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uid 6592
scaling factor multiple (3)

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

Transitions

Frequency
[wavenumbers]
Wavelength
[microns]
Integrated cross-section
[km/mol]
Symmetry Scaling factor
3096 3.23 103.5 A' 0.9597
3077 3.25 8.06 A' 0.9597
3056 3.272 119.3 A' 0.9597
3056 3.272 378.4 A' 0.9597
3055 3.273 305.1 A' 0.9597
3054 3.274 46.22 A' 0.9597
3053 3.275 40.62 A' 0.9597
3045 3.284 84.17 A' 0.9597
3045 3.284 185.7 A' 0.9597
3043 3.286 53.83 A' 0.9597
3042 3.287 22.27 A' 0.9597
3042 3.288 0.1888 A' 0.9597
3040 3.29 0.2681 A' 0.9597
3039 3.29 4.685 A' 0.9597
3038 3.292 10.49 A' 0.9597
3037 3.292 12.32 A' 0.9597
3037 3.293 14.46 A' 0.9597
3036 3.293 16.96 A' 0.9597
3036 3.294 40.58 A' 0.9597
3036 3.294 5.758 A' 0.9597
3035 3.295 39.89 A' 0.9597
3034 3.296 1.077 A' 0.9597
3034 3.296 25.34 A' 0.9597
3033 3.298 0.5247 A' 0.9597
1622 6.164 15.76 A' 0.9691
1621 6.17 1.71 A' 0.9691
1613 6.201 14.05 A' 0.9691
1610 6.21 50.45 A' 0.9691
1605 6.23 17.8 A' 0.9691
1600 6.251 84.54 A' 0.9691
1595 6.269 21.7 A' 0.9691
1588 6.297 368.6 A' 0.9691
1586 6.307 140.8 A' 0.9691
1578 6.337 6.443 A' 0.9691
1576 6.347 51.81 A' 0.9691
1573 6.358 264.2 A' 0.9691
1568 6.377 1.867 A' 0.9691
1564 6.395 4.778 A' 0.9691
1552 6.444 77.71 A' 0.9691
1552 6.445 606.5 A' 0.9691
1547 6.464 54.63 A' 0.9691
1541 6.487 1124 A' 0.9691
1534 6.52 74.4 A' 0.9691
1527 6.547 7.953 A' 0.9691
1525 6.556 44.67 A' 0.9691
1509 6.626 44.15 A' 0.9691
1506 6.64 2.705 A' 0.9691
1501 6.661 35.58 A' 0.9691
1496 6.685 17.39 A' 0.9691
1489 6.716 259.5 A' 0.9691
1486 6.731 57.78 A' 0.9691
1481 6.753 473 A' 0.9691
1477 6.772 19.73 A' 0.9691
1476 6.777 15.98 A' 0.9691
1471 6.799 107.8 A' 0.9691
1463 6.836 37.52 A' 0.9691
1460 6.85 1.435 A' 0.9691
1452 6.886 42.7 A' 0.9691
1446 6.914 27.81 A' 0.9691
1445 6.919 129.7 A' 0.9691
1436 6.964 443.6 A' 0.9691
1434 6.975 1.021 A' 0.9691
1430 6.992 3.598 A' 0.9691
1427 7.009 284.7 A' 0.9691
1422 7.031 490.5 A' 0.9691
1419 7.047 14.36 A' 0.9691
1415 7.065 374.8 A' 0.9691
1414 7.074 31.48 A' 0.9691
1412 7.084 59.64 A' 0.9691
1407 7.105 299.7 A' 0.9691
1403 7.127 57.4 A' 0.9691
1402 7.133 16.11 A' 0.9691
1399 7.149 42.61 A' 0.9691
1395 7.17 72 A' 0.9691
1392 7.186 1.765 A' 0.9691
1389 7.197 5.454 A' 0.9691
1387 7.209 6.962 A' 0.9691
1381 7.24 59.64 A' 0.9691
1380 7.247 97.69 A' 0.9691
1377 7.263 17.1 A' 0.9691
1375 7.275 75.34 A' 0.9691
1369 7.307 0.4911 A' 0.9691
1367 7.316 30.07 A' 0.9691
1366 7.322 28.27 A' 0.9691
1360 7.355 68.02 A' 0.9691
1358 7.362 5.383 A' 0.9691
1355 7.379 20.33 A' 0.9691
1350 7.405 78.12 A' 0.9691
1347 7.423 280.3 A' 0.9691
1346 7.429 600.6 A' 0.9691
1340 7.463 201.6 A' 0.9691
1335 7.489 17.23 A' 0.9691
1331 7.516 137.3 A' 0.9691
1329 7.525 10.21 A' 0.9691
1320 7.573 270.5 A' 0.9691
1319 7.579 7.013 A' 0.9691
1309 7.639 132.8 A' 0.9691
1300 7.695 82.48 A' 0.9691
1299 7.701 224.4 A' 0.9691
1293 7.734 11.61 A' 0.9691
1285 7.78 527.4 A' 0.9691
1278 7.822 239.1 A' 0.9691
1274 7.846 30.88 A' 0.9691
1263 7.92 134.9 A' 0.9691
1254 7.972 7.509 A' 0.9691
1251 7.992 88.83 A' 0.9691
1250 7.998 71.23 A' 0.9691
1245 8.03 14.49 A' 0.9691
1243 8.047 6.964 A' 0.9691
1222 8.183 21.16 A' 0.9691
1221 8.189 2.7 A' 0.9691
1216 8.226 2.553 A' 0.9691
1211 8.258 1.209 A' 0.9691
1205 8.299 52.21 A' 0.9691
1199 8.341 32.91 A' 0.9691
1191 8.395 7.853 A' 0.9691
1188 8.415 235.8 A' 0.9691
1180 8.475 177.9 A' 0.9691
1175 8.509 38.73 A' 0.9691
1170 8.547 30.48 A' 0.9691
1167 8.569 47.33 A' 0.9691
1163 8.601 276.6 A' 0.9691
1160 8.622 285.5 A' 0.9691
1155 8.657 670.4 A' 0.9691
1153 8.674 8.233 A' 0.9691
1144 8.745 45.76 A' 0.9691
1140 8.769 27.94 A' 0.9691
1137 8.795 1.381 A' 0.9691
1129 8.857 178.2 A' 0.9691
1115 8.972 172.1 A' 0.9691
1107 9.031 322.5 A' 0.9691
1105 9.051 18.13 A' 0.9691
1091 9.163 15.65 A' 0.9691
1085 9.22 105.1 A' 0.9794
1081 9.252 6.69 A' 0.9691
1063 9.406 36.74 A' 0.9794
1049 9.531 2.142 A' 0.9794
1040 9.617 1.507 A' 0.9794
1025 9.758 0.3069 A' 0.9794
1008 9.922 7.123 A' 0.9794
1001 9.99 1.25 A' 0.9794
971.8 10.29 1.324 A' 0.9794
945.8 10.57 2.28 A' 0.9794
943.6 10.6 0 A" 0.9794
937.1 10.67 0.047 A" 0.9794
934.7 10.7 0.0082 A" 0.9794
930.8 10.74 0.5 A" 0.9794
930.5 10.75 17.89 A' 0.9794
916.8 10.91 3.55 A' 0.9794
916 10.92 0.4292 A" 0.9794
915.2 10.93 0.0102 A" 0.9794
909.6 10.99 3.516 A' 0.9794
905.7 11.04 0.1228 A" 0.9794
905.3 11.05 1.5 A' 0.9794
900.4 11.11 0.4619 A' 0.9794
871.5 11.47 93.78 A" 0.9794
864.9 11.56 57.03 A' 0.9794
861.7 11.6 12.31 A" 0.9794
856.4 11.68 135.4 A" 0.9794
855 11.7 7.614 A" 0.9794
851.5 11.74 13.89 A' 0.9794
847.6 11.8 0.5283 A" 0.9794
844.3 11.84 3.187 A' 0.9794
837.1 11.95 0.4726 A" 0.9794
830.7 12.04 8.779 A' 0.9794
828.4 12.07 29.9 A" 0.9794
827 12.09 7.584 A' 0.9794
822.9 12.15 0.0351 A" 0.9794
813.3 12.3 2.154 A" 0.9794
807.9 12.38 7.839 A" 0.9794
807.2 12.39 2.507 A' 0.9794
797.9 12.53 0.0571 A" 0.9794
790.4 12.65 4.874 A' 0.9794
789.9 12.66 0.0015 A" 0.9794
788.4 12.68 3.869 A' 0.9794
785.4 12.73 13.57 A" 0.9794
775.2 12.9 0.0001 A" 0.9794
772.6 12.94 0.0689 A" 0.9794
772.5 12.94 1.451 A' 0.9794
767.7 13.03 0.7779 A" 0.9794
764.2 13.09 4.093 A" 0.9794
761.9 13.12 0.1229 A' 0.9794
760.4 13.15 0.481 A" 0.9794
757 13.21 0.4103 A" 0.9794
745.7 13.41 2.941 A' 0.9794
739.4 13.52 5.191 A' 0.9794
731.3 13.67 0.449 A" 0.9794
729.9 13.7 0.2088 A" 0.9794
724.6 13.8 0.0528 A" 0.9794
724.4 13.8 0.4493 A' 0.9794
721.1 13.87 0.0559 A" 0.9794
709.2 14.1 0.0001 A" 0.9794
707.1 14.14 3.407 A' 0.9794
700.4 14.28 0.9612 A" 0.9794
691.6 14.46 0.5322 A' 0.9794
690.4 14.48 0.0721 A" 0.9794
688.7 14.52 0.2186 A" 0.9794
686.6 14.56 0.3017 A' 0.9794
685.8 14.58 0.7654 A" 0.9794
684.6 14.61 0.4961 A" 0.9794
684.3 14.61 0.9629 A' 0.9794
675 14.82 0.4349 A" 0.9794
671.9 14.88 0.0938 A' 0.9794
663.9 15.06 0.6327 A" 0.9794
660 15.15 2.141 A' 0.9794
657 15.22 0.8246 A" 0.9794
652.3 15.33 0.6627 A' 0.9794
650.6 15.37 2.063 A' 0.9794
641.1 15.6 0.0468 A' 0.9794
638.9 15.65 0.9281 A" 0.9794
637.4 15.69 0.4145 A' 0.9794
632.8 15.8 0.1162 A" 0.9794
617.9 16.19 0.0664 A" 0.9794
617.7 16.19 5.769 A' 0.9794
614.9 16.26 1.086 A' 0.9794
607.7 16.46 1.321 A" 0.9794
602.9 16.59 0.8624 A' 0.9794
598.3 16.71 1.152 A" 0.9794
596 16.78 0.1726 A" 0.9794
595.6 16.79 4.756 A' 0.9794
593.7 16.84 0.6749 A" 0.9794
592.7 16.87 8.791 A" 0.9794
589.5 16.96 1.949 A" 0.9794
583.7 17.13 0.0517 A" 0.9794
580.2 17.24 0.5679 A" 0.9794
578.8 17.28 2.056 A' 0.9794
573.4 17.44 0.0739 A" 0.9794
566.1 17.66 1.509 A' 0.9794
565.6 17.68 0.5494 A" 0.9794
560.5 17.84 1.431 A' 0.9794
560.3 17.85 0.0288 A" 0.9794
555.7 17.99 1.746 A' 0.9794
553.6 18.06 0.0002 A" 0.9794
549.5 18.2 1.703 A' 0.9794
547.8 18.26 0.0127 A" 0.9794
542.7 18.43 2.175 A' 0.9794
541.1 18.48 3.405 A' 0.9794
536.6 18.63 0.0356 A" 0.9794
523.3 19.11 0.8529 A' 0.9794
518.4 19.29 1.745 A" 0.9794
517.8 19.31 2.051 A' 0.9794
513.6 19.47 0.2068 A" 0.9794
503.1 19.88 10.06 A' 0.9794
493.6 20.26 5.102 A' 0.9794
485.1 20.61 1.346 A' 0.9794
484 20.66 0.0015 A" 0.9794
479.4 20.86 0.0016 A" 0.9794
471.7 21.2 0.0002 A" 0.9794
461.5 21.67 0.0971 A" 0.9794
460.6 21.71 0.6725 A' 0.9794
451.8 22.13 1.59 A' 0.9794
447 22.37 3.517 A' 0.9794
431.4 23.18 0.0359 A" 0.9794
427.9 23.37 0.2261 A' 0.9794
423.5 23.61 0.0778 A" 0.9794
415.7 24.06 0 A" 0.9794
413.7 24.17 0.2629 A' 0.9794
403.4 24.79 0.7326 A' 0.9794
402.3 24.86 0.0085 A" 0.9794
396.2 25.24 0.0022 A" 0.9794
390.1 25.64 0.0118 A" 0.9794
381.3 26.23 0.0745 A' 0.9794
371.9 26.89 0.5473 A" 0.9794
369 27.1 0.0024 A" 0.9794
367.3 27.23 23.07 A' 0.9794
362.3 27.6 0.4997 A" 0.9794
358.4 27.9 0.5958 A" 0.9794
352.6 28.36 3.623 A' 0.9794
345.5 28.94 0.3071 A" 0.9794
340.9 29.33 0.3981 A' 0.9794
338.1 29.58 0.0292 A" 0.9794
330.2 30.28 0.9993 A" 0.9794
328.1 30.48 25.16 A' 0.9794
322 31.06 1.351 A" 0.9794
310.9 32.17 0.6967 A' 0.9794
301.8 33.13 0.0019 A" 0.9794
300.2 33.31 0.0592 A" 0.9794
291.8 34.27 6.077 A' 0.9794
287.9 34.73 0.0891 A" 0.9794
279.3 35.8 1.544 A' 0.9794
269.2 37.15 0.0593 A" 0.9794
264.1 37.87 0.4042 A" 0.9794
257 38.9 0.1137 A' 0.9794
237.3 42.14 0.0157 A" 0.9794
231 43.28 0.8677 A" 0.9794
227.8 43.91 0.0325 A" 0.9794
205.5 48.65 0.0035 A" 0.9794
192.4 51.98 0.0019 A" 0.9794
192.1 52.06 0.0267 A' 0.9794
185.1 54.03 0.0303 A" 0.9794
174 57.47 0.0011 A" 0.9794
171.1 58.46 0.0522 A' 0.9794
165.5 60.42 0.0383 A" 0.9794
145.3 68.81 0.1955 A" 0.9794
129.5 77.21 0.7713 A" 0.9794
120.8 82.78 0.3246 A" 0.9794
114.9 87.02 14.85 A' 0.9794
109.6 91.21 0.0218 A" 0.9794
88.98 112.4 0.002 A" 0.9794
78.92 126.7 0.0721 A" 0.9794
73.61 135.9 0.0643 A" 0.9794
63.69 157 0.4423 A" 0.9794
45.29 220.8 0.0178 A" 0.9794
39.14 255.5 0.0082 A" 0.9794
21.72 460.4 0.0506 A" 0.9794
15.18 658.7 0.0308 A" 0.9794

Vibrations

Note(s):


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


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