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uid 8802
scaling factor multiple (3)

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

Transitions

Frequency
[wavenumbers]
Wavelength
[microns]
Integrated cross-section
[km/mol]
Symmetry Scaling factor
3117 3.208 30.8 A' 0.9858
3115 3.21 0.9526 A" 0.9858
3110 3.215 22.55 A' 0.9858
3110 3.216 7.456 A" 0.9858
3109 3.217 6.59 A' 0.9858
3103 3.223 0.0396 A" 0.9858
3082 3.245 5.724 A' 0.9858
3082 3.245 6.89 A" 0.9858
3069 3.258 144.6 A' 0.9858
3069 3.258 43.37 A" 0.9858
3065 3.263 0.0669 A' 0.9858
3065 3.263 229.6 A" 0.9858
3054 3.275 30.35 A' 0.9858
3054 3.275 51.73 A" 0.9858
3052 3.277 0.3752 A' 0.9858
3052 3.277 17.59 A" 0.9858
3049 3.28 38.17 A' 0.9858
3049 3.28 52.79 A" 0.9858
3047 3.282 3.741 A' 0.9858
3047 3.282 21.99 A" 0.9858
3046 3.283 1.633 A' 0.9858
3046 3.283 34.37 A" 0.9858
3045 3.284 0.3226 A" 0.9858
3045 3.284 0.4532 A' 0.9858
1615 6.194 9.22 A' 0.9934
1614 6.194 31.34 A" 0.9934
1599 6.254 5.584 A' 0.9934
1599 6.255 2.729 A" 0.9934
1594 6.272 8.392 A' 0.9934
1589 6.294 0.2244 A" 0.9934
1583 6.316 0.1803 A' 0.9934
1581 6.327 0.8432 A" 0.9934
1579 6.333 21.15 A' 0.9934
1579 6.335 0.2649 A" 0.9934
1575 6.351 0.0003 A' 0.9934
1570 6.368 7.844 A' 0.9934
1569 6.372 3.571 A" 0.9934
1564 6.395 107.7 A' 0.9934
1557 6.423 3.093 A" 0.9934
1553 6.438 22.89 A' 0.9934
1550 6.451 5.817 A" 0.9934
1544 6.477 25.74 A' 0.9934
1540 6.495 9.93 A" 0.9934
1539 6.497 0.8994 A' 0.9934
1530 6.535 3.658 A' 0.9934
1527 6.547 0.624 A" 0.9934
1521 6.577 9.068 A' 0.9934
1518 6.586 4.727 A" 0.9934
1512 6.615 3.114 A" 0.9934
1508 6.632 1.015 A' 0.9934
1500 6.667 57.72 A' 0.9934
1497 6.681 14.58 A" 0.9934
1496 6.686 1.336 A" 0.9934
1492 6.702 11.51 A' 0.9934
1482 6.75 22.73 A' 0.9934
1479 6.763 2.146 A" 0.9934
1474 6.784 16.44 A" 0.9934
1471 6.8 12.44 A' 0.9934
1469 6.809 1.171 A" 0.9934
1464 6.831 12.52 A" 0.9934
1460 6.85 40.44 A' 0.9934
1454 6.877 39.62 A' 0.9934
1452 6.888 0.3849 A" 0.9934
1451 6.893 26.45 A" 0.9934
1448 6.906 2.67 A' 0.9934
1445 6.921 21.94 A" 0.9934
1444 6.925 3.668 A" 0.9934
1444 6.927 22.22 A' 0.9934
1438 6.954 6.826 A" 0.9934
1438 6.956 60.9 A' 0.9934
1432 6.985 4.606 A' 0.9934
1422 7.031 5.595 A" 0.9934
1421 7.036 21.52 A' 0.9934
1420 7.042 56.53 A' 0.9934
1417 7.056 223.6 A' 0.9934
1413 7.077 0.122 A" 0.9934
1409 7.096 21.96 A' 0.9934
1409 7.096 9.944 A" 0.9934
1406 7.112 3.33 A" 0.9934
1404 7.125 13.63 A' 0.9934
1403 7.127 0.015 A" 0.9934
1402 7.133 19.92 A" 0.9934
1401 7.136 58.42 A' 0.9934
1396 7.164 15.77 A" 0.9934
1396 7.164 0.7048 A' 0.9934
1393 7.18 5.036 A' 0.9934
1392 7.181 7.423 A" 0.9934
1392 7.184 0.2248 A' 0.9934
1389 7.198 0.1096 A" 0.9934
1386 7.213 29.53 A" 0.9934
1382 7.236 1.637 A' 0.9934
1381 7.242 0.3933 A" 0.9934
1381 7.242 1.402 A' 0.9934
1378 7.255 0.6408 A" 0.9934
1374 7.276 40.41 A' 0.9934
1370 7.302 4.908 A" 0.9934
1369 7.304 8.736 A' 0.9934
1368 7.31 0.0807 A" 0.9934
1367 7.314 57.54 A' 0.9934
1364 7.33 7.088 A" 0.9934
1357 7.367 21.71 A' 0.9934
1349 7.414 3.667 A' 0.9934
1348 7.421 15.14 A" 0.9934
1345 7.433 3.425 A' 0.9934
1345 7.437 63.98 A" 0.9934
1337 7.478 39.49 A" 0.9934
1335 7.491 20.95 A' 0.9934
1334 7.496 193.5 A" 0.9934
1330 7.517 27.28 A' 0.9934
1321 7.568 187.1 A' 0.9934
1318 7.59 42.39 A" 0.9934
1310 7.632 33.97 A" 0.9934
1304 7.667 71.98 A' 0.9934
1304 7.67 31.97 A" 0.9934
1299 7.696 53.16 A' 0.9934
1291 7.747 35.01 A" 0.9934
1287 7.773 3.522 A' 0.9934
1277 7.83 2.228 A' 0.9934
1271 7.866 0.6116 A' 0.9934
1270 7.873 0.0232 A" 0.9934
1267 7.894 47.53 A' 0.9934
1263 7.916 45.1 A" 0.9934
1259 7.946 0.0704 A" 0.9934
1256 7.96 25.86 A' 0.9934
1232 8.114 0.0073 A" 0.9934
1215 8.228 132.6 A' 0.9934
1213 8.246 0.6966 A" 0.9934
1207 8.287 0 A" 0.9934
1206 8.295 87.42 A' 0.9934
1200 8.332 0.0554 A" 0.9934
1199 8.342 19.45 A' 0.9934
1198 8.348 19.42 A" 0.9934
1197 8.357 6.679 A' 0.9934
1188 8.416 0.7199 A' 0.9934
1182 8.461 85.43 A" 0.9934
1180 8.476 0.2307 A" 0.9934
1177 8.496 0.0782 A' 0.9934
1174 8.515 58.78 A' 0.9934
1171 8.542 19.38 A" 0.9934
1163 8.601 24.63 A' 0.9934
1161 8.613 0.8246 A" 0.9934
1159 8.629 14.15 A" 0.9934
1151 8.69 54.47 A' 0.9934
1150 8.699 0.3449 A" 0.9934
1148 8.712 1.323 A' 0.9934
1119 8.94 4.202 A' 0.9934
1117 8.953 131 A" 0.9934
1117 8.956 277.2 A" 1.0145
1114 8.98 0.1038 A' 1.0145
1112 8.991 0.2623 A" 0.9934
1111 9.002 26.55 A' 0.9934
1092 9.156 11.04 A' 1.0145
1087 9.199 5.373 A" 1.0145
1086 9.209 9.809 A" 1.0145
1084 9.222 4.844 A' 1.0145
1063 9.406 7.238 A' 1.0145
1056 9.47 0.2387 A' 1.0145
1052 9.504 0.1198 A" 1.0145
1050 9.52 0.2931 A" 1.0145
1050 9.524 0.1526 A' 1.0145
1042 9.6 0.1038 A" 1.0145
979.1 10.21 2.801 A" 1.0145
967.3 10.34 0.1726 A' 1.0145
951.7 10.51 0.3164 A' 1.0145
947.7 10.55 0.0498 A" 1.0145
945.7 10.57 0.866 A' 1.0145
934.8 10.7 0.0067 A' 1.0145
934.8 10.7 0.0088 A" 1.0145
930.1 10.75 1.629 A' 1.0145
929.8 10.76 0.0006 A" 1.0145
925.1 10.81 9.002 A' 1.0145
922.9 10.84 0.5107 A' 1.0145
920.5 10.86 0.0771 A" 1.0145
895.8 11.16 2.256 A' 1.0145
889.3 11.24 2.248 A" 1.0145
888.7 11.25 6.782 A' 1.0145
888.4 11.26 0.0014 A" 1.0145
885.3 11.3 2.545 A" 1.0145
868.8 11.51 160.2 A' 1.0145
868.6 11.51 0.0043 A" 1.0145
856.6 11.67 23.94 A' 1.0145
856.4 11.68 0.0223 A" 1.0145
834.8 11.98 8.768 A" 1.0145
834.4 11.98 19.68 A' 1.0145
834 11.99 0.0133 A" 1.0145
833.2 12 3.872 A' 1.0145
814.7 12.27 0.2386 A' 1.0145
814.3 12.28 0 A" 1.0145
814.2 12.28 4.348 A' 1.0145
811.9 12.32 0.5451 A' 1.0145
810.7 12.34 1.235 A" 1.0145
805.6 12.41 7.973 A' 1.0145
801.9 12.47 6.258 A" 1.0145
799.1 12.51 77.28 A' 1.0145
795.1 12.58 0.0001 A" 1.0145
782.5 12.78 2.686 A" 1.0145
781.6 12.79 9.001 A' 1.0145
780.5 12.81 0.0061 A" 1.0145
780.4 12.81 1.567 A' 1.0145
779.7 12.83 0.4369 A" 1.0145
762.1 13.12 0.4424 A' 1.0145
759.9 13.16 31.79 A' 1.0145
759.1 13.17 0 A" 1.0145
752.8 13.28 4.902 A" 1.0145
752 13.3 6.83 A' 1.0145
749.1 13.35 8.346 A" 1.0145
748.9 13.35 0.0042 A' 1.0145
730.4 13.69 0.0076 A" 1.0145
729.4 13.71 0.7766 A' 1.0145
726.2 13.77 0.0047 A" 1.0145
721.7 13.86 0.1394 A' 1.0145
720.7 13.88 0.3341 A' 1.0145
717.9 13.93 0.5848 A" 1.0145
712.4 14.04 0.0003 A" 1.0145
711.8 14.05 8.475 A' 1.0145
709.9 14.09 0.6606 A" 1.0145
706 14.16 0.0014 A" 1.0145
703.8 14.21 1.621 A' 1.0145
701.8 14.25 5.091 A' 1.0145
700.5 14.28 0 A" 1.0145
696.4 14.36 0 A" 1.0145
695 14.39 0.9023 A' 1.0145
685.3 14.59 0.4138 A' 1.0145
675.9 14.8 1.472 A" 1.0145
668.5 14.96 0.0001 A" 1.0145
668.4 14.96 2.25 A' 1.0145
661.4 15.12 23.33 A' 1.0145
657.1 15.22 0.1548 A' 1.0145
654.1 15.29 2.123 A" 1.0145
652.4 15.33 4.353 A" 1.0145
649.8 15.39 0.0658 A' 1.0145
648.5 15.42 6.987 A' 1.0145
648.3 15.42 0.0001 A" 1.0145
637.3 15.69 0.1267 A" 1.0145
635.4 15.74 0.0064 A' 1.0145
633.1 15.79 0.0008 A" 1.0145
632.1 15.82 1.238 A' 1.0145
631 15.85 0.4663 A' 1.0145
628.4 15.91 2.397 A' 1.0145
627.3 15.94 0.137 A" 1.0145
627 15.95 0.0076 A" 1.0145
625.7 15.98 0.1401 A' 1.0145
622.3 16.07 0.9098 A' 1.0145
613.9 16.29 0.0003 A" 1.0145
610.9 16.37 0.051 A" 1.0145
610.6 16.38 0.0001 A" 1.0145
609.4 16.41 0.0361 A' 1.0145
601.8 16.62 0.5272 A" 1.0145
600.9 16.64 0.2769 A' 1.0145
600.9 16.64 0.0021 A" 1.0145
599.7 16.67 4.808 A' 1.0145
590.3 16.94 4.254 A' 1.0145
588 17.01 1.345 A' 1.0145
588 17.01 16.47 A" 1.0145
586.4 17.05 0.0548 A" 1.0145
584.9 17.1 2.469 A" 1.0145
581.3 17.2 0.1806 A' 1.0145
578.8 17.28 0.1378 A' 1.0145
572.3 17.47 0.0008 A" 1.0145
567.5 17.62 0.0729 A' 1.0145
565.9 17.67 0.0009 A" 1.0145
564.2 17.72 6.688 A' 1.0145
560.7 17.84 0.0001 A" 1.0145
557.2 17.95 4.136 A' 1.0145
556.1 17.98 0.7956 A' 1.0145
554.7 18.03 0.1789 A' 1.0145
553.4 18.07 0.0904 A" 1.0145
551.9 18.12 0.1349 A" 1.0145
549.2 18.21 0.001 A" 1.0145
547.4 18.27 1.017 A' 1.0145
541.9 18.45 1.3 A' 1.0145
540.7 18.5 9.083 A' 1.0145
537.1 18.62 0.0579 A" 1.0145
531.1 18.83 0 A" 1.0145
519.2 19.26 0.0796 A' 1.0145
512.8 19.5 2.186 A" 1.0145
510.6 19.59 0.0056 A" 1.0145
508.7 19.66 1.417 A' 1.0145
508 19.68 0.0257 A' 1.0145
503.3 19.87 5.178 A' 1.0145
503.1 19.88 2.769 A" 1.0145
497.3 20.11 2.896 A' 1.0145
497.1 20.12 1.563 A" 1.0145
491.4 20.35 1.17 A' 1.0145
486.4 20.56 0.053 A' 1.0145
475.6 21.02 0.0043 A' 1.0145
474.4 21.08 0.0142 A" 1.0145
444 22.52 0.0075 A" 1.0145
441.9 22.63 0.0351 A" 1.0145
437.5 22.86 0.0002 A" 1.0145
436 22.94 0.0596 A' 1.0145
433.7 23.06 2.169 A' 1.0145
433.3 23.08 0.5419 A" 1.0145
422.5 23.67 0.0001 A" 1.0145
417.9 23.93 0.0702 A' 1.0145
411.6 24.29 0.0716 A' 1.0145
407.5 24.54 0 A" 1.0145
403.5 24.78 0.0959 A' 1.0145
403.1 24.81 0.0001 A" 1.0145
402.3 24.86 0.052 A' 1.0145
401.9 24.88 0.2566 A" 1.0145
400 25 0.075 A' 1.0145
399.6 25.03 0 A" 1.0145
388.2 25.76 0.3017 A" 1.0145
385 25.98 0 A" 1.0145
376.6 26.55 3.816 A' 1.0145
375.8 26.61 0.0016 A' 1.0145
363 27.55 0.3149 A' 1.0145
361.8 27.64 0.0763 A' 1.0145
359.5 27.82 0.96 A" 1.0145
353.8 28.26 0 A" 1.0145
346.2 28.89 0.3446 A' 1.0145
339.7 29.44 0.0001 A" 1.0145
319.3 31.32 0.0983 A' 1.0145
318.3 31.42 0 A" 1.0145
309.3 32.33 0 A" 1.0145
308.8 32.38 0.4009 A' 1.0145
304.8 32.8 6.161 A' 1.0145
296.3 33.75 0.0455 A' 1.0145
294.9 33.91 0.0776 A' 1.0145
294.2 33.99 0.2682 A" 1.0145
287 34.84 0 A" 1.0145
282.1 35.45 0.0916 A' 1.0145
265.9 37.61 0.8695 A" 1.0145
262.8 38.06 0 A" 1.0145
247.9 40.34 0.0032 A' 1.0145
240.4 41.59 0.0397 A' 1.0145
237 42.2 0 A" 1.0145
229.8 43.52 0.2134 A' 1.0145
224.5 44.55 0 A" 1.0145
218 45.88 0.0175 A' 1.0145
204.7 48.85 27.7 A' 1.0145
204.1 48.99 25.48 A" 1.0145
201.6 49.59 0.13 A' 1.0145
198 50.51 0 A" 1.0145
189.2 52.85 0.7846 A' 1.0145
189 52.92 0.3504 A" 1.0145
177.7 56.26 0 A" 1.0145
173.3 57.71 0.0204 A' 1.0145
165.2 60.53 0 A" 1.0145
134.5 74.37 0.1786 A' 1.0145
131 76.32 2.945 A' 1.0145
130.6 76.59 0 A" 1.0145
124.8 80.14 0 A" 1.0145
124.7 80.19 1.744 A' 1.0145
83.75 119.4 0.0196 A' 1.0145
81.53 122.7 0 A" 1.0145
72.63 137.7 0.0509 A' 1.0145
71.92 139 0 A" 1.0145
58.25 171.7 0.0014 A' 1.0145
44.11 226.7 0 A" 1.0145
29.09 343.8 1.624 A' 1.0145
23.44 426.6 0.3063 A' 1.0145
23.31 429.1 0 A" 1.0145

Vibrations

Note(s):


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10,749 species present in version 4.00 of the theoretical database (Jun 27, 2024)