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uid 589
scaling factor 0.958

Transitions — Left-clk & drag: Zoom; Right-clk: reset

Transitions

Frequency
[wavenumbers] 		Wavelength
[microns] 		Integrated cross-section
[km/mol] 		Symmetry Scaling factor
3075 3.252 42.9 A 0.958
3075 3.252 65.26 A 0.958
3074 3.253 74.41 A 0.958
3073 3.254 92.48 A 0.958
3073 3.254 49.98 A 0.958
3060 3.268 8.033 A 0.958
3058 3.271 17.66 A 0.958
3057 3.271 15.79 A 0.958
3057 3.272 26.92 A 0.958
3056 3.272 21.87 A 0.958
3056 3.272 21 A 0.958
3055 3.273 5.224 A 0.958
3054 3.274 1.176 A 0.958
3054 3.274 12.19 A 0.958
3053 3.275 2.676 A 0.958
3053 3.276 1.112 A 0.958
3052 3.277 0.3979 A 0.958
3051 3.277 1.112 A 0.958
3043 3.286 28.85 A 0.958
2947 3.393 56.14 A 0.958
2940 3.402 44.13 A 0.958
2878 3.474 2.737 A 0.958
2870 3.484 23.34 A 0.958
2861 3.496 70.18 A 0.958
2855 3.503 46.48 A 0.958
2842 3.519 102.4 A 0.958
2836 3.526 21.39 A 0.958
2834 3.529 69.99 A 0.958
2798 3.574 127 A 0.958
1624 6.156 41.04 A 0.958
1614 6.197 69.81 A 0.958
1612 6.203 41.11 A 0.958
1606 6.228 0.6957 A 0.958
1601 6.246 5.785 A 0.958
1598 6.258 7.885 A 0.958
1594 6.272 55.56 A 0.958
1588 6.295 111.3 A 0.958
1584 6.312 115.8 A 0.958
1581 6.327 46.27 A 0.958
1579 6.334 65.31 A 0.958
1575 6.351 4.703 A 0.958
1572 6.362 45.84 A 0.958
1567 6.383 7.612 A 0.958
1565 6.389 63.34 A 0.958
1560 6.409 8.924 A 0.958
1558 6.417 30.92 A 0.958
1556 6.425 0.5437 A 0.958
1548 6.459 38.25 A 0.958
1543 6.48 31.92 A 0.958
1539 6.497 18.72 A 0.958
1539 6.498 17.24 A 0.958
1527 6.55 5.6 A 0.958
1515 6.601 27.89 A 0.958
1509 6.626 83.16 A 0.958
1507 6.637 5.098 A 0.958
1503 6.653 26.16 A 0.958
1495 6.689 74.88 A 0.958
1489 6.717 19 A 0.958
1484 6.74 54.78 A 0.958
1481 6.751 16.53 A 0.958
1480 6.759 27.7 A 0.958
1473 6.787 71.34 A 0.958
1469 6.81 17.38 A 0.958
1466 6.821 19.69 A 0.958
1465 6.827 10.62 A 0.958
1462 6.838 10.58 A 0.958
1458 6.856 1.907 A 0.958
1457 6.864 3.041 A 0.958
1454 6.876 1.341 A 0.958
1451 6.891 47.98 A 0.958
1449 6.901 3.377 A 0.958
1447 6.912 2.825 A 0.958
1443 6.928 13.86 A 0.958
1437 6.957 17.69 A 0.958
1435 6.97 9.345 A 0.958
1433 6.979 38.97 A 0.958
1429 6.997 12.68 A 0.958
1424 7.022 20.53 A 0.958
1423 7.027 0.1474 A 0.958
1420 7.044 2.816 A 0.958
1417 7.059 14.1 A 0.958
1416 7.064 21.64 A 0.958
1412 7.083 2.216 A 0.958
1407 7.107 27.5 A 0.958
1402 7.134 4.398 A 0.958
1398 7.152 3.429 A 0.958
1398 7.154 2.891 A 0.958
1395 7.166 14.24 A 0.958
1394 7.174 6.793 A 0.958
1392 7.184 7.615 A 0.958
1391 7.187 27.47 A 0.958
1389 7.198 25.57 A 0.958
1386 7.214 6.404 A 0.958
1383 7.229 21.68 A 0.958
1381 7.24 2.48 A 0.958
1381 7.242 67.68 A 0.958
1379 7.251 33.35 A 0.958
1379 7.252 14.34 A 0.958
1373 7.283 28.32 A 0.958
1371 7.294 0.3721 A 0.958
1367 7.313 7.47 A 0.958
1366 7.32 12.78 A 0.958
1364 7.332 20.74 A 0.958
1362 7.341 0.9219 A 0.958
1358 7.363 3.258 A 0.958
1356 7.375 33.19 A 0.958
1353 7.393 36.63 A 0.958
1347 7.426 22.51 A 0.958
1345 7.432 36.96 A 0.958
1343 7.449 159.3 A 0.958
1340 7.46 18.09 A 0.958
1339 7.471 8.584 A 0.958
1337 7.48 80.38 A 0.958
1332 7.505 43.08 A 0.958
1329 7.525 67.42 A 0.958
1327 7.534 48.56 A 0.958
1325 7.549 4.96 A 0.958
1323 7.56 11.17 A 0.958
1316 7.601 87.2 A 0.958
1313 7.615 122.2 A 0.958
1311 7.628 8.652 A 0.958
1305 7.662 34.5 A 0.958
1302 7.683 18.45 A 0.958
1298 7.707 34.76 A 0.958
1291 7.749 100.5 A 0.958
1288 7.762 69.26 A 0.958
1284 7.788 83.94 A 0.958
1279 7.821 79.64 A 0.958
1277 7.831 7.265 A 0.958
1267 7.895 2.59 A 0.958
1265 7.904 3.159 A 0.958
1256 7.962 11.18 A 0.958
1252 7.989 21.16 A 0.958
1243 8.045 31.01 A 0.958
1232 8.12 0.3166 A 0.958
1224 8.168 1.238 A 0.958
1221 8.192 6.29 A 0.958
1220 8.199 9.46 A 0.958
1217 8.218 10.18 A 0.958
1216 8.225 11.17 A 0.958
1211 8.259 0.6906 A 0.958
1210 8.266 1.251 A 0.958
1207 8.288 6.695 A 0.958
1200 8.335 8.27 A 0.958
1196 8.359 5.771 A 0.958
1190 8.4 7.652 A 0.958
1188 8.419 4.872 A 0.958
1186 8.433 5.995 A 0.958
1180 8.476 17.06 A 0.958
1177 8.496 3.003 A 0.958
1173 8.528 10.03 A 0.958
1172 8.532 29.63 A 0.958
1169 8.552 15.46 A 0.958
1166 8.578 4.519 A 0.958
1159 8.628 3.253 A 0.958
1154 8.664 2.218 A 0.958
1145 8.736 6.446 A 0.958
1141 8.767 19.41 A 0.958
1136 8.806 7.548 A 0.958
1131 8.841 2.477 A 0.958
1129 8.855 18.41 A 0.958
1113 8.985 1.551 A 0.958
1104 9.059 3.742 A 0.958
1099 9.103 2.154 A 0.958
1085 9.215 4.613 A 0.958
1066 9.379 1.372 A 0.958
1062 9.42 6.294 A 0.958
1053 9.498 3.124 A 0.958
1049 9.53 4.08 A 0.958
1041 9.602 4.305 A 0.958
1039 9.626 8.911 A 0.958
1035 9.666 0.1258 A 0.958
1026 9.751 5.931 A 0.958
1021 9.799 17.3 A 0.958
1018 9.827 0.5723 A 0.958
992.1 10.08 1.122 A 0.958
984.8 10.15 0.0246 A 0.958
983.9 10.16 0.012 A 0.958
982.8 10.17 0.0077 A 0.958
981.7 10.19 3.652 A 0.958
980 10.2 0.5987 A 0.958
977.9 10.23 0.3967 A 0.958
949.5 10.53 0.5051 A 0.958
938.9 10.65 16.01 A 0.958
937.3 10.67 22.08 A 0.958
932.6 10.72 3.792 A 0.958
926.8 10.79 2.578 A 0.958
924.4 10.82 5.926 A 0.958
922.5 10.84 150.9 A 0.958
921.4 10.85 1.925 A 0.958
918.8 10.88 10.13 A 0.958
915.4 10.92 10.83 A 0.958
913.7 10.94 12.26 A 0.958
911.4 10.97 20.44 A 0.958
901.4 11.09 0.7723 A 0.958
894.6 11.18 1.424 A 0.958
890.8 11.23 0.8054 A 0.958
885.5 11.29 6.732 A 0.958
881.3 11.35 2.948 A 0.958
880 11.36 1.342 A 0.958
878.7 11.38 4.796 A 0.958
874.6 11.43 2.377 A 0.958
867.7 11.53 0.9311 A 0.958
864.9 11.56 0.4752 A 0.958
850.4 11.76 9.161 A 0.958
839.8 11.91 4.462 A 0.958
829.6 12.05 1.422 A 0.958
819.9 12.2 2.461 A 0.958
809.7 12.35 32.68 A 0.958
806.1 12.4 13.92 A 0.958
803.5 12.45 9.975 A 0.958
801.3 12.48 0.2869 A 0.958
800.1 12.5 0.6467 A 0.958
797.3 12.54 3.177 A 0.958
793.5 12.6 0.0478 A 0.958
790.4 12.65 0.9798 A 0.958
787.8 12.69 7.569 A 0.958
784.7 12.74 10.22 A 0.958
779.7 12.83 1.087 A 0.958
778.6 12.84 4.054 A 0.958
775.8 12.89 0.672 A 0.958
775.5 12.89 2.098 A 0.958
773.1 12.94 0.4868 A 0.958
769.9 12.99 0.035 A 0.958
768.2 13.02 0.3612 A 0.958
760.2 13.15 4.218 A 0.958
757.8 13.2 0.3151 A 0.958
755.6 13.23 0.9487 A 0.958
753.9 13.26 0.7462 A 0.958
749 13.35 6.491 A 0.958
746.7 13.39 0.1282 A 0.958
742.8 13.46 2.345 A 0.958
736 13.59 0.1095 A 0.958
733.8 13.63 0.1375 A 0.958
732.9 13.64 3.613 A 0.958
731.3 13.67 0.2687 A 0.958
729.7 13.7 1.701 A 0.958
724.9 13.8 0.2336 A 0.958
722.3 13.84 0.6812 A 0.958
719.8 13.89 0.1951 A 0.958
718.2 13.92 0.0739 A 0.958
711.8 14.05 0.1874 A 0.958
709 14.1 0.2758 A 0.958
701 14.27 0.0609 A 0.958
695.5 14.38 0.0769 A 0.958
691.4 14.46 1.639 A 0.958
684.3 14.61 1.634 A 0.958
679.9 14.71 0.9153 A 0.958
679.4 14.72 1.474 A 0.958
672.1 14.88 0.0214 A 0.958
671 14.9 1.948 A 0.958
666.7 15 0.5873 A 0.958
660.8 15.13 1.287 A 0.958
659.5 15.16 1.587 A 0.958
654.2 15.29 0.7009 A 0.958
649.8 15.39 0.1028 A 0.958
645.9 15.48 0.0837 A 0.958
643 15.55 3.549 A 0.958
641.9 15.58 3.13 A 0.958
639.1 15.65 0.3419 A 0.958
637.6 15.68 2.445 A 0.958
634.6 15.76 2.772 A 0.958
630.5 15.86 0.2431 A 0.958
625.8 15.98 2.052 A 0.958
619.2 16.15 2.112 A 0.958
610.8 16.37 4.621 A 0.958
603.1 16.58 2.955 A 0.958
602.1 16.61 0.4654 A 0.958
597.6 16.73 1.526 A 0.958
594.9 16.81 0.0762 A 0.958
592.3 16.88 0.2064 A 0.958
590 16.95 0.7675 A 0.958
589 16.98 4.277 A 0.958
585.6 17.08 0.8228 A 0.958
584.4 17.11 1.94 A 0.958
582.3 17.17 6.307 A 0.958
581.2 17.21 3.518 A 0.958
578.5 17.29 13.6 A 0.958
578.3 17.29 2.497 A 0.958
574.3 17.41 1.14 A 0.958
570.6 17.52 8.455 A 0.958
567.5 17.62 1.203 A 0.958
562.2 17.79 0.4638 A 0.958
556.6 17.97 0.5424 A 0.958
555.5 18 0.3502 A 0.958
552.1 18.11 6.949 A 0.958
543.1 18.41 5.096 A 0.958
539.3 18.54 0.9639 A 0.958
536.6 18.64 2.13 A 0.958
534.3 18.72 0.2692 A 0.958
523 19.12 0.7849 A 0.958
514.4 19.44 0.1771 A 0.958
508.2 19.68 2.889 A 0.958
500.8 19.97 0.4452 A 0.958
499.6 20.02 0.8661 A 0.958
498.3 20.07 2.408 A 0.958
491.1 20.36 0.0584 A 0.958
486.4 20.56 0.8598 A 0.958
472.7 21.16 0.2828 A 0.958
472.3 21.17 0.2759 A 0.958
451.6 22.15 1.756 A 0.958
442.9 22.58 0.2413 A 0.958
439.3 22.77 0.2724 A 0.958
438 22.83 0.1468 A 0.958
430.8 23.21 0.3171 A 0.958
426.5 23.44 0.8841 A 0.958
426.1 23.47 1.52 A 0.958
425.3 23.51 2.344 A 0.958
419.2 23.86 0.5743 A 0.958
414.6 24.12 0.006 A 0.958
411.1 24.32 0.5434 A 0.958
406.7 24.59 0.124 A 0.958
404.7 24.71 0.5664 A 0.958
399.6 25.02 5.013 A 0.958
398.2 25.11 0.0907 A 0.958
397.6 25.15 4.083 A 0.958
386.3 25.88 0.5942 A 0.958
385.8 25.92 0.2495 A 0.958
379.1 26.38 2.259 A 0.958
364.7 27.42 0.1806 A 0.958
361.5 27.66 0.3629 A 0.958
358.5 27.89 0.1565 A 0.958
351.3 28.46 3.028 A 0.958
350.1 28.56 0.114 A 0.958
341.6 29.27 0.5589 A 0.958
338.4 29.55 1.61 A 0.958
329 30.39 0.3212 A 0.958
311.4 32.11 0.5577 A 0.958
308.5 32.41 0.3964 A 0.958
303.5 32.95 0.6883 A 0.958
299.2 33.42 5.178 A 0.958
291.8 34.27 4.362 A 0.958
291.8 34.27 2.954 A 0.958
289.5 34.54 0.2988 A 0.958
285.2 35.06 1.208 A 0.958
281.6 35.51 0.635 A 0.958
266.3 37.55 1.06 A 0.958
263.3 37.97 0.4819 A 0.958
244.8 40.85 0.116 A 0.958
238.7 41.89 0.5839 A 0.958
234.2 42.7 0.0403 A 0.958
231.9 43.13 0.0544 A 0.958
219.4 45.57 0.948 A 0.958
208.4 47.98 0.3123 A 0.958
205.7 48.61 0.1268 A 0.958
200.6 49.85 6.23 A 0.958
199.3 50.18 1.555 A 0.958
194.1 51.52 0.2771 A 0.958
188 53.19 0.023 A 0.958
187.2 53.42 1.121 A 0.958
176.2 56.77 0.4337 A 0.958
166.2 60.17 0.0719 A 0.958
160.4 62.34 0.58 A 0.958
149 67.13 4.442 A 0.958
133.3 75.04 1.485 A 0.958
128.5 77.84 1.395 A 0.958
128.1 78.09 0.1044 A 0.958
117.4 85.16 0.1786 A 0.958
107.3 93.2 0.8054 A 0.958
92.92 107.6 0.6134 A 0.958
74.2 134.8 0.1079 A 0.958
72.55 137.8 0.0276 A 0.958
71.11 140.6 0.1887 A 0.958
65.48 152.7 0.5372 A 0.958
43.53 229.7 0.0653 A 0.958
38.06 262.8 0.0241 A 0.958
33.67 297 2.927 A 0.958
18.12 552 0.1301 A 0.958
17.56 569.5 0.0562 A 0.958

Vibrations

Note(s):

You are kindly asked to consider the following references for citation when using the database:

700 species present in version 2.00 of the theoretical database (Oct 29, 2013)