 B 0.9523
1539 6.496 1.79e+3 B 0.9523
1533 6.522 78.8 B 0.9523
1530 6.536 0.854 A 0.9523
1527 6.548 1.4 A 0.9523
1524 6.562 31.4 B 0.9523
1518 6.586 37.6 A 0.9523
1516 6.595 398 B 0.9523
1510 6.621 1.01 A 0.9523
1503 6.653 10.5 B 0.9523
1491 6.705 35.5 A 0.9523
1487 6.727 26.5 A 0.9523
1486 6.729 18.7 B 0.9523
1480 6.759 7.59 A 0.9523
1478 6.764 0.371 B 0.9523
1466 6.819 47.4 B 0.9523
1460 6.85 69 A 0.9523
1453 6.88 51.3 B 0.9523
1447 6.91 0.296 B 0.9523
1446 6.917 23.4 A 0.9523
1439 6.951 0.974 A 0.9523
1438 6.954 10.2 B 0.9523
1434 6.975 10.2 A 0.9523
1432 6.985 36.9 B 0.9523
1421 7.037 4.45 B 0.9523
1414 7.074 18.8 A 0.9523
1410 7.091 2.69 A 0.9523
1409 7.096 2.54 B 0.9523
1401 7.14 0.464 A 0.9523
1396 7.164 0.284 B 0.9523
1391 7.191 1.54 B 0.9523
1390 7.195 1.13 A 0.9523
1385 7.221 47.1 A 0.9523
1376 7.268 29.8 B 0.9523
1369 7.306 2.48 B 0.9523
1366 7.321 0.223 A 0.9523
1362 7.343 0.0281 B 0.9523
1356 7.374 5.35 B 0.9523
1355 7.38 5.86 A 0.9523
1345 7.435 0.0171 A 0.9523
1341 7.457 0.511 A 0.9523
1339 7.47 53.5 B 0.9523
1337 7.479 38 B 0.9523
1334 7.497 1.1 A 0.9523
1331 7.512 80.5 A 0.9523
1328 7.53 14.7 A 0.9523
1326 7.54 6.87 B 0.9523
1323 7.557 24.1 A 0.9523
1322 7.564 25.1 B 0.9523
1317 7.591 69.9 A 0.9523
1317 7.592 0.234 B 0.9523
1315 7.607 50 A 0.9523
1312 7.625 6.22 A 0.9523
1305 7.664 0.0308 B 0.9523
1303 7.676 32.4 B 0.9523
1302 7.68 67.8 A 0.9523
1293 7.736 57.9 A 0.9523
1292 7.741 338 B 0.9523
1287 7.769 623 A 0.9523
1286 7.778 57.2 B 0.9523
1281 7.809 9.78 B 0.9523
1277 7.832 129 A 0.9523
1270 7.875 17.7 A 0.9523
1264 7.912 178 B 0.9523
1263 7.917 406 A 0.9523
1250 8.003 75.7 A 0.9523
1242 8.054 95.6 A 0.9523
1240 8.063 1.21e+3 B 0.9523
1238 8.075 536 B 0.9523
1235 8.096 22.1 A 0.9523
1227 8.153 214 A 0.9523
1221 8.191 319 B 0.9523
1220 8.198 15.2 A 0.9523
1214 8.239 43.8 A 0.9523
1211 8.256 260 B 0.9523
1209 8.268 1.24 A 0.9523
1202 8.319 16.1 B 0.9523
1195 8.367 59.1 B 0.9523
1191 8.393 0.101 A 0.9523
1176 8.505 12 B 0.9523
1175 8.51 1.73 A 0.9523
1169 8.554 8.78 A 0.9523
1169 8.557 1.57 B 0.9523
1156 8.647 0.405 B 0.9523
1153 8.675 8.99 A 0.9523
1136 8.806 0.0614 B 0.9523
1133 8.825 13.5 B 0.9523
1127 8.87 4.5 A 0.9523
1126 8.883 7.49 A 0.9523
1111 8.998 179 B 0.9523
1110 9.011 0.673 A 0.9523
1094 9.139 15.9 B 0.9523
1091 9.163 2.9 A 0.9523
1087 9.196 12.3 B 0.9523
1084 9.222 0.768 A 0.9523
1077 9.289 25.1 B 0.9523
1076 9.295 5.49 A 0.9523
1071 9.337 20.3 B 0.9523
1056 9.473 0.109 A 0.9563
1047 9.553 6.77 B 0.9563
1035 9.658 50.7 A 0.9563
1005 9.951 1.95 B 0.9563
994 10.06 2.42 A 0.9563
991.1 10.09 12.7 B 0.9563
990.5 10.1 3.58 A 0.9563
965.9 10.35 0 A 0.9563
955.6 10.46 2 B 0.9563
952.4 10.5 0.0052 A 0.9563
951.8 10.51 1.38 B 0.9563
951.3 10.51 1.8 A 0.9563
945.9 10.57 0.0327 A 0.9563
944.4 10.59 0.478 B 0.9563
937.2 10.67 0.132 B 0.9563
932.2 10.73 0.0079 A 0.9563
923.2 10.83 0.53 B 0.9563
919.7 10.87 0.197 A 0.9563
918.3 10.89 9.35 B 0.9563
914.4 10.94 0.0067 A 0.9563
911.6 10.97 0.102 A 0.9563
908.1 11.01 0.627 B 0.9563
900 11.11 4.09 A 0.9563
890 11.24 109 B 0.9563
871 11.48 0.627 B 0.9563
868.7 11.51 0.0044 A 0.9563
857.6 11.66 9.43 B 0.9563
856.5 11.68 0.558 B 0.9563
852.9 11.72 7.17 A 0.9563
847.4 11.8 0.001 A 0.9563
846.5 11.81 1.75 B 0.9563
846 11.82 0.0008 A 0.9563
834.4 11.99 10.4 A 0.9563
830.6 12.04 0.0032 A 0.9563
827.1 12.09 6.76 B 0.9563
817.7 12.23 0.86 B 0.9563
813.6 12.29 10.8 A 0.9563
804.9 12.42 0.0353 A 0.9563
803.1 12.45 0.0011 A 0.9563
802.9 12.45 10.5 B 0.9563
800.5 12.49 1.34 B 0.9563
797.3 12.54 0.0143 B 0.9563
792.1 12.62 0.118 A 0.9563
788.5 12.68 26.7 B 0.9563
780.9 12.81 0.0143 A 0.9563
777.1 12.87 128 B 0.9563
768.9 13.01 0.0988 A 0.9563
766.9 13.04 0.34 A 0.9563
765.4 13.06 2.59 B 0.9563
761.5 13.13 126 B 0.9563
753.8 13.27 29.3 B 0.9563
753.7 13.27 0.191 A 0.9563
750.2 13.33 0.601 B 0.9563
745.7 13.41 0.0049 A 0.9563
744.9 13.42 5.48 B 0.9563
739.8 13.52 0.0324 A 0.9563
737.7 13.56 5.25 B 0.9563
730.5 13.69 0.442 A 0.9563
729.5 13.71 3.15 A 0.9563
729.5 13.71 41.2 B 0.9563
728.6 13.72 0.0121 A 0.9563
728.4 13.73 1.89 B 0.9563
716.7 13.95 0.0329 A 0.9563
715.4 13.98 0.0087 B 0.9563
708.5 14.11 0.124 A 0.9563
707.6 14.13 1.95 B 0.9563
693.3 14.42 0.249 A 0.9563
691.6 14.46 0.0245 A 0.9563
690.7 14.48 0.484 B 0.9563
687.7 14.54 2.19 B 0.9563
680.5 14.7 3.29 B 0.9563
675.8 14.8 0.175 A 0.9563
669.7 14.93 1.15 A 0.9563
666.2 15.01 3.04 B 0.9563
657.3 15.21 3.03 A 0.9563
649.7 15.39 0.0709 A 0.9563
639.7 15.63 0.251 B 0.9563
634.6 15.76 5.52 B 0.9563
632.9 15.8 0.0339 A 0.9563
629 15.9 0.714 B 0.9563
625.2 16 0.253 A 0.9563
621.8 16.08 6.64 A 0.9563
619.7 16.14 1.09 B 0.9563
614 16.29 13.6 B 0.9563
607 16.47 3.4 A 0.9563
603.8 16.56 0.0587 B 0.9563
598.5 16.71 0.33 B 0.9563
598.4 16.71 0.1 A 0.9563
596.5 16.76 1.96 A 0.9563
588.4 17 0.111 B 0.9563
582.7 17.16 0.0017 B 0.9563
581.5 17.2 1.72 B 0.9563
581.4 17.2 0.0197 A 0.9563
578.2 17.29 0.977 A 0.9563
570 17.55 0.016 A 0.9563
568.9 17.58 0.0774 B 0.9563
564 17.73 1.12 A 0.9563
554.4 18.04 0.042 A 0.9563
550.1 18.18 0.222 B 0.9563
542.5 18.43 0.369 B 0.9563
539.2 18.54 0.0929 B 0.9563
531.6 18.81 0.0087 A 0.9563
528 18.94 0.165 A 0.9563
513.3 19.48 0 A 0.9563
512.7 19.5 0.305 B 0.9563
509.5 19.63 0.312 A 0.9563
509.3 19.63 21.6 B 0.9563
501.2 19.95 3.4 B 0.9563
490.8 20.37 48.3 B 0.9563
489.5 20.43 0.047 A 0.9563
486.3 20.56 4.46 A 0.9563
482.8 20.71 0.0404 B 0.9563
477.3 20.95 1.89 B 0.9563
474.4 21.08 0.0004 A 0.9563
466 21.46 3.14 B 0.9563
457.6 21.85 3.23 B 0.9563
448 22.32 4.59 A 0.9563
417.2 23.97 2.82 A 0.9563
416.1 24.03 21.7 B 0.9563
414.8 24.11 0.0261 A 0.9563
414.4 24.13 1.87 B 0.9563
405.1 24.69 0.0148 A 0.9563
385.6 25.93 1.66 A 0.9563
380.4 26.29 0.346 B 0.9563
378.2 26.44 0.0158 A 0.9563
373.5 26.77 0.0139 B 0.9563
357.7 27.95 0.0511 B 0.9563
347.7 28.76 3.13 A 0.9563
346.3 28.88 1.12 B 0.9563
341 29.33 0.117 A 0.9563
339.6 29.45 0.0001 A 0.9563
338.9 29.51 0.955 B 0.9563
334.4 29.9 1.24 A 0.9563
320.5 31.2 3.25 B 0.9563
318 31.44 0.455 B 0.9563
310 32.26 6.88 B 0.9563
307.9 32.48 0.512 A 0.9563
294 34.02 0.016 A 0.9563
276.7 36.14 0.11 A 0.9563
272.9 36.65 0.0724 B 0.9563
266.2 37.57 0.33 B 0.9563
259 38.62 0.0109 A 0.9563
251.9 39.7 0.439 B 0.9563
245.1 40.8 0.826 B 0.9563
237.9 42.03 0.378 A 0.9563
214.4 46.65 0.0154 A 0.9563
202.2 49.46 1.98 A 0.9563
197.2 50.72 2.88 B 0.9563
192 52.08 0.248 B 0.9563
185 54.05 1.22 B 0.9563
181.7 55.03 6.09 A 0.9563
163.9 61.02 0.001 A 0.9563
137.1 72.92 0.944 B 0.9563
130.9 76.38 0.0996 B 0.9563
125.6 79.64 0.0191 A 0.9563
119.6 83.58 0.0453 B 0.9563
110.6 90.38 0.0066 A 0.9563
106.4 93.95 0.229 B 0.9563
99.5 100.5 0.0162 A 0.9563
96.43 103.7 0.0011 B 0.9563
77.58 128.9 0.0001 A 0.9563
55.17 181.2 0.655 B 0.9563
34.7 288.2 0 A 0.9563
33.7 296.7 0.0092 B 0.9563
23.88 418.7 0.0165 B 0.9563
18.02 555 0.0122 B 0.9563
16.01 624.8 0.0008 A 0.9563
6.505 1537 0.0005 A 0.9563
4.34 2304 0.0069 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)