You need a browser with JavaScript support in order to view the molecule in 3D
uid 10084
scaling factor multiple (3)

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

Transitions

Frequency
[wavenumbers]
Wavelength
[microns]
Integrated cross-section
[km/mol]
Symmetry Scaling factor
3100 3.226 56.4 A' 0.9597
3094 3.232 25.41 A' 0.9597
3078 3.249 9.39 A' 0.9597
3077 3.25 142 A' 0.9597
3076 3.251 21.22 A' 0.9597
3070 3.258 52.57 A' 0.9597
3069 3.259 178.6 A' 0.9597
3068 3.26 60.6 A' 0.9597
3067 3.26 14.35 A' 0.9597
3062 3.266 21.98 A' 0.9597
3057 3.271 6.618 A' 0.9597
3056 3.272 7.597 A' 0.9597
3054 3.274 19.93 A' 0.9597
3054 3.274 6.35 A' 0.9597
3053 3.275 29.2 A' 0.9597
3052 3.276 18.64 A' 0.9597
3051 3.277 25.63 A' 0.9597
3050 3.278 5.103 A' 0.9597
3050 3.279 0.7056 A' 0.9597
3050 3.279 6.412 A' 0.9597
3049 3.28 0.414 A' 0.9597
3048 3.281 2.139 A' 0.9597
1627 6.145 6.391 A' 0.9691
1618 6.179 49.3 A' 0.9691
1614 6.197 5.121 A' 0.9691
1607 6.222 2.477 A' 0.9691
1604 6.235 3.826 A' 0.9691
1600 6.251 9.512 A' 0.9691
1594 6.275 12.99 A' 0.9691
1590 6.289 21.39 A' 0.9691
1579 6.332 32.79 A' 0.9691
1574 6.352 2.044 A' 0.9691
1573 6.356 0.688 A' 0.9691
1568 6.376 0.6887 A' 0.9691
1563 6.399 5.829 A' 0.9691
1557 6.424 0.5517 A' 0.9691
1552 6.445 3.346 A' 0.9691
1546 6.468 8.595 A' 0.9691
1540 6.492 3.292 A' 0.9691
1524 6.561 1.214 A' 0.9691
1516 6.594 2.557 A' 0.9691
1506 6.639 4.923 A' 0.9691
1502 6.659 1.985 A' 0.9691
1490 6.711 14.4 A' 0.9691
1488 6.721 10.46 A' 0.9691
1479 6.759 12.41 A' 0.9691
1479 6.761 2.241 A' 0.9691
1467 6.816 5.931 A' 0.9691
1465 6.824 3.654 A' 0.9691
1461 6.844 2.558 A' 0.9691
1454 6.879 0.7883 A' 0.9691
1446 6.917 1.926 A' 0.9691
1443 6.932 3.814 A' 0.9691
1437 6.958 1.606 A' 0.9691
1428 7.002 19.33 A' 0.9691
1427 7.009 1.18 A' 0.9691
1419 7.046 5.994 A' 0.9691
1419 7.05 0.0218 A' 0.9691
1412 7.08 11.7 A' 0.9691
1409 7.1 0.8624 A' 0.9691
1408 7.103 1.481 A' 0.9691
1398 7.151 14.98 A' 0.9691
1396 7.165 1.374 A' 0.9691
1386 7.213 14.33 A' 0.9691
1385 7.218 0.3661 A' 0.9691
1384 7.226 3.334 A' 0.9691
1380 7.248 0.9485 A' 0.9691
1376 7.269 6.641 A' 0.9691
1371 7.292 2.104 A' 0.9691
1367 7.318 0.1104 A' 0.9691
1362 7.343 1.575 A' 0.9691
1359 7.361 1.065 A' 0.9691
1352 7.396 2.43 A' 0.9691
1350 7.408 2.313 A' 0.9691
1345 7.437 4.031 A' 0.9691
1342 7.451 15.02 A' 0.9691
1339 7.469 4.397 A' 0.9691
1330 7.518 8.967 A' 0.9691
1323 7.558 1.714 A' 0.9691
1321 7.567 0.1865 A' 0.9691
1309 7.639 1.268 A' 0.9691
1306 7.658 11.13 A' 0.9691
1303 7.675 13.25 A' 0.9691
1294 7.725 13.45 A' 0.9691
1277 7.829 0.6002 A' 0.9691
1272 7.864 6.466 A' 0.9691
1262 7.922 2.356 A' 0.9691
1252 7.99 33.62 A' 0.9691
1242 8.053 3.439 A' 0.9691
1235 8.095 14.81 A' 0.9691
1228 8.144 2.929 A' 0.9691
1223 8.174 1.279 A' 0.9691
1211 8.26 5.721 A' 0.9691
1207 8.286 5.075 A' 0.9691
1204 8.303 1.66 A' 0.9691
1192 8.391 0.5699 A' 0.9691
1184 8.448 19.75 A' 0.9691
1183 8.453 2.478 A' 0.9691
1179 8.481 4.262 A' 0.9691
1176 8.506 3.915 A' 0.9691
1171 8.542 1.617 A' 0.9691
1165 8.585 1.314 A' 0.9691
1158 8.632 2.07 A' 0.9691
1157 8.64 1.297 A' 0.9691
1146 8.73 3.594 A' 0.9691
1144 8.742 3.29 A' 0.9691
1120 8.931 0.8149 A' 0.9691
1112 8.989 8.872 A' 0.9691
1100 9.095 0.3249 A' 0.9691
1092 9.161 2.955 A' 0.9691
1088 9.19 3.727 A' 0.9691
1084 9.227 1.636 A' 0.9794
1078 9.281 8.018 A' 0.9794
1067 9.374 3.228 A' 0.9794
1052 9.508 5.494 A' 0.9794
1010 9.903 0.2908 A' 0.9794
1004 9.956 0.7554 A' 0.9794
983.5 10.17 0.0152 A' 0.9794
969.9 10.31 9.799 A' 0.9794
955.1 10.47 0.0744 A" 0.9794
953 10.49 0.0018 A" 0.9794
952.5 10.5 0.8722 A" 0.9794
950 10.53 0.9635 A" 0.9794
936.7 10.68 0.0055 A" 0.9794
934.3 10.7 0.0033 A" 0.9794
930.6 10.75 6.597 A' 0.9794
917.8 10.9 1.23 A' 0.9794
912.6 10.96 6.446 A' 0.9794
905 11.05 1.913 A' 0.9794
892.1 11.21 4.949 A' 0.9794
889.8 11.24 1.722 A" 0.9794
887.1 11.27 104.6 A" 0.9794
884.1 11.31 24.56 A" 0.9794
875.4 11.42 33.02 A" 0.9794
868.6 11.51 8.275 A" 0.9794
857.8 11.66 4.053 A" 0.9794
850.4 11.76 14.28 A" 0.9794
843 11.86 5.167 A" 0.9794
843 11.86 0.1131 A' 0.9794
838.5 11.93 3.58 A" 0.9794
837.4 11.94 3.286 A' 0.9794
822.5 12.16 2.915 A' 0.9794
819.1 12.21 11.36 A" 0.9794
816.8 12.24 19.68 A" 0.9794
801.9 12.47 5.224 A" 0.9794
795.4 12.57 5.181 A' 0.9794
792.5 12.62 0.0382 A' 0.9794
789.4 12.67 0.7439 A" 0.9794
788.6 12.68 1.918 A' 0.9794
784.9 12.74 13.32 A" 0.9794
781.9 12.79 1.315 A" 0.9794
776.4 12.88 0.9476 A" 0.9794
769 13 0.5326 A' 0.9794
759.4 13.17 0.0036 A" 0.9794
750.8 13.32 9.916 A" 0.9794
750.7 13.32 5.101 A' 0.9794
737.9 13.55 11.86 A" 0.9794
735.9 13.59 7.875 A' 0.9794
729.3 13.71 1.873 A' 0.9794
728.3 13.73 0.7236 A" 0.9794
724.9 13.79 0.0901 A" 0.9794
710.9 14.07 0.2796 A" 0.9794
704.9 14.19 0.3955 A" 0.9794
702.5 14.24 0.8948 A' 0.9794
693.8 14.41 1.888 A" 0.9794
691.8 14.45 8.75 A' 0.9794
691.5 14.46 2.215 A" 0.9794
676.3 14.79 0.4612 A' 0.9794
669.4 14.94 0.0005 A" 0.9794
666.4 15.01 1.369 A" 0.9794
664.8 15.04 0.5797 A" 0.9794
659.8 15.16 0.2949 A' 0.9794
648.3 15.42 13.7 A' 0.9794
647.2 15.45 1.657 A" 0.9794
630.7 15.86 5.693 A' 0.9794
626.1 15.97 2.103 A" 0.9794
625.6 15.99 0.9023 A' 0.9794
618.2 16.18 1.718 A' 0.9794
602.5 16.6 0.5594 A" 0.9794
602.5 16.6 1.236 A' 0.9794
601.1 16.64 0.8517 A" 0.9794
598.3 16.71 1.503 A' 0.9794
596.4 16.77 4.618 A" 0.9794
590.3 16.94 0.9188 A" 0.9794
588.6 16.99 13.34 A' 0.9794
584.3 17.12 0.001 A" 0.9794
582.2 17.18 0.2466 A" 0.9794
574.5 17.41 0.4824 A" 0.9794
574.1 17.42 0.4734 A' 0.9794
567.5 17.62 0.145 A" 0.9794
564.5 17.71 1.622 A" 0.9794
559.4 17.88 4.302 A' 0.9794
554.8 18.02 1.776 A' 0.9794
554.3 18.04 2.245 A" 0.9794
535.6 18.67 0.0239 A" 0.9794
535.2 18.69 0.9173 A' 0.9794
533.9 18.73 1.61 A' 0.9794
529.4 18.89 0.04 A' 0.9794
527 18.97 0.3023 A" 0.9794
511.8 19.54 0.0421 A" 0.9794
511.5 19.55 0.6704 A' 0.9794
509.1 19.64 3.269 A' 0.9794
491.9 20.33 0.0455 A" 0.9794
490.8 20.37 0.018 A" 0.9794
473.7 21.11 3.85 A' 0.9794
462.8 21.61 0.2542 A' 0.9794
457.5 21.86 0.0629 A' 0.9794
449.1 22.27 0.0537 A" 0.9794
444.6 22.49 0.9063 A' 0.9794
437.6 22.85 0.5575 A' 0.9794
427.3 23.4 5.104 A' 0.9794
421.2 23.74 0.5928 A" 0.9794
405.6 24.66 0.7788 A" 0.9794
398.1 25.12 0.0001 A" 0.9794
392.1 25.51 0.0116 A" 0.9794
386 25.91 0.2778 A' 0.9794
383.4 26.09 0.013 A" 0.9794
373.8 26.75 0.1613 A" 0.9794
368.6 27.13 0.0295 A' 0.9794
359.1 27.85 0.1092 A" 0.9794
347.5 28.78 0.0149 A" 0.9794
343 29.16 7.877 A' 0.9794
339.5 29.46 0.0128 A" 0.9794
330.6 30.25 1.369 A" 0.9794
320.4 31.21 0.2836 A" 0.9794
313.3 31.92 9.103 A' 0.9794
298.6 33.49 0.1171 A" 0.9794
290.4 34.43 2.145 A' 0.9794
269.6 37.09 0.0066 A' 0.9794
266.3 37.56 0.1152 A" 0.9794
255.5 39.14 0.5024 A" 0.9794
250.6 39.9 0.6342 A" 0.9794
250.2 39.97 7.639 A' 0.9794
232.4 43.03 0.6834 A" 0.9794
219.7 45.52 0.128 A' 0.9794
216.3 46.24 1.644 A" 0.9794
205.6 48.63 0.5561 A" 0.9794
193.4 51.71 2.516 A' 0.9794
186.5 53.62 0.5663 A" 0.9794
177.6 56.29 0.174 A" 0.9794
157.9 63.33 0.0058 A" 0.9794
151.6 65.96 0 A" 0.9794
129 77.49 0.1078 A" 0.9794
127.4 78.48 0.8532 A' 0.9794
109.2 91.59 0.0145 A" 0.9794
98.64 101.4 0.4393 A" 0.9794
84.35 118.6 0.0053 A" 0.9794
59.1 169.2 0.7695 A" 0.9794
51.42 194.5 0.024 A" 0.9794
40.44 247.3 0.3442 A" 0.9794
29.88 334.7 0.1241 A" 0.9794
16.25 615.2 0.0218 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)