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uid 3533
scaling factor multiple (3)

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

Transitions

νk
[cm-1]
λ
[μm]
int
[km/mol]
symm. fscale
3133 3.192 30.3 A 0.9595
3112 3.213 111 A 0.9595
3111 3.214 175 B 0.9595
3109 3.217 111 A 0.9595
3109 3.217 132 B 0.9595
3106 3.219 1 A 0.9595
3106 3.22 44.5 B 0.9595
3104 3.222 3.26 A 0.9595
3102 3.224 8.85 B 0.9595
3096 3.23 8.85 B 0.9595
3092 3.235 5.27 A 0.9595
3090 3.236 2.58 A 0.9595
3089 3.237 0.376 B 0.9595
3087 3.24 0.0028 B 0.9595
3086 3.24 0.537 A 0.9595
3083 3.244 0.246 B 0.9595
3083 3.244 1.94 A 0.9595
3075 3.252 0.265 A 0.9595
3074 3.254 0.548 B 0.9595
3051 3.278 30.3 A 0.9595
3051 3.278 135 B 0.9595
3048 3.281 46 B 0.9595
3048 3.281 112 A 0.9595
3047 3.281 50.4 A 0.9595
3047 3.281 34.5 B 0.9595
3041 3.288 108 A 0.9595
1579 6.334 1.11 B 0.9523
1578 6.337 28.6 A 0.9523
1575 6.349 11 B 0.9523
1574 6.354 1.51 A 0.9523
1568 6.378 0.057 A 0.9523
1568 6.379 9.52 B 0.9523
1567 6.382 81.2 B 0.9523
1565 6.392 46.4 A 0.9523
1561 6.405 20.4 B 0.9523
1561 6.408 46.2 A 0.9523
1557 6.424 59 B 0.9523
1556 6.426 26.5 A 0.9523
1554 6.433 118 A 0.9523
1552 6.445 575 B 0.9523
1543 6.482 241 A 0.9523
1536 6.512 756 A 0.9523
1535 6.515 49.9 B 0.9523
1528 6.544 50 A 0.9523
1521 6.576 2.84 B 0.9523
1518 6.586 35.1 B 0.9523
1514 6.606 100 A 0.9523
1508 6.63 139 B 0.9523
1501 6.662 53.4 A 0.9523
1489 6.716 2.69 A 0.9523
1488 6.722 3.91 B 0.9523
1486 6.729 32 A 0.9523
1479 6.764 16.6 A 0.9523
1478 6.765 23.2 B 0.9523
1471 6.798 356 B 0.9523
1460 6.85 242 B 0.9523
1459 6.852 69 A 0.9523
1453 6.884 0.0798 B 0.9523
1445 6.921 0.0981 A 0.9523
1442 6.936 157 B 0.9523
1434 6.972 42.8 B 0.9523
1428 7.003 347 B 0.9523
1428 7.005 4.13 A 0.9523
1422 7.034 17.2 A 0.9523
1417 7.058 2.9 A 0.9523
1405 7.119 0.913 A 0.9523
1405 7.119 2.49 B 0.9523
1399 7.148 125 B 0.9523
1396 7.164 1.09 A 0.9523
1390 7.195 57.7 B 0.9523
1381 7.243 0.264 A 0.9523
1379 7.254 4.86 A 0.9523
1378 7.257 154 B 0.9523
1378 7.259 0.748 A 0.9523
1366 7.32 1.61 B 0.9523
1366 7.322 0.0156 B 0.9523
1361 7.347 39.8 B 0.9523
1358 7.365 17.1 A 0.9523
1350 7.407 0.656 B 0.9523
1340 7.463 31.2 A 0.9523
1339 7.467 19.6 B 0.9523
1333 7.5 0.512 B 0.9523
1332 7.508 2.28 A 0.9523
1326 7.541 100 B 0.9523
1325 7.546 61.4 A 0.9523
1324 7.554 10.3 B 0.9523
1323 7.557 10.6 A 0.9523
1319 7.579 33.6 B 0.9523
1316 7.596 36.4 A 0.9523
1316 7.601 24.8 B 0.9523
1311 7.627 62.8 B 0.9523
1309 7.639 50.7 A 0.9523
1305 7.665 56.5 A 0.9523
1298 7.704 28.1 A 0.9523
1294 7.727 0.993 B 0.9523
1291 7.747 6.41 A 0.9523
1290 7.754 156 B 0.9523
1287 7.772 62.2 A 0.9523
1284 7.791 86.1 A 0.9523
1279 7.816 9.58 B 0.9523
1274 7.851 1.66e+3 B 0.9523
1272 7.86 85.8 B 0.9523
1267 7.895 109 A 0.9523
1253 7.981 75.1 A 0.9523
1247 8.022 164 A 0.9523
1238 8.078 106 B 0.9523
1237 8.081 345 A 0.9523
1233 8.109 104 B 0.9523
1227 8.148 438 A 0.9523
1225 8.162 58 B 0.9523
1221 8.189 31 B 0.9523
1220 8.199 62.7 A 0.9523
1216 8.226 46.1 B 0.9523
1211 8.256 0.306 A 0.9523
1208 8.277 11.3 B 0.9523
1202 8.321 1.52 B 0.9523
1195 8.366 11.9 A 0.9523
1188 8.419 1.3 B 0.9523
1181 8.464 8.17 A 0.9523
1175 8.511 0.0857 B 0.9523
1168 8.559 6.38 A 0.9523
1165 8.587 200 B 0.9523
1156 8.651 1.44e+3 B 0.9523
1140 8.771 4.96 A 0.9523
1135 8.808 1.03e+3 B 0.9523
1135 8.809 0.221 A 0.9523
1124 8.893 281 B 0.9523
1116 8.962 400 B 0.9523
1110 9.006 36.9 A 0.9523
1107 9.032 3.32 A 0.9523
1098 9.108 0.612 A 0.9523
1097 9.114 1.44 B 0.9523
1092 9.16 1.22 B 0.9523
1092 9.161 0.0066 A 0.9523
1087 9.198 61.6 A 0.9523
1079 9.264 0.732 B 0.9523
1074 9.314 52.5 A 0.9523
1069 9.351 0.548 A 0.9523
1052 9.503 80.9 B 0.9563
1049 9.53 25.1 B 0.9563
1007 9.928 0.0282 A 0.9563
992.8 10.07 0.267 A 0.9563
988.6 10.12 13.2 A 0.9563
988.4 10.12 0.813 B 0.9563
958.9 10.43 2.76 A 0.9563
954.7 10.47 2.28 B 0.9563
954.2 10.48 0.837 A 0.9563
951 10.52 3.36 B 0.9563
950.2 10.52 0.107 A 0.9563
949.9 10.53 174 B 0.9563
946.8 10.56 0.529 B 0.9563
944.2 10.59 0.321 A 0.9563
944.1 10.59 1.48 B 0.9563
925.1 10.81 30.1 B 0.9563
920.8 10.86 0.204 A 0.9563
917.8 10.9 0.156 B 0.9563
904.6 11.06 2.33 A 0.9563
895.4 11.17 1.56 B 0.9563
879.4 11.37 0.552 B 0.9563
878.8 11.38 0.145 A 0.9563
873.8 11.44 1.95 B 0.9563
865.9 11.55 6.21 B 0.9563
865.9 11.55 59.8 A 0.9563
862.2 11.6 0.362 A 0.9563
861 11.61 1.67 B 0.9563
856.3 11.68 1.63 A 0.9563
853.9 11.71 4.06 B 0.9563
851.1 11.75 0.325 A 0.9563
850.7 11.75 4.71 B 0.9563
843.7 11.85 2.49 B 0.9563
835.4 11.97 0.59 A 0.9563
834.6 11.98 0.203 A 0.9563
829.5 12.06 4.85 B 0.9563
822.4 12.16 0.101 A 0.9563
812.2 12.31 0.153 B 0.9563
806.4 12.4 6.03 A 0.9563
800.4 12.49 0.173 A 0.9563
800.3 12.49 7.49 B 0.9563
795.3 12.57 14.8 B 0.9563
787.7 12.7 4.96 A 0.9563
787.4 12.7 0.486 B 0.9563
787.4 12.7 1 A 0.9563
777 12.87 0.122 A 0.9563
773.4 12.93 50.3 B 0.9563
771.3 12.96 0.0772 B 0.9563
771.3 12.97 2.85 A 0.9563
769 13 231 B 0.9563
761.6 13.13 1.94 A 0.9563
756.7 13.21 5.79 A 0.9563
751.5 13.31 0.452 A 0.9563
751.1 13.31 13.4 B 0.9563
746 13.4 6.99 B 0.9563
736.7 13.57 1.45 A 0.9563
736 13.59 17.5 B 0.9563
732.9 13.64 13.8 B 0.9563
731.2 13.68 0.223 A 0.9563
731 13.68 12.6 B 0.9563
720.1 13.89 1.88 A 0.9563
717.1 13.95 1.21 B 0.9563
716.2 13.96 2.34 B 0.9563
709.6 14.09 5.01 B 0.9563
701.3 14.26 0.361 A 0.9563
701 14.27 8.32 B 0.9563
692.5 14.44 0.0127 A 0.9563
691.3 14.46 8.77 A 0.9563
689.2 14.51 15.4 B 0.9563
680 14.71 0.0015 A 0.9563
678.5 14.74 2.2 B 0.9563
676.2 14.79 0.0283 B 0.9563
664.7 15.04 0.018 A 0.9563
663.1 15.08 24 A 0.9563
654.9 15.27 2.33 B 0.9563
649.7 15.39 0.946 A 0.9563
649.1 15.41 6.67 B 0.9563
647.5 15.44 1.28 A 0.9563
642 15.58 0.0995 B 0.9563
631.6 15.83 0.293 B 0.9563
623.1 16.05 6.26 B 0.9563
622.2 16.07 0.0197 A 0.9563
618.6 16.17 2.25 B 0.9563
613.2 16.31 0.0002 A 0.9563
608.2 16.44 0.501 B 0.9563
607.8 16.45 0.0007 A 0.9563
603.7 16.57 0.113 A 0.9563
594.3 16.83 0.014 B 0.9563
591.6 16.9 0.0058 A 0.9563
587.9 17.01 0.15 A 0.9563
586.7 17.04 0.0462 B 0.9563
578.1 17.3 2.24 B 0.9563
577.9 17.3 0.632 A 0.9563
574.4 17.41 0.93 B 0.9563
565.7 17.68 0.0574 B 0.9563
565.6 17.68 0.247 A 0.9563
551.7 18.13 0.213 B 0.9563
549.2 18.21 2.22 A 0.9563
547.4 18.27 0.276 A 0.9563
546.5 18.3 0.745 B 0.9563
539 18.55 1.92 B 0.9563
534 18.73 0.179 B 0.9563
530.7 18.84 0.393 B 0.9563
528.9 18.91 1.34 A 0.9563
525.1 19.05 13.2 A 0.9563
521.2 19.19 0.798 A 0.9563
510.9 19.57 1.73 A 0.9563
508.8 19.65 1.13 B 0.9563
491.2 20.36 0.0925 B 0.9563
485 20.62 0.0032 B 0.9563
481.6 20.76 6.39 A 0.9563
473.7 21.11 0.65 B 0.9563
473.1 21.14 0 A 0.9563
470.3 21.26 0.704 A 0.9563
467 21.41 2.06 B 0.9563
461.1 21.69 5.95 A 0.9563
452 22.13 0.0773 B 0.9563
420.6 23.78 8.51 B 0.9563
412.4 24.25 0.201 B 0.9563
412 24.27 1.77 A 0.9563
408.2 24.5 10.3 A 0.9563
401.3 24.92 2.48 A 0.9563
397.6 25.15 1.25 B 0.9563
377.1 26.52 0.657 B 0.9563
374 26.74 2.64 A 0.9563
372.4 26.85 3.04 A 0.9563
362.7 27.57 0.0595 B 0.9563
350.6 28.53 0.21 B 0.9563
348.5 28.69 1.25 B 0.9563
341 29.32 0.218 B 0.9563
339.6 29.45 0.0582 A 0.9563
334.8 29.87 0.373 A 0.9563
320.2 31.23 0.173 B 0.9563
317.3 31.52 0.0971 A 0.9563
314.9 31.76 0.57 A 0.9563
293.4 34.08 0.0853 A 0.9563
292.5 34.19 23.2 B 0.9563
289.6 34.53 7.73 B 0.9563
286 34.97 12.1 B 0.9563
271.1 36.89 0.0328 A 0.9563
267.4 37.39 1.47 B 0.9563
263.8 37.91 0.0049 B 0.9563
261.3 38.27 0.137 A 0.9563
251.3 39.79 0.186 A 0.9563
227.3 44 3.01 B 0.9563
212.9 46.96 1.77 B 0.9563
207 48.32 0.0234 A 0.9563
195.8 51.07 32.1 B 0.9563
191 52.35 0.128 A 0.9563
189.9 52.67 0.016 A 0.9563
177.1 56.46 0.849 B 0.9563
162.6 61.5 1.99 B 0.9563
137 72.99 0.0531 A 0.9563
126.1 79.33 0.0018 A 0.9563
123.6 80.9 0.0063 B 0.9563
117.4 85.15 0.0109 A 0.9563
112.5 88.91 0.0383 B 0.9563
112.3 89.04 0.0134 A 0.9563
111 90.11 0.0459 A 0.9563
105.5 94.77 0.775 B 0.9563
83.27 120.1 0.378 B 0.9563
82.94 120.6 0.0169 A 0.9563
47.1 212.3 0.483 B 0.9563
30.03 333 0.0155 B 0.9563
28.17 355 0.0007 A 0.9563
16.83 594.1 0.003 A 0.9563
12.92 774.1 0.0007 B 0.9563
8.466 1181 0.0017 A 0.9563
7.256 1378 0.0215 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)