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uid 666
scaling factor 0.958

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

Transitions

Frequency
[wavenumbers]
Wavelength
[microns]
Integrated cross-section
[km/mol]
Symmetry Scaling factor
3076 3.251 84.75 A' 0.958
3076 3.251 33.78 A" 0.958
3075 3.252 2.783 A' 0.958
3075 3.252 134.4 A" 0.958
3074 3.253 107.5 A' 0.958
3074 3.253 26.89 A" 0.958
3060 3.268 8.273 A' 0.958
3059 3.27 31.04 A" 0.958
3058 3.27 33.24 A' 0.958
3057 3.271 0.173 A" 0.958
3057 3.271 5.919 A' 0.958
3057 3.271 8.909 A' 0.958
3057 3.272 54.9 A" 0.958
3056 3.272 16.12 A' 0.958
3056 3.272 0.1428 A" 0.958
3055 3.273 1.797 A" 0.958
3055 3.273 24.05 A' 0.958
3054 3.274 8.338 A" 0.958
3054 3.274 0.5369 A' 0.958
3054 3.274 0.529 A" 0.958
3054 3.275 0.6287 A' 0.958
3053 3.276 0.0003 A" 0.958
3052 3.276 1.06 A' 0.958
3052 3.276 0.8783 A" 0.958
2628 3.805 2.873 A' 0.958
1611 6.206 32.04 A' 0.958
1611 6.209 11.63 A" 0.958
1608 6.22 69.83 A' 0.958
1604 6.233 62.29 A" 0.958
1601 6.245 1.583 A' 0.958
1598 6.256 9.23 A" 0.958
1592 6.28 18.51 A" 0.958
1591 6.287 59.44 A' 0.958
1590 6.29 8.342 A" 0.958
1586 6.305 1.559 A' 0.958
1584 6.314 1.517 A' 0.958
1584 6.314 193.3 A" 0.958
1578 6.337 91.01 A' 0.958
1574 6.352 132.4 A" 0.958
1571 6.367 13.37 A' 0.958
1562 6.401 0.7458 A' 0.958
1562 6.404 266.5 A" 0.958
1558 6.419 3.038 A" 0.958
1556 6.428 75.04 A' 0.958
1549 6.454 106.2 A' 0.958
1545 6.474 106.7 A' 0.958
1540 6.493 15.76 A" 0.958
1530 6.536 87.34 A' 0.958
1525 6.559 17.11 A" 0.958
1522 6.568 33 A' 0.958
1515 6.6 5.603 A" 0.958
1506 6.641 2.459 A" 0.958
1503 6.653 36.45 A' 0.958
1497 6.681 15.83 A" 0.958
1495 6.687 2.105 A" 0.958
1492 6.701 158.7 A' 0.958
1484 6.738 30.59 A' 0.958
1477 6.77 143.1 A" 0.958
1473 6.791 13.52 A" 0.958
1472 6.791 59.86 A' 0.958
1466 6.823 1.989 A" 0.958
1465 6.827 28.49 A' 0.958
1464 6.831 0.1542 A" 0.958
1458 6.86 1.257 A' 0.958
1452 6.888 4.936 A' 0.958
1448 6.904 28 A" 0.958
1446 6.915 10.61 A' 0.958
1442 6.936 0.0411 A" 0.958
1440 6.943 16.45 A" 0.958
1437 6.959 2.235 A" 0.958
1434 6.974 1.846 A' 0.958
1429 6.999 0.4546 A" 0.958
1428 7.001 6.861 A' 0.958
1425 7.018 4.644 A' 0.958
1420 7.045 2.661 A" 0.958
1416 7.063 9.987 A' 0.958
1414 7.073 0.1067 A" 0.958
1412 7.081 34.63 A' 0.958
1408 7.103 8.979 A' 0.958
1407 7.107 2.057 A" 0.958
1403 7.13 1.667 A" 0.958
1400 7.141 0.5722 A' 0.958
1400 7.144 24.07 A' 0.958
1397 7.159 32 A' 0.958
1395 7.171 0.5037 A" 0.958
1388 7.202 8.677 A' 0.958
1388 7.206 9.624 A" 0.958
1387 7.212 25 A" 0.958
1387 7.212 0.7667 A' 0.958
1381 7.239 1.503 A" 0.958
1381 7.242 0.8838 A' 0.958
1379 7.25 19.14 A" 0.958
1377 7.26 0.6752 A" 0.958
1374 7.277 2.351 A' 0.958
1372 7.287 3.215 A' 0.958
1370 7.297 2.025 A" 0.958
1368 7.312 13.98 A" 0.958
1366 7.321 7.327 A" 0.958
1364 7.329 20.07 A' 0.958
1359 7.359 3.932 A' 0.958
1356 7.375 0.0535 A' 0.958
1356 7.377 19.91 A" 0.958
1351 7.402 39.03 A' 0.958
1350 7.41 0.2642 A" 0.958
1347 7.425 0.0093 A' 0.958
1343 7.444 17.36 A" 0.958
1336 7.485 2.298 A' 0.958
1336 7.486 18.63 A" 0.958
1329 7.523 94.46 A" 0.958
1326 7.542 2.19 A" 0.958
1324 7.552 69.27 A' 0.958
1316 7.601 0.2061 A" 0.958
1311 7.629 114.3 A" 0.958
1310 7.635 38.94 A' 0.958
1302 7.682 441 A' 0.958
1295 7.723 14.16 A' 0.958
1290 7.751 2.074 A" 0.958
1290 7.755 50.33 A' 0.958
1284 7.788 31.64 A' 0.958
1283 7.796 272.7 A" 0.958
1274 7.847 58.45 A' 0.958
1274 7.851 2.882 A" 0.958
1270 7.872 2.204 A' 0.958
1270 7.873 39.66 A" 0.958
1263 7.917 4.662 A' 0.958
1246 8.026 2.292 A" 0.958
1224 8.172 15.59 A" 0.958
1221 8.189 12.2 A' 0.958
1218 8.208 0.0091 A" 0.958
1218 8.213 1.608 A' 0.958
1213 8.243 7.768 A" 0.958
1212 8.253 0.3261 A' 0.958
1209 8.268 14.23 A" 0.958
1201 8.328 9.182 A' 0.958
1193 8.386 4.337 A" 0.958
1191 8.393 26.82 A' 0.958
1186 8.433 1.782 A" 0.958
1185 8.441 121 A' 0.958
1177 8.495 20.04 A' 0.958
1175 8.51 3.813 A" 0.958
1173 8.522 112.6 A' 0.958
1171 8.539 37.46 A" 0.958
1167 8.572 84.73 A" 0.958
1165 8.585 9.036 A' 0.958
1163 8.595 36.21 A" 0.958
1153 8.677 5.701 A' 0.958
1140 8.769 0.0258 A" 0.958
1123 8.901 6.525 A' 0.958
1118 8.942 1.03 A" 0.958
1114 8.973 4.231 A" 0.958
1110 9.013 1.222 A' 0.958
1099 9.097 1.659 A' 0.958
1080 9.258 15.24 A" 0.958
1078 9.276 8.142 A' 0.958
1071 9.333 6.199 A" 0.958
1065 9.389 0.1142 A' 0.958
1063 9.409 6.299 A" 0.958
1052 9.502 3.098 A' 0.958
1043 9.592 1.612 A' 0.958
1040 9.615 4.796 A" 0.958
1035 9.659 2.425 A" 0.958
1035 9.662 7.66 A' 0.958
1028 9.726 0.3656 A" 0.958
1006 9.941 8.371 A' 0.958
986.4 10.14 1.796 A' 0.958
986.1 10.14 0.0012 A" 0.958
985.1 10.15 0.0382 A' 0.958
984.6 10.16 0.001 A" 0.958
984 10.16 0.0426 A' 0.958
983.6 10.17 0.0016 A" 0.958
955.7 10.46 10.05 A" 0.958
945.5 10.58 3.271 A' 0.958
935.5 10.69 0.9237 A" 0.958
929 10.76 0.6772 A' 0.958
928.2 10.77 10.1 A' 0.958
924.6 10.82 234.3 A' 0.958
923.5 10.83 0.4083 A" 0.958
920.7 10.86 0.2415 A' 0.958
919.5 10.88 12.06 A' 0.958
918 10.89 0.2907 A" 0.958
915.8 10.92 14.86 A' 0.958
907.9 11.01 0.3697 A" 0.958
903.4 11.07 27.55 A' 0.958
897.8 11.14 0 A" 0.958
890.8 11.23 0.9866 A" 0.958
889.9 11.24 16.18 A' 0.958
884.1 11.31 0.1242 A" 0.958
882.5 11.33 12.82 A' 0.958
875.6 11.42 26.86 A' 0.958
875.3 11.42 0.4859 A" 0.958
867.6 11.53 31.76 A' 0.958
866.6 11.54 0.124 A" 0.958
839.1 11.92 5.951 A" 0.958
833.4 12 5.363 A' 0.958
831.3 12.03 0.0387 A" 0.958
819.3 12.21 0.913 A' 0.958
806.7 12.4 69.2 A' 0.958
803 12.45 0.0115 A" 0.958
800.4 12.49 8.389 A' 0.958
797.3 12.54 0.1898 A' 0.958
795.2 12.58 0.3311 A" 0.958
792.1 12.62 11.9 A' 0.958
792 12.63 0.0638 A" 0.958
790.9 12.64 7.649 A" 0.958
788.5 12.68 25.73 A' 0.958
786.3 12.72 0.0686 A" 0.958
785.2 12.74 1.945 A' 0.958
779.5 12.83 0.592 A" 0.958
778.2 12.85 0.0257 A" 0.958
777.1 12.87 0.23 A' 0.958
775.8 12.89 2.906 A' 0.958
773.1 12.93 0.5548 A" 0.958
770.2 12.98 0.2796 A" 0.958
768.8 13.01 0.227 A' 0.958
766.3 13.05 0.1248 A" 0.958
760.8 13.14 1.362 A' 0.958
758.3 13.19 6.617 A' 0.958
751.8 13.3 0.0131 A" 0.958
750.8 13.32 6.391 A' 0.958
748.9 13.35 1.052 A" 0.958
747.8 13.37 2.395 A' 0.958
743.3 13.45 2.979 A' 0.958
739.4 13.53 0.1634 A" 0.958
738.5 13.54 1.863 A' 0.958
737.5 13.56 1.721 A" 0.958
730.1 13.7 0.0603 A" 0.958
728.6 13.72 3.69 A' 0.958
726.6 13.76 9.186 A' 0.958
725.2 13.79 0.0444 A" 0.958
723.3 13.83 2.628 A' 0.958
719.3 13.9 0 A" 0.958
717.9 13.93 6.91 A' 0.958
705.1 14.18 0.0972 A" 0.958
704 14.21 0.0164 A" 0.958
701.2 14.26 20.69 A' 0.958
686.5 14.57 0.0197 A" 0.958
684.7 14.6 1.037 A' 0.958
681.9 14.66 0.1135 A" 0.958
681.6 14.67 15.6 A' 0.958
675.1 14.81 0.0185 A' 0.958
669.1 14.94 0.0131 A" 0.958
667.9 14.97 5.623 A' 0.958
666.3 15.01 0.0144 A" 0.958
656.2 15.24 21.4 A' 0.958
654.5 15.28 0.3226 A" 0.958
653.1 15.31 0.8504 A" 0.958
651.9 15.34 13.02 A' 0.958
644.5 15.52 0.8943 A' 0.958
640.5 15.61 0.3996 A' 0.958
640 15.62 0.5087 A" 0.958
636.9 15.7 0.5447 A" 0.958
634.1 15.77 1.237 A' 0.958
632.1 15.82 0.0665 A" 0.958
620.5 16.12 1.589 A' 0.958
609.5 16.41 0.0086 A" 0.958
608.9 16.42 0.095 A" 0.958
605.9 16.5 8.96 A' 0.958
598.2 16.72 0.2199 A' 0.958
597 16.75 0.0968 A" 0.958
594.9 16.81 10.95 A' 0.958
593.4 16.85 11.14 A' 0.958
591.6 16.9 0.9964 A" 0.958
590.1 16.95 0.751 A" 0.958
589.5 16.96 11.55 A' 0.958
589.1 16.98 2.781 A' 0.958
588.4 17 5.799 A" 0.958
586.7 17.04 0.0004 A" 0.958
581.8 17.19 0.0236 A" 0.958
580 17.24 19.06 A' 0.958
574 17.42 0.0004 A" 0.958
573 17.45 17.1 A' 0.958
562.5 17.78 0.0085 A" 0.958
562 17.79 80.36 A' 0.958
557.9 17.92 8.115 A' 0.958
557.2 17.95 0.6704 A' 0.958
555.1 18.01 0.47 A" 0.958
552.5 18.1 0.1547 A" 0.958
548.4 18.23 41.71 A' 0.958
542.1 18.45 0.8347 A' 0.958
541.8 18.46 0.0094 A" 0.958
535.8 18.66 4.72 A' 0.958
522.9 19.12 3.939 A' 0.958
519.5 19.25 0.0392 A" 0.958
509.7 19.62 0.0256 A' 0.958
507.2 19.71 0.6394 A" 0.958
500.6 19.98 0.5544 A" 0.958
499.2 20.03 0.0663 A' 0.958
495 20.2 0.8926 A" 0.958
492.8 20.29 0.265 A' 0.958
474.1 21.09 0.963 A' 0.958
447.4 22.35 0.0566 A" 0.958
445.7 22.44 1.557 A' 0.958
444 22.52 0.3072 A" 0.958
441.6 22.64 0.3665 A" 0.958
435.7 22.95 0.0001 A" 0.958
428 23.36 0.2284 A" 0.958
424.6 23.55 0.4563 A' 0.958
422.8 23.65 0.0036 A' 0.958
418.6 23.89 3.627 A' 0.958
418 23.92 0 A" 0.958
411.1 24.32 0.0022 A" 0.958
405.5 24.66 0.4472 A' 0.958
405.4 24.67 0.0839 A" 0.958
402.7 24.83 2.168 A' 0.958
401.4 24.91 2.785 A' 0.958
399.1 25.06 1.923 A" 0.958
393.7 25.4 0.202 A" 0.958
385.5 25.94 0.1892 A" 0.958
374.3 26.71 2.58 A' 0.958
366.1 27.32 3.12 A' 0.958
364 27.48 1.71 A' 0.958
363.2 27.53 0.0552 A" 0.958
358.5 27.9 0.0991 A' 0.958
358.4 27.9 0.0006 A" 0.958
344 29.07 0.0367 A" 0.958
334.7 29.87 5.301 A' 0.958
314.9 31.75 0.1241 A" 0.958
313.9 31.86 0.0683 A' 0.958
310.6 32.2 0.7949 A' 0.958
308.8 32.38 0.0001 A" 0.958
302 33.11 10.31 A' 0.958
298.7 33.48 0.0355 A" 0.958
294.7 33.93 0.444 A' 0.958
291.2 34.34 1.067 A" 0.958
289.9 34.49 0.6148 A' 0.958
275.8 36.26 5.315 A' 0.958
264.7 37.78 0.0661 A" 0.958
263.1 38.01 0.3102 A" 0.958
241.2 41.45 0.0426 A' 0.958
236.8 42.24 0.0377 A" 0.958
235.9 42.39 0.2581 A' 0.958
233.6 42.81 1.331 A' 0.958
228.8 43.7 0.0997 A" 0.958
210.8 47.44 0.1592 A' 0.958
203.2 49.2 5.935 A' 0.958
202 49.5 6.064 A" 0.958
201.4 49.65 1.173 A" 0.958
199.8 50.04 0.1185 A' 0.958
189.7 52.7 4.057 A" 0.958
189.3 52.82 2.031 A' 0.958
177.6 56.3 0.0012 A" 0.958
170.8 58.56 0.9894 A' 0.958
167.4 59.72 0.3992 A" 0.958
130.5 76.65 0.3655 A' 0.958
130.2 76.79 0.1172 A" 0.958
128.2 78.01 3.401 A' 0.958
124.3 80.44 0.0187 A" 0.958
123.4 81.07 2.014 A' 0.958
82.69 120.9 0.2961 A' 0.958
80.64 124 0.011 A" 0.958
70.97 140.9 0.0476 A' 0.958
69.3 144.3 0.04 A" 0.958
57.84 172.9 0.142 A' 0.958
43.56 229.6 0.0002 A" 0.958
27.74 360.5 2.788 A' 0.958
23.65 422.8 0.0055 A' 0.958
23.11 432.7 0.0002 A" 0.958

Note(s):


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


659 species present in version 1.32 of the theoretical database (Jun 1, 2013)