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uid 652
scaling factor 0.958

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

Transitions

Frequency
[wavenumbers]
Wavelength
[microns]
Integrated cross-section
[km/mol]
Symmetry Scaling factor
3057 3.271 211.1 A' 0.958
3057 3.271 273.4 A' 0.958
3057 3.271 48.88 A' 0.958
3056 3.272 165.3 A' 0.958
3055 3.274 272.7 A' 0.958
3053 3.275 154.7 A' 0.958
3042 3.288 65.83 A' 0.958
3041 3.288 47.73 A' 0.958
3041 3.288 167.5 A' 0.958
3040 3.289 72.03 A' 0.958
3039 3.291 105 A' 0.958
3038 3.292 2.399 A' 0.958
3037 3.292 2.775 A' 0.958
3037 3.292 13.21 A' 0.958
3036 3.293 2.023 A' 0.958
3036 3.294 4.798 A' 0.958
3035 3.294 0.2022 A' 0.958
3035 3.295 18.86 A' 0.958
3035 3.295 13.93 A' 0.958
3034 3.296 0.7834 A' 0.958
3033 3.297 2.728 A' 0.958
3033 3.297 1.37 A' 0.958
3033 3.297 0.0313 A' 0.958
3032 3.298 81.36 A' 0.958
3032 3.298 2.143 A' 0.958
3030 3.3 9.023 A' 0.958
3028 3.303 6.697 A' 0.958
1611 6.209 2.064 A' 0.958
1610 6.21 7.488 A' 0.958
1608 6.219 16.7 A' 0.958
1607 6.222 4.999 A' 0.958
1602 6.242 4.631 A' 0.958
1595 6.268 8.644 A' 0.958
1595 6.271 6.515 A' 0.958
1592 6.283 11.41 A' 0.958
1588 6.298 8.313 A' 0.958
1587 6.303 48.99 A' 0.958
1586 6.304 2.315 A' 0.958
1584 6.314 13.51 A' 0.958
1580 6.331 60.01 A' 0.958
1578 6.336 88.9 A' 0.958
1576 6.346 99.38 A' 0.958
1572 6.36 8.44 A' 0.958
1570 6.371 10.36 A' 0.958
1564 6.394 611.9 A' 0.958
1561 6.408 46.38 A' 0.958
1559 6.412 3.458 A' 0.958
1558 6.417 142.5 A' 0.958
1554 6.433 196.5 A' 0.958
1551 6.447 12.87 A' 0.958
1544 6.475 28.75 A' 0.958
1540 6.492 58.71 A' 0.958
1539 6.496 1.069 A' 0.958
1536 6.511 11.79 A' 0.958
1529 6.539 25.92 A' 0.958
1524 6.562 24.8 A' 0.958
1517 6.591 5.793 A' 0.958
1513 6.611 0.2196 A' 0.958
1506 6.639 10.19 A' 0.958
1504 6.647 23.63 A' 0.958
1502 6.659 12.24 A' 0.958
1496 6.683 39.63 A' 0.958
1494 6.695 10.09 A' 0.958
1488 6.72 19.83 A' 0.958
1485 6.732 34.77 A' 0.958
1484 6.739 15.21 A' 0.958
1478 6.767 59.7 A' 0.958
1474 6.785 40.6 A' 0.958
1469 6.805 9.016 A' 0.958
1468 6.811 7.417 A' 0.958
1464 6.829 5.514 A' 0.958
1462 6.841 1.639 A' 0.958
1460 6.85 11.81 A' 0.958
1459 6.853 14.09 A' 0.958
1456 6.87 1.238 A' 0.958
1453 6.882 11.93 A' 0.958
1452 6.888 10.59 A' 0.958
1442 6.935 28.23 A' 0.958
1441 6.938 7.667 A' 0.958
1439 6.949 20.15 A' 0.958
1435 6.967 6.496 A' 0.958
1434 6.973 7.157 A' 0.958
1433 6.978 3.079 A' 0.958
1427 7.005 2.519 A' 0.958
1424 7.023 4.937 A' 0.958
1423 7.026 3.303 A' 0.958
1422 7.035 18.87 A' 0.958
1419 7.049 7.039 A' 0.958
1417 7.055 17.76 A' 0.958
1416 7.061 7.523 A' 0.958
1414 7.074 1.73 A' 0.958
1413 7.079 13.47 A' 0.958
1408 7.103 2.014 A' 0.958
1405 7.116 12.93 A' 0.958
1402 7.135 7.098 A' 0.958
1400 7.143 2.229 A' 0.958
1396 7.165 15.69 A' 0.958
1393 7.178 7.979 A' 0.958
1392 7.185 16.49 A' 0.958
1390 7.193 14.51 A' 0.958
1389 7.202 3.923 A' 0.958
1386 7.215 15.16 A' 0.958
1384 7.224 5.708 A' 0.958
1383 7.232 14.62 A' 0.958
1382 7.235 1.697 A' 0.958
1381 7.239 15.83 A' 0.958
1380 7.245 0.2184 A' 0.958
1379 7.254 4.179 A' 0.958
1377 7.264 2.903 A' 0.958
1376 7.27 0.8734 A' 0.958
1374 7.278 4.209 A' 0.958
1372 7.291 2.561 A' 0.958
1371 7.296 22.37 A' 0.958
1369 7.307 10.83 A' 0.958
1367 7.318 15.41 A' 0.958
1365 7.326 7.465 A' 0.958
1364 7.331 4.589 A' 0.958
1361 7.35 0.8981 A' 0.958
1360 7.352 2.804 A' 0.958
1357 7.367 4.587 A' 0.958
1357 7.369 1.614 A' 0.958
1355 7.38 26.48 A' 0.958
1353 7.39 4.497 A' 0.958
1349 7.411 13.23 A' 0.958
1348 7.419 3.26 A' 0.958
1343 7.447 4.256 A' 0.958
1341 7.455 2.748 A' 0.958
1340 7.463 20 A' 0.958
1335 7.49 4.762 A' 0.958
1333 7.504 29.3 A' 0.958
1330 7.518 20.63 A' 0.958
1326 7.543 3.102 A' 0.958
1322 7.564 0.0222 A' 0.958
1319 7.579 28.66 A' 0.958
1315 7.604 15.44 A' 0.958
1314 7.612 7.385 A' 0.958
1308 7.643 68.92 A' 0.958
1306 7.655 28.43 A' 0.958
1303 7.672 115.3 A' 0.958
1298 7.703 15.42 A' 0.958
1297 7.712 29.42 A' 0.958
1293 7.733 47.05 A' 0.958
1288 7.763 212.6 A' 0.958
1283 7.794 382.4 A' 0.958
1279 7.817 382.1 A' 0.958
1276 7.835 99 A' 0.958
1271 7.87 100.7 A' 0.958
1268 7.885 179.4 A' 0.958
1266 7.899 42.9 A' 0.958
1261 7.933 91.17 A' 0.958
1254 7.975 7.195 A' 0.958
1239 8.07 0.732 A' 0.958
1231 8.125 16.56 A' 0.958
1228 8.141 6.546 A' 0.958
1224 8.171 17.97 A' 0.958
1221 8.189 11.62 A' 0.958
1217 8.215 18.84 A' 0.958
1212 8.251 12.5 A' 0.958
1210 8.265 19.96 A' 0.958
1209 8.274 3.742 A' 0.958
1203 8.316 0.4903 A' 0.958
1202 8.319 17.6 A' 0.958
1199 8.339 11.14 A' 0.958
1196 8.364 28.64 A' 0.958
1193 8.384 5.271 A' 0.958
1190 8.403 14.49 A' 0.958
1184 8.448 26.82 A' 0.958
1181 8.468 77.31 A' 0.958
1176 8.501 116.5 A' 0.958
1174 8.521 227 A' 0.958
1172 8.533 3.564 A' 0.958
1170 8.548 9.474 A' 0.958
1164 8.594 79.74 A' 0.958
1160 8.618 19.03 A' 0.958
1157 8.644 28.05 A' 0.958
1150 8.694 29.26 A' 0.958
1144 8.74 9.244 A' 0.958
1137 8.798 3.879 A' 0.958
1132 8.832 27.61 A' 0.958
1121 8.923 2.303 A' 0.958
1117 8.951 2.389 A' 0.958
1105 9.05 4.048 A' 0.958
1099 9.099 0.2249 A' 0.958
1083 9.233 4.308 A' 0.958
1077 9.287 3.237 A' 0.958
1071 9.34 10.41 A' 0.958
1063 9.411 0.643 A' 0.958
1058 9.448 0.1797 A' 0.958
1050 9.527 1.048 A' 0.958
1043 9.587 3.314 A' 0.958
1039 9.621 2.629 A' 0.958
1036 9.652 2.882 A' 0.958
1020 9.804 1.514 A' 0.958
1014 9.866 2.19 A' 0.958
1000 9.998 0.0023 A' 0.958
984 10.16 5.933 A' 0.958
980.4 10.2 2.442 A' 0.958
972.8 10.28 1.964 A' 0.958
970.1 10.31 0.0053 A" 0.958
969.1 10.32 0.0006 A" 0.958
968.4 10.33 0.0013 A" 0.958
965.9 10.35 0.0115 A" 0.958
963.5 10.38 0.0001 A" 0.958
959.5 10.42 0.0073 A" 0.958
949.1 10.54 1.256 A' 0.958
933.5 10.71 0.616 A' 0.958
931 10.74 0.4259 A' 0.958
923.6 10.83 3.054 A' 0.958
916.6 10.91 4.52 A' 0.958
913.3 10.95 3.24 A' 0.958
902.9 11.08 148.3 A" 0.958
900.3 11.11 68.7 A" 0.958
896 11.16 53.33 A" 0.958
895.9 11.16 7.104 A' 0.958
893.2 11.2 9.22 A" 0.958
891.2 11.22 69.63 A" 0.958
889.1 11.25 0.4552 A' 0.958
887.5 11.27 11.2 A" 0.958
876.9 11.4 0.1626 A" 0.958
874.2 11.44 0.213 A' 0.958
873.3 11.45 5.019 A" 0.958
866.3 11.54 1.842 A" 0.958
862.2 11.6 2.012 A' 0.958
859.5 11.64 0.5073 A" 0.958
858.6 11.65 0.7785 A' 0.958
852.8 11.73 2.019 A' 0.958
849.3 11.77 0.004 A" 0.958
845.6 11.83 0.4664 A' 0.958
842.9 11.86 1.108 A" 0.958
842.8 11.87 8.263 A' 0.958
835.5 11.97 9.552 A" 0.958
826 12.11 1.426 A" 0.958
823.6 12.14 2.531 A' 0.958
817.3 12.24 3.277 A' 0.958
813.1 12.3 0.2116 A' 0.958
808.8 12.36 2.004 A' 0.958
807.6 12.38 0.0305 A" 0.958
794.7 12.58 0.0425 A" 0.958
794.7 12.58 2.418 A' 0.958
793.1 12.61 23.11 A" 0.958
790.8 12.65 0.0001 A" 0.958
786.6 12.71 1.186 A' 0.958
783.8 12.76 2.764 A" 0.958
783.5 12.76 1.101 A" 0.958
780 12.82 3.838 A" 0.958
779 12.84 5.777 A" 0.958
777.8 12.86 4.236 A' 0.958
775 12.9 6.598 A" 0.958
773.6 12.93 0.6363 A' 0.958
772.7 12.94 0.1356 A" 0.958
771 12.97 0.3341 A" 0.958
767.9 13.02 1.143 A' 0.958
766.9 13.04 0.0282 A" 0.958
762.6 13.11 0.5759 A' 0.958
761.3 13.14 3.915 A" 0.958
760.8 13.14 0.6703 A" 0.958
758.6 13.18 1.628 A" 0.958
756.3 13.22 1.723 A' 0.958
754.8 13.25 0.0715 A" 0.958
753.2 13.28 0.0036 A" 0.958
746.6 13.39 2.239 A' 0.958
746.1 13.4 0.2215 A" 0.958
742.6 13.47 0.2272 A" 0.958
742.1 13.48 0.0315 A" 0.958
735.5 13.6 0.0002 A" 0.958
732 13.66 0.2652 ?A 0.958
731.7 13.67 1.752 ?A 0.958
730.4 13.69 0.0202 A' 0.958
729.4 13.71 0.0882 A" 0.958
727.8 13.74 0.0031 A" 0.958
724.7 13.8 0.0483 A" 0.958
719.8 13.89 0.063 A" 0.958
717.6 13.94 0.1199 A' 0.958
715.7 13.97 0.5763 A" 0.958
714.6 13.99 0.0132 A" 0.958
711.3 14.06 0.6702 A" 0.958
710.1 14.08 1.957 A' 0.958
708 14.13 0 A" 0.958
707.4 14.14 1.5 A' 0.958
704.1 14.2 0.0402 A" 0.958
701.5 14.26 0.2991 A' 0.958
698.5 14.32 0.0175 A' 0.958
693.1 14.43 0.6532 A" 0.958
692.6 14.44 0.4453 A' 0.958
690.9 14.47 0.0073 A" 0.958
683.9 14.62 2.749 A" 0.958
678.3 14.74 0.4635 A" 0.958
674.8 14.82 0.0822 A" 0.958
673.4 14.85 0.7144 A' 0.958
671.1 14.9 0.0955 A" 0.958
670.1 14.92 0.2002 A' 0.958
669.5 14.94 1.446 A" 0.958
665.7 15.02 0.1806 A" 0.958
661.3 15.12 0.6431 A' 0.958
657.6 15.21 4.289 A' 0.958
656.7 15.23 0.1327 A" 0.958
653.4 15.3 0.0474 A" 0.958
647.6 15.44 1.075 A' 0.958
645.2 15.5 0.8287 A' 0.958
644.2 15.52 0.0389 A" 0.958
641.9 15.58 0.2595 A' 0.958
637.8 15.68 0.0402 A' 0.958
634.5 15.76 2.493 A' 0.958
634.1 15.77 0.145 A" 0.958
629.9 15.88 1.371 A' 0.958
625 16 1.714 A' 0.958
617.8 16.19 0.7878 A' 0.958
611.7 16.35 0.6804 A' 0.958
609.6 16.4 0.4487 A" 0.958
605.8 16.51 5.083 A' 0.958
602.2 16.6 1.596 A' 0.958
601.1 16.64 4.957 A" 0.958
598.7 16.7 0.9871 A' 0.958
595.7 16.79 0.015 A" 0.958
594.9 16.81 0.9009 A" 0.958
591.7 16.9 5.105 A" 0.958
589.8 16.95 0.0468 A" 0.958
589 16.98 0.5196 A" 0.958
588.2 17 0.0019 A" 0.958
585.7 17.07 1.687 A' 0.958
582.7 17.16 0.3911 A" 0.958
576.7 17.34 4.34 A" 0.958
575 17.39 0.232 A" 0.958
574.3 17.41 1.643 A' 0.958
573.4 17.44 8.095 A" 0.958
572 17.48 2.736 A" 0.958
571.1 17.51 0.0417 A" 0.958
567.4 17.62 3.44 A' 0.958
565.8 17.67 0.0019 A" 0.958
565.2 17.69 2.356 A' 0.958
562.1 17.79 0.2223 A' 0.958
561.3 17.82 0.4604 A" 0.958
558.1 17.92 0.7005 A' 0.958
549.7 18.19 1.143 A' 0.958
549.4 18.2 0.1032 A" 0.958
547.7 18.26 3.141 A' 0.958
544.8 18.35 2.824 A' 0.958
540 18.52 0.0752 A" 0.958
532.6 18.78 3.679 A' 0.958
530.8 18.84 0.0025 A" 0.958
521.5 19.18 0.926 A' 0.958
515.3 19.41 0.2504 A' 0.958
509.8 19.62 0.0677 A" 0.958
508 19.68 0.7899 A' 0.958
498.9 20.04 0.449 A' 0.958
496.3 20.15 0.5043 A' 0.958
484.5 20.64 3.899 A' 0.958
480.2 20.82 0.0213 A" 0.958
471.7 21.2 2.415 A' 0.958
468 21.37 2.236 A' 0.958
459.9 21.74 0.3085 A' 0.958
457 21.88 2.111 A' 0.958
454.2 22.02 0.002 A" 0.958
444 22.52 0.1224 A" 0.958
442.6 22.59 2.627 A' 0.958
439 22.78 0.0262 A" 0.958
434.9 23 0.0351 A" 0.958
428 23.37 0.0203 A" 0.958
427.3 23.4 0.0169 A" 0.958
421.4 23.73 0.0776 A" 0.958
421.1 23.75 0.0002 A" 0.958
420.5 23.78 5.247 A' 0.958
417.3 23.96 1.502 A" 0.958
416.2 24.03 0.5991 A' 0.958
410.7 24.35 0.586 A' 0.958
409.7 24.41 0.015 A" 0.958
406.4 24.61 0.0295 A" 0.958
401.8 24.89 0.0191 A" 0.958
392.4 25.48 0.0509 A" 0.958
391.5 25.54 1.606 A' 0.958
383 26.11 0.001 A" 0.958
379 26.39 0.0948 A" 0.958
376.8 26.54 6.579 A' 0.958
371.7 26.9 3.176 A' 0.958
365 27.4 0.0133 A" 0.958
362.5 27.58 1.728 A' 0.958
359.9 27.79 0.0399 A" 0.958
354.7 28.19 1.339 A" 0.958
352.6 28.36 0.316 A' 0.958
350.2 28.56 0.0885 A" 0.958
347.2 28.8 0.6565 A' 0.958
338.4 29.55 0.0964 A" 0.958
332.7 30.05 0.1307 A" 0.958
326 30.67 0.0766 A" 0.958
322 31.05 0.0317 A' 0.958
316.4 31.6 0.0013 A" 0.958
314.1 31.83 0.9112 A' 0.958
312.5 32 0.3296 A" 0.958
306.2 32.66 1.835 A" 0.958
304.1 32.88 0.1281 A" 0.958
291.6 34.29 0.1073 A' 0.958
288.2 34.7 0.2465 A" 0.958
275.1 36.35 0.0617 A" 0.958
273.3 36.58 0.0041 A" 0.958
266.3 37.55 1.973 A' 0.958
260.3 38.41 0.4038 A" 0.958
258.2 38.72 0.0009 A" 0.958
248.9 40.17 0.3081 A' 0.958
247.2 40.45 0.9544 A" 0.958
240.6 41.56 2.413 A' 0.958
237 42.19 0.1262 A" 0.958
226.9 44.08 0.1096 A" 0.958
218.3 45.81 0.312 A' 0.958
217.8 45.9 0.2154 A" 0.958
213.2 46.9 0.0605 A" 0.958
204.8 48.84 16.2 A' 0.958
203.3 49.19 1.385 A" 0.958
201.9 49.53 0.1575 A" 0.958
187.7 53.28 0.035 A" 0.958
178.7 55.96 0.0016 A" 0.958
173.7 57.59 0.6085 A' 0.958
166.5 60.07 0.0008 A" 0.958
165.6 60.38 3.587 A' 0.958
154.1 64.88 0.0003 A" 0.958
153.1 65.32 13.25 A' 0.958
150.3 66.55 0.0172 A" 0.958
139 71.96 0.2096 A" 0.958
136.4 73.31 0.0392 A" 0.958
128.7 77.68 0.8185 A" 0.958
108.7 92.03 0.1026 A" 0.958
106.8 93.64 0.799 A" 0.958
98.05 102 0.1455 A" 0.958
90.54 110.5 0.4173 A" 0.958
73.86 135.4 0.096 A" 0.958
70.56 141.7 0.0034 A" 0.958
63.85 156.6 0.0013 A" 0.958
55.75 179.4 0.0018 A" 0.958
43.74 228.6 0.0001 A" 0.958
37.51 266.6 0.0002 A" 0.958
29.42 339.9 0.2947 A" 0.958
19.89 502.8 0.0407 A" 0.958
18.76 533.2 0.0282 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)