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uid 3493
scaling factor multiple (3)

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

Transitions

Frequency
[wavenumbers]
Wavelength
[microns]
Integrated cross-section
[km/mol]
Symmetry Scaling factor
3139 3.185 38.92 A' 0.9595
3113 3.212 30.82 A' 0.9595
3113 3.212 265.5 A' 0.9595
3110 3.215 162.6 A' 0.9595
3108 3.217 2.325 A' 0.9595
3107 3.218 13.92 A' 0.9595
3105 3.221 93.55 A' 0.9595
3102 3.223 7.406 A' 0.9595
3101 3.225 15.49 A' 0.9595
3100 3.226 13.49 A' 0.9595
3096 3.23 12.96 A' 0.9595
3091 3.235 19.58 A' 0.9595
3091 3.235 0.3771 A' 0.9595
3089 3.237 8.723 A' 0.9595
3087 3.239 12.01 A' 0.9595
3084 3.243 3.055 A' 0.9595
3079 3.247 0.7525 A' 0.9595
3079 3.248 0.1604 A' 0.9595
3075 3.252 3.797 A' 0.9595
3072 3.255 0.0474 A' 0.9595
3072 3.256 0.1174 A' 0.9595
3064 3.264 95.15 A' 0.9595
3062 3.265 107.4 A' 0.9595
3047 3.282 87.6 A' 0.9595
3046 3.283 10.36 A' 0.9595
3046 3.283 62.89 A' 0.9595
3045 3.284 10.29 A' 0.9595
3044 3.286 94.65 A' 0.9595
1590 6.288 1.321 A' 0.9523
1588 6.296 105.2 A' 0.9523
1585 6.311 23.5 A' 0.9523
1584 6.313 34.12 A' 0.9523
1577 6.343 3.075 A' 0.9523
1571 6.365 54.18 A' 0.9523
1569 6.375 51.13 A' 0.9523
1567 6.383 199.7 A' 0.9523
1565 6.389 13.56 A' 0.9523
1559 6.416 514.8 A' 0.9523
1556 6.428 103.2 A' 0.9523
1554 6.436 814.7 A' 0.9523
1550 6.451 22.37 A' 0.9523
1547 6.463 268.3 A' 0.9523
1539 6.5 641.4 A' 0.9523
1535 6.514 94.15 A' 0.9523
1532 6.529 42.85 A' 0.9523
1526 6.555 17.86 A' 0.9523
1525 6.558 5.249 A' 0.9523
1522 6.572 10.86 A' 0.9523
1516 6.595 313.8 A' 0.9523
1514 6.607 5.763 A' 0.9523
1507 6.635 18.17 A' 0.9523
1499 6.67 8.495 A' 0.9523
1496 6.683 160 A' 0.9523
1488 6.719 63 A' 0.9523
1486 6.731 4.795 A' 0.9523
1476 6.775 21.82 A' 0.9523
1471 6.796 19.24 A' 0.9523
1468 6.811 35.51 A' 0.9523
1461 6.843 4.713 A' 0.9523
1461 6.846 39.54 A' 0.9523
1450 6.896 53.25 A' 0.9523
1448 6.905 92.44 A' 0.9523
1447 6.911 117.2 A' 0.9523
1437 6.961 1.121 A' 0.9523
1431 6.989 16.2 A' 0.9523
1428 7.002 4.593 A' 0.9523
1424 7.025 51.48 A' 0.9523
1415 7.067 12.78 A' 0.9523
1414 7.07 26.3 A' 0.9523
1402 7.132 0.167 A' 0.9523
1396 7.161 2.051 A' 0.9523
1391 7.189 5.33 A' 0.9523
1390 7.192 5.96 A' 0.9523
1387 7.212 4.534 A' 0.9523
1377 7.26 3.136 A' 0.9523
1376 7.27 18.11 A' 0.9523
1368 7.311 0.2021 A' 0.9523
1366 7.321 20.29 A' 0.9523
1358 7.362 5.24 A' 0.9523
1355 7.382 7.437 A' 0.9523
1351 7.399 7.941 A' 0.9523
1348 7.42 15.62 A' 0.9523
1344 7.442 49.64 A' 0.9523
1338 7.471 21.24 A' 0.9523
1334 7.496 3.608 A' 0.9523
1333 7.503 11.87 A' 0.9523
1330 7.521 33.06 A' 0.9523
1328 7.531 60.26 A' 0.9523
1325 7.546 161.5 A' 0.9523
1321 7.57 33.95 A' 0.9523
1319 7.584 51.02 A' 0.9523
1316 7.599 7.51 A' 0.9523
1314 7.609 77.55 A' 0.9523
1312 7.621 80.41 A' 0.9523
1309 7.638 5.548 A' 0.9523
1306 7.66 4.83 A' 0.9523
1302 7.681 122.1 A' 0.9523
1299 7.695 65.5 A' 0.9523
1297 7.708 56.54 A' 0.9523
1286 7.775 730.1 A' 0.9523
1283 7.795 88.57 A' 0.9523
1277 7.831 22.14 A' 0.9523
1273 7.854 119.7 A' 0.9523
1265 7.902 614.3 A' 0.9523
1265 7.904 55.06 A' 0.9523
1260 7.937 185.1 A' 0.9523
1257 7.956 60.03 A' 0.9523
1246 8.027 631.9 A' 0.9523
1242 8.049 84.11 A' 0.9523
1240 8.062 62.89 A' 0.9523
1238 8.077 305.6 A' 0.9523
1236 8.091 81.51 A' 0.9523
1229 8.139 200.1 A' 0.9523
1224 8.172 179.4 A' 0.9523
1219 8.201 17.8 A' 0.9523
1218 8.208 21.52 A' 0.9523
1215 8.23 14.25 A' 0.9523
1210 8.261 867.1 A' 0.9523
1199 8.344 47.95 A' 0.9523
1198 8.347 0.1713 A' 0.9523
1187 8.424 2.75 A' 0.9523
1181 8.466 1.511 A' 0.9523
1178 8.488 27.43 A' 0.9523
1175 8.511 2.256 A' 0.9523
1171 8.539 11.53 A' 0.9523
1165 8.582 0.5898 A' 0.9523
1156 8.65 2.042 A' 0.9523
1141 8.768 7.512 A' 0.9523
1130 8.852 0.5692 A' 0.9523
1127 8.876 13.05 A' 0.9523
1115 8.968 1.935 A' 0.9523
1108 9.029 7.546 A' 0.9523
1105 9.051 2.548 A' 0.9523
1101 9.083 20.65 A' 0.9523
1095 9.129 2.998 A' 0.9523
1083 9.23 13.11 A' 0.9523
1081 9.254 8.38 A' 0.9523
1074 9.311 22.38 A' 0.9523
1063 9.41 6.885 A' 0.9523
1059 9.443 15.88 A' 0.9563
1054 9.489 37.97 A' 0.9563
1043 9.586 14.44 A' 0.9563
1038 9.635 1.985 A' 0.9563
1029 9.723 71.07 A' 0.9563
1005 9.946 0.3651 A' 0.9563
992.6 10.07 4.829 A' 0.9563
988.8 10.11 12.68 A' 0.9563
980 10.2 8.458 A' 0.9563
966.8 10.34 0.0032 A" 0.9563
966.6 10.35 0.0068 A" 0.9563
965.3 10.36 4.581 A' 0.9563
951.9 10.51 0.6334 A" 0.9563
949.3 10.53 0.3276 A" 0.9563
948.9 10.54 0.2311 A" 0.9563
938.8 10.65 3.075 A' 0.9563
937 10.67 0.0342 A" 0.9563
932.6 10.72 0.1909 A" 0.9563
928.5 10.77 0.7362 A" 0.9563
924.6 10.82 0.9394 A" 0.9563
918.1 10.89 0.2309 A" 0.9563
914 10.94 0.0628 A" 0.9563
911.7 10.97 51.41 A' 0.9563
910.2 10.99 0.3869 A" 0.9563
892.9 11.2 2.913 A' 0.9563
887 11.27 19.78 A' 0.9563
886.4 11.28 6.877 A' 0.9563
858.9 11.64 2.763 A" 0.9563
856.9 11.67 1.128 A" 0.9563
848.7 11.78 21.96 A' 0.9563
848 11.79 0.0413 A" 0.9563
847.4 11.8 0.0123 A" 0.9563
844.4 11.84 2.822 A' 0.9563
841.6 11.88 0.2579 A" 0.9563
839.2 11.92 3.955 A" 0.9563
832.5 12.01 0.7038 A' 0.9563
827.4 12.09 0.7554 A' 0.9563
821.5 12.17 1.378 A" 0.9563
810.2 12.34 1.846 A' 0.9563
809.7 12.35 1.262 A" 0.9563
807.3 12.39 0.5082 A" 0.9563
804.4 12.43 0.0677 A" 0.9563
800.8 12.49 0.8203 A" 0.9563
797.8 12.54 2.368 A" 0.9563
795.8 12.57 0.635 A' 0.9563
791.9 12.63 2.777 A' 0.9563
789.1 12.67 11.58 A" 0.9563
783.8 12.76 148.8 A" 0.9563
774.8 12.91 1.282 A" 0.9563
771.9 12.95 1.807 A" 0.9563
767 13.04 1.321 A' 0.9563
761.1 13.14 17.6 A" 0.9563
757.6 13.2 3.764 A' 0.9563
755.9 13.23 35.44 A" 0.9563
755.1 13.24 15.59 A" 0.9563
750.1 13.33 57.17 A" 0.9563
749.2 13.35 6.16 A' 0.9563
744.5 13.43 48.61 A" 0.9563
742.2 13.47 6.266 A" 0.9563
741.1 13.49 10.72 A" 0.9563
731.2 13.68 4.157 A" 0.9563
728.9 13.72 0.0116 A" 0.9563
727.3 13.75 5.178 A" 0.9563
727 13.76 3.754 A' 0.9563
720.9 13.87 1.975 A" 0.9563
713.8 14.01 0.4753 A" 0.9563
711.9 14.05 1.818 A' 0.9563
711.1 14.06 12.6 A" 0.9563
706.9 14.15 0.6029 A' 0.9563
697.1 14.34 0.2167 A" 0.9563
691 14.47 3.384 A' 0.9563
680.8 14.69 6.88 A' 0.9563
676 14.79 0.0678 A" 0.9563
671.7 14.89 0.1249 A" 0.9563
668 14.97 1.261 A" 0.9563
666.3 15.01 2.235 A' 0.9563
661.6 15.11 3.845 A' 0.9563
651.8 15.34 3.211 A' 0.9563
647 15.46 0.014 A" 0.9563
640.9 15.6 6.806 A' 0.9563
635 15.75 0.6479 A" 0.9563
630.1 15.87 6.075 A' 0.9563
628.9 15.9 3.422 A' 0.9563
628.2 15.92 0.0085 A" 0.9563
623.2 16.05 7.135 A' 0.9563
616.4 16.22 3.509 A' 0.9563
612.8 16.32 0.1772 A" 0.9563
608.9 16.42 0.4657 A" 0.9563
605.9 16.5 4.216 A' 0.9563
602.1 16.61 0.0605 A" 0.9563
594.5 16.82 0.0372 A" 0.9563
592.9 16.87 5.511 A' 0.9563
585.3 17.08 0.0137 A" 0.9563
582.6 17.16 0.32 A' 0.9563
579.6 17.25 0.7072 A" 0.9563
575.4 17.38 0.3463 A' 0.9563
569.5 17.56 1.764 A' 0.9563
566.6 17.65 0.0103 A" 0.9563
563.5 17.75 18.51 A' 0.9563
553.7 18.06 0.7428 A" 0.9563
551.1 18.14 0.0417 A' 0.9563
542.9 18.42 0.4318 A" 0.9563
542.9 18.42 1.3 A' 0.9563
537.6 18.6 1.265 A" 0.9563
533.4 18.75 0.0005 A" 0.9563
529.8 18.87 0.5038 A" 0.9563
528.3 18.93 0.512 A' 0.9563
509.6 19.62 1.261 A' 0.9563
508.6 19.66 0.1253 A" 0.9563
505.4 19.79 9.424 A' 0.9563
496.6 20.14 1.55 A' 0.9563
490.8 20.38 0.0044 A" 0.9563
483.7 20.67 0.0248 A" 0.9563
478.2 20.91 0.0017 A" 0.9563
477.6 20.94 2.924 A' 0.9563
472.2 21.18 1.954 A" 0.9563
462.3 21.63 7.537 A' 0.9563
455.4 21.96 2.515 A" 0.9563
449.9 22.23 7.053 A' 0.9563
446.1 22.42 0.6218 A" 0.9563
439.6 22.75 2.376 A' 0.9563
418.1 23.92 0.6681 A' 0.9563
415.8 24.05 1.267 A" 0.9563
397 25.19 0.9842 A' 0.9563
393 25.44 0.0198 A" 0.9563
388.3 25.76 0.2114 A" 0.9563
386.7 25.86 3.699 A' 0.9563
375 26.67 0.1545 A" 0.9563
371 26.95 4.69 A' 0.9563
369.9 27.04 0.0132 A" 0.9563
358 27.94 3.775 A' 0.9563
356.4 28.06 0.0001 A" 0.9563
344.9 28.99 0.069 A" 0.9563
333.1 30.02 2.183 A' 0.9563
328 30.49 0.5673 A" 0.9563
318.2 31.43 0.7135 A' 0.9563
299.2 33.42 0.0795 A" 0.9563
296 33.79 0.0019 A" 0.9563
293.8 34.04 0.0127 A" 0.9563
291.9 34.26 11.5 A' 0.9563
290.6 34.41 4.24 A' 0.9563
278.2 35.94 0.4131 A" 0.9563
273.4 36.57 7.268 A' 0.9563
269.8 37.07 1.192 A" 0.9563
264.8 37.77 18.99 A' 0.9563
261.6 38.23 1.266 A" 0.9563
250.8 39.87 0.4094 A" 0.9563
232.5 43.01 0.0892 A" 0.9563
227.6 43.94 5.715 A' 0.9563
213.1 46.92 0.3368 A' 0.9563
193.2 51.76 0.0081 A" 0.9563
179.1 55.83 0.0894 A" 0.9563
161.1 62.09 0.0512 A" 0.9563
160 62.5 0.178 A' 0.9563
153.2 65.26 0.0939 A' 0.9563
143.7 69.58 0.1761 A" 0.9563
135.5 73.82 0.0678 A" 0.9563
128.9 77.57 0.583 A" 0.9563
118.2 84.58 0.0094 A" 0.9563
109.1 91.68 0.0016 A" 0.9563
99.24 100.8 0.157 A" 0.9563
96.75 103.4 0.3642 A' 0.9563
79.45 125.9 0.003 A" 0.9563
76.9 130 0.0119 A" 0.9563
66.04 151.4 0.6644 A" 0.9563
51.41 194.5 0.2668 A" 0.9563
38.11 262.4 0.0013 A" 0.9563
36.62 273.1 0 A" 0.9563
28.25 354 0.0198 A" 0.9563
19.13 522.8 0.0006 A" 0.9563
15.71 636.6 0.0049 A" 0.9563
7.533 1328 0 A" 0.9563
0.6239 1.603e+4 0.0067 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)