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uid 3463
scaling factor multiple (3)

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

Transitions

Frequency
[wavenumbers]
Wavelength
[microns]
Integrated cross-section
[km/mol]
Symmetry Scaling factor
3151 3.174 16.6 A' 0.9595
3149 3.176 21.67 A' 0.9595
3123 3.202 88.13 A' 0.9595
3121 3.204 79.63 A' 0.9595
3119 3.206 56.06 A' 0.9595
3117 3.208 0.1247 A' 0.9595
3116 3.209 14.47 A' 0.9595
3114 3.211 64.03 A' 0.9595
3110 3.216 13.74 A' 0.9595
3105 3.221 3.535 A' 0.9595
3103 3.223 11.66 A' 0.9595
3100 3.225 5.284 A' 0.9595
3099 3.227 15.84 A' 0.9595
3098 3.228 1.109 A' 0.9595
3097 3.229 12.11 A' 0.9595
3095 3.231 0.9334 A' 0.9595
3093 3.233 9.673 A' 0.9595
3091 3.235 4.159 A' 0.9595
3089 3.237 8.339 A' 0.9595
3084 3.242 4.652 A' 0.9595
3075 3.252 48.72 A' 0.9595
3075 3.252 48.68 A' 0.9595
3066 3.261 56.77 A' 0.9595
3065 3.263 35.86 A' 0.9595
3064 3.264 22.85 A' 0.9595
3064 3.264 0.2922 A' 0.9595
3060 3.268 1.848 A' 0.9595
3059 3.269 0.5897 A' 0.9595
1591 6.286 0.8072 A' 0.9523
1589 6.294 3.595 A' 0.9523
1588 6.297 0.2724 A' 0.9523
1585 6.308 1.944 A' 0.9523
1581 6.323 8.658 A' 0.9523
1581 6.324 10.01 A' 0.9523
1578 6.338 14.09 A' 0.9523
1576 6.346 12.27 A' 0.9523
1575 6.347 13.8 A' 0.9523
1574 6.353 10.13 A' 0.9523
1572 6.36 0.0376 A' 0.9523
1568 6.376 0.9875 A' 0.9523
1567 6.383 4.609 A' 0.9523
1564 6.395 1.326 A' 0.9523
1561 6.407 1.374 A' 0.9523
1559 6.414 1.637 A' 0.9523
1555 6.431 1.41 A' 0.9523
1547 6.465 0.6593 A' 0.9523
1541 6.488 0.7539 A' 0.9523
1537 6.506 1.526 A' 0.9523
1529 6.54 1.514 A' 0.9523
1523 6.565 1.49 A' 0.9523
1517 6.593 3.467 A' 0.9523
1512 6.615 10.7 A' 0.9523
1499 6.671 2.251 A' 0.9523
1496 6.684 0.466 A' 0.9523
1489 6.716 12.85 A' 0.9523
1483 6.742 2.751 A' 0.9523
1480 6.759 25.67 A' 0.9523
1476 6.777 1.593 A' 0.9523
1467 6.816 5.656 A' 0.9523
1463 6.834 12.72 A' 0.9523
1460 6.851 3.646 A' 0.9523
1455 6.875 2.041 A' 0.9523
1453 6.881 5.19 A' 0.9523
1448 6.906 8.854 A' 0.9523
1444 6.923 2.253 A' 0.9523
1435 6.969 20.53 A' 0.9523
1426 7.011 0.7563 A' 0.9523
1424 7.02 16.16 A' 0.9523
1422 7.034 2.533 A' 0.9523
1410 7.092 5.442 A' 0.9523
1401 7.136 0.1794 A' 0.9523
1397 7.157 14.35 A' 0.9523
1392 7.184 7.087 A' 0.9523
1389 7.2 8.585 A' 0.9523
1383 7.228 6.274 A' 0.9523
1382 7.238 5.677 A' 0.9523
1377 7.264 15.75 A' 0.9523
1371 7.296 6.827 A' 0.9523
1364 7.331 26.15 A' 0.9523
1361 7.349 8.932 A' 0.9523
1355 7.378 1.599 A' 0.9523
1353 7.391 0.4351 A' 0.9523
1348 7.42 3.194 A' 0.9523
1345 7.433 3.216 A' 0.9523
1342 7.45 7.605 A' 0.9523
1340 7.464 8.501 A' 0.9523
1332 7.505 3.441 A' 0.9523
1327 7.538 6.18 A' 0.9523
1325 7.55 0.4111 A' 0.9523
1323 7.557 1.506 A' 0.9523
1321 7.571 3.068 A' 0.9523
1319 7.579 1.444 A' 0.9523
1319 7.584 0.2278 A' 0.9523
1314 7.609 13.59 A' 0.9523
1311 7.626 3.935 A' 0.9523
1308 7.647 4.089 A' 0.9523
1305 7.666 8.054 A' 0.9523
1301 7.687 0.2605 A' 0.9523
1295 7.722 8.813 A' 0.9523
1294 7.73 0.8091 A' 0.9523
1292 7.741 0.3635 A' 0.9523
1286 7.778 12.46 A' 0.9523
1282 7.799 4.508 A' 0.9523
1278 7.826 1.517 A' 0.9523
1270 7.876 3.671 A' 0.9523
1269 7.882 0.9484 A' 0.9523
1261 7.933 4.586 A' 0.9523
1253 7.979 1.786 A' 0.9523
1251 7.994 0.3661 A' 0.9523
1244 8.035 0.9253 A' 0.9523
1239 8.071 0.3785 A' 0.9523
1237 8.083 1.732 A' 0.9523
1236 8.093 0.255 A' 0.9523
1232 8.12 2.879 A' 0.9523
1229 8.137 0.2456 A' 0.9523
1219 8.205 0.2024 A' 0.9523
1214 8.237 0.0912 A' 0.9523
1212 8.252 0.2585 A' 0.9523
1201 8.324 0.2169 A' 0.9523
1200 8.334 0.059 A' 0.9523
1191 8.399 3.216 A' 0.9523
1189 8.414 6.116 A' 0.9523
1183 8.455 2.418 A' 0.9523
1176 8.501 1.2 A' 0.9523
1172 8.531 0.0969 A' 0.9523
1166 8.574 0.1923 A' 0.9523
1147 8.722 2.136 A' 0.9523
1144 8.744 4.563 A' 0.9523
1141 8.761 1.239 A' 0.9523
1135 8.811 7.481 A' 0.9523
1119 8.937 4.271 A' 0.9523
1110 9.008 0.4562 A' 0.9523
1103 9.064 0.1895 A' 0.9523
1101 9.085 3.568 A' 0.9523
1098 9.108 4.122 A' 0.9523
1096 9.126 0.4412 A' 0.9523
1091 9.166 1.176 A' 0.9523
1083 9.237 0.8123 A' 0.9523
1074 9.312 1.044 A' 0.9523
1060 9.433 3.254 A' 0.9523
1060 9.436 0.5299 A' 0.9563
1052 9.508 1.318 A' 0.9563
1045 9.571 6.319 A' 0.9563
1039 9.626 4.936 A' 0.9563
1009 9.913 0.0529 A' 0.9563
999.7 10 0.515 A' 0.9563
995.8 10.04 1.278 A' 0.9563
983.8 10.16 0.431 A' 0.9563
981.7 10.19 0.0075 A" 0.9563
981.6 10.19 0.002 A" 0.9563
973.2 10.27 0.7549 A" 0.9563
969 10.32 0.0006 A" 0.9563
966.8 10.34 0.5175 A" 0.9563
963.9 10.38 0.0082 A" 0.9563
959.8 10.42 0.3988 A' 0.9563
950.7 10.52 0.0242 A" 0.9563
949.8 10.53 0.2401 A' 0.9563
940.7 10.63 0.322 A" 0.9563
938.6 10.65 0.4352 A" 0.9563
935 10.7 0.7966 A" 0.9563
929.6 10.76 0.5977 A" 0.9563
918.4 10.89 0.2041 A' 0.9563
907.1 11.02 2.171 A' 0.9563
892.3 11.21 0.0038 A" 0.9563
886.2 11.28 0.7914 A" 0.9563
882.8 11.33 0.0198 A" 0.9563
881 11.35 0.5273 A' 0.9563
876.6 11.41 0.2342 A' 0.9563
876.1 11.41 0.0058 A" 0.9563
862.4 11.6 0.3878 A' 0.9563
858.4 11.65 4.915 A" 0.9563
856.2 11.68 3.058 A" 0.9563
855 11.7 10.15 A" 0.9563
849.4 11.77 0.5018 A" 0.9563
844.8 11.84 1.097 A' 0.9563
833.4 12 2.162 A' 0.9563
832.8 12.01 0.1043 A" 0.9563
825.3 12.12 1.9 A' 0.9563
822.1 12.16 0.3501 A' 0.9563
817.5 12.23 0.0723 A" 0.9563
816.2 12.25 0.0022 A" 0.9563
810.9 12.33 54.23 A" 0.9563
806.7 12.4 26.7 A" 0.9563
806.5 12.4 3.798 A' 0.9563
800.7 12.49 0.4707 A" 0.9563
799.3 12.51 1.28 A' 0.9563
794.9 12.58 12.02 A" 0.9563
777.9 12.86 117.9 A" 0.9563
777.9 12.86 0.8123 A' 0.9563
772.5 12.95 7.83 A" 0.9563
765.3 13.07 8.625 A" 0.9563
762.6 13.11 5.358 A" 0.9563
760.8 13.14 0.4177 A' 0.9563
758.6 13.18 71.95 A" 0.9563
755.1 13.24 0.5 A" 0.9563
751.9 13.3 40.9 A" 0.9563
746 13.4 1.217 A' 0.9563
745.4 13.42 12.68 A" 0.9563
739.8 13.52 5.117 A" 0.9563
738.8 13.53 1.577 A" 0.9563
735.3 13.6 5.208 A" 0.9563
733.4 13.63 11.64 A" 0.9563
729.3 13.71 0.2284 A" 0.9563
726.6 13.76 0.2168 A' 0.9563
722.6 13.84 0.4907 A" 0.9563
720.1 13.89 0.0652 A' 0.9563
708.7 14.11 3.851 A" 0.9563
700.2 14.28 0.3609 A' 0.9563
699.9 14.29 0.15 A" 0.9563
691.5 14.46 3.965 A' 0.9563
688.2 14.53 0.9783 A" 0.9563
681 14.68 2.984 A' 0.9563
677.6 14.76 0.1798 A" 0.9563
673.9 14.84 6.978 A' 0.9563
666.1 15.01 0.1224 A" 0.9563
659.8 15.16 1.087 A' 0.9563
658.2 15.19 0.2327 A" 0.9563
655.5 15.26 0.6703 A' 0.9563
651.9 15.34 0.0551 A" 0.9563
648.4 15.42 2.346 A' 0.9563
640.5 15.61 1.984 A' 0.9563
639.9 15.63 0.0856 A" 0.9563
631.9 15.83 0.8658 A' 0.9563
623.5 16.04 5.976 A' 0.9563
622.1 16.07 0.0123 A" 0.9563
619.7 16.14 0.8439 A' 0.9563
613.2 16.31 6.323 A' 0.9563
606.2 16.5 0.4961 A" 0.9563
605.1 16.53 0.0161 A" 0.9563
594.6 16.82 0.6311 A" 0.9563
590.2 16.94 1.117 A' 0.9563
586.7 17.05 0.4288 A" 0.9563
585.8 17.07 0.136 A' 0.9563
575.4 17.38 1.18 A' 0.9563
572.9 17.46 0.0099 A" 0.9563
571 17.51 0.049 A" 0.9563
570.9 17.52 3.27 A' 0.9563
565.4 17.69 2.327 A' 0.9563
564.5 17.72 0.0153 A" 0.9563
552.3 18.11 3.251 A' 0.9563
551.4 18.14 0.1663 A" 0.9563
541.8 18.46 0.6708 A" 0.9563
539.4 18.54 3.244 A' 0.9563
535.7 18.67 1.149 A" 0.9563
532.8 18.77 2.501 A' 0.9563
527.6 18.95 1.466 A" 0.9563
516.1 19.37 0.4896 A' 0.9563
514.3 19.44 0.4726 A" 0.9563
512.1 19.53 0.1011 A' 0.9563
501.3 19.95 0.5029 A' 0.9563
487 20.53 0.0355 A" 0.9563
483.7 20.68 0.8709 A" 0.9563
475.9 21.01 0.0618 A" 0.9563
474.1 21.09 0.4498 A' 0.9563
472.6 21.16 0.1733 A" 0.9563
465.4 21.49 2.583 A' 0.9563
453.8 22.04 2.012 A" 0.9563
441.2 22.66 1.339 A" 0.9563
438.9 22.78 0.1288 A' 0.9563
428.8 23.32 0.0126 A' 0.9563
413.7 24.17 0.0656 A' 0.9563
413.5 24.18 0.0237 A" 0.9563
411.8 24.29 0.0255 A' 0.9563
409.5 24.42 0.0757 A" 0.9563
396.3 25.24 0.2954 A" 0.9563
383.9 26.05 0.1135 A" 0.9563
373 26.81 1.835 A' 0.9563
367.3 27.22 0.2235 A" 0.9563
367.3 27.23 0.5442 A' 0.9563
365.8 27.34 0.0031 A" 0.9563
350.3 28.55 0.3275 A' 0.9563
345.5 28.94 0.1374 A" 0.9563
331.7 30.15 0.174 A" 0.9563
331.3 30.18 0.1936 A' 0.9563
320.2 31.23 0.0568 A" 0.9563
309.7 32.29 0.0805 A' 0.9563
304 32.9 0.313 A" 0.9563
302.1 33.1 0.0896 A' 0.9563
291.4 34.32 0.0081 A' 0.9563
287.8 34.75 0.002 A" 0.9563
286.3 34.93 0.1494 A' 0.9563
278.3 35.93 2.208 A" 0.9563
264.7 37.79 0.3561 A" 0.9563
256 39.06 0.1139 A' 0.9563
254.7 39.26 0.6293 A" 0.9563
249.1 40.14 0.0166 A" 0.9563
222.9 44.86 0.0453 A' 0.9563
208.8 47.89 0.0969 A" 0.9563
199.3 50.17 0.0679 A" 0.9563
192.3 51.99 0.0293 A' 0.9563
181.9 54.97 0.0974 A' 0.9563
176 56.81 0.25 A" 0.9563
167.3 59.78 0.1914 A" 0.9563
145.2 68.85 0.1868 A" 0.9563
140.9 70.95 0.2569 A' 0.9563
131.1 76.29 0.4544 A" 0.9563
127.6 78.38 0.0086 A" 0.9563
115.6 86.47 0.0349 A" 0.9563
108.7 92.03 0.0125 A" 0.9563
104.1 96.06 0.2071 A' 0.9563
103.6 96.56 1.028 A" 0.9563
84.24 118.7 0.0023 A" 0.9563
79.53 125.7 0.0001 A" 0.9563
66.06 151.4 1.015 A" 0.9563
60.21 166.1 0.007 A" 0.9563
45.57 219.5 0.5909 A" 0.9563
37.02 270.1 0.0105 A" 0.9563
19.23 520 0.077 A" 0.9563
16.32 612.8 0.0055 A" 0.9563
8.288 1207 0.0058 A" 0.9563
3.571 2800 0.0004 A" 0.9563
1.389 7199 0.0001 A" 0.9563

Vibrations

Note(s):


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4,233 species present in version 3.20 of the theoretical database (Sep 12, 2019)