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uid 659
scaling factor 0.958

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

Transitions

Frequency
[wavenumbers]
Wavelength
[microns]
Integrated cross-section
[km/mol]
Symmetry Scaling factor
3066 3.261 88.73 A' 0.958
3066 3.262 200.3 A' 0.958
3065 3.263 159.7 A' 0.958
3065 3.263 65.88 A' 0.958
3065 3.263 1.79 A' 0.958
3064 3.264 18.61 A' 0.958
3051 3.278 45.98 A' 0.958
3048 3.281 7.829 A' 0.958
3048 3.281 44.49 A' 0.958
3047 3.281 11.17 A' 0.958
3047 3.282 17.37 A' 0.958
3046 3.283 8.314 A' 0.958
3045 3.284 20.05 A' 0.958
3045 3.284 1.47 A' 0.958
3045 3.284 24.52 A' 0.958
3044 3.285 5.532 A' 0.958
3044 3.286 2.304 A' 0.958
3043 3.286 1.084 A' 0.958
3043 3.287 2.063 A' 0.958
3042 3.287 1.647 A' 0.958
3042 3.287 0.0698 A' 0.958
1610 6.211 10.28 A' 0.958
1605 6.231 11.3 A' 0.958
1600 6.251 8.258 A' 0.958
1593 6.279 3.313 A' 0.958
1591 6.286 10.72 A' 0.958
1587 6.302 12.76 A' 0.958
1582 6.322 8.585 A' 0.958
1576 6.346 1.981 A' 0.958
1574 6.353 0.5825 A' 0.958
1571 6.364 2.121 A' 0.958
1563 6.397 5.975 A' 0.958
1562 6.403 0.3278 A' 0.958
1557 6.424 4.357 A' 0.958
1553 6.439 0.3572 A' 0.958
1549 6.456 0.5849 A' 0.958
1536 6.509 2.667 A' 0.958
1531 6.532 1.367 A' 0.958
1519 6.585 4.495 A' 0.958
1510 6.621 5.503 A' 0.958
1500 6.666 1.057 A' 0.958
1499 6.673 9.436 A' 0.958
1487 6.727 0.092 A' 0.958
1482 6.748 0.825 A' 0.958
1480 6.757 0.8403 A' 0.958
1474 6.784 5.784 A' 0.958
1473 6.789 5.925 A' 0.958
1465 6.825 0.8372 A' 0.958
1463 6.837 0.5995 A' 0.958
1455 6.873 1.068 A' 0.958
1451 6.892 1.248 A' 0.958
1447 6.912 0.2347 A' 0.958
1441 6.941 3.49 A' 0.958
1438 6.956 2.512 A' 0.958
1437 6.961 0.5445 A' 0.958
1429 7 2.301 A' 0.958
1423 7.028 0.3501 A' 0.958
1421 7.039 0.1538 A' 0.958
1420 7.043 1.411 A' 0.958
1417 7.059 0.6149 A' 0.958
1412 7.083 0.1434 A' 0.958
1402 7.132 0.4314 A' 0.958
1401 7.139 0.2564 A' 0.958
1394 7.175 0.816 A' 0.958
1392 7.183 0.3732 A' 0.958
1392 7.186 1.72 A' 0.958
1387 7.211 0.8083 A' 0.958
1383 7.233 7.979 A' 0.958
1382 7.236 2.445 A' 0.958
1378 7.255 0.4377 A' 0.958
1376 7.265 0.7126 A' 0.958
1372 7.288 0.9872 A' 0.958
1371 7.294 0.8082 A' 0.958
1367 7.313 1.078 A' 0.958
1364 7.333 1.681 A' 0.958
1362 7.343 1.368 A' 0.958
1359 7.357 1.754 A' 0.958
1350 7.407 1.459 A' 0.958
1347 7.425 2.347 A' 0.958
1344 7.439 0.5514 A' 0.958
1335 7.489 2.192 A' 0.958
1333 7.504 0.9896 A' 0.958
1332 7.508 3.792 A' 0.958
1325 7.547 6.269 A' 0.958
1319 7.582 5.932 A' 0.958
1313 7.614 2.477 A' 0.958
1306 7.659 1.79 A' 0.958
1294 7.727 4.928 A' 0.958
1286 7.773 4.29 A' 0.958
1280 7.811 1.439 A' 0.958
1278 7.826 8.123 A' 0.958
1276 7.835 10.81 A' 0.958
1274 7.849 0.4548 A' 0.958
1265 7.902 4.271 A' 0.958
1257 7.953 2.577 A' 0.958
1245 8.031 4.011 A' 0.958
1229 8.137 1.788 A' 0.958
1228 8.145 0.0709 A' 0.958
1223 8.175 0.4195 A' 0.958
1215 8.233 0.6961 A' 0.958
1207 8.286 9.621 A' 0.958
1202 8.317 4.661 A' 0.958
1198 8.345 1.307 A' 0.958
1195 8.367 2.32 A' 0.958
1188 8.415 2.588 A' 0.958
1184 8.443 4.769 A' 0.958
1178 8.488 2.288 A' 0.958
1176 8.504 3.317 A' 0.958
1167 8.566 3.818 A' 0.958
1160 8.62 1.102 A' 0.958
1154 8.666 0.3806 A' 0.958
1148 8.709 5.917 A' 0.958
1142 8.76 2.119 A' 0.958
1141 8.765 0.0843 A' 0.958
1131 8.84 0.316 A' 0.958
1117 8.953 2.322 A' 0.958
1099 9.102 0.4165 A' 0.958
1082 9.242 0.7782 A' 0.958
1072 9.324 4.244 A' 0.958
1058 9.447 0.5675 A' 0.958
1044 9.582 1.521 A' 0.958
1030 9.707 1.674 A' 0.958
1016 9.839 0.8176 A' 0.958
1002 9.985 2.118 A' 0.958
984.8 10.15 0.0993 A' 0.958
977 10.24 2.308 A' 0.958
976.5 10.24 0.0009 A" 0.958
975.5 10.25 0.0027 A" 0.958
974.1 10.27 0.0042 A" 0.958
971.5 10.29 0.0004 A" 0.958
970.4 10.31 0.0018 A" 0.958
956.4 10.46 0.0335 A" 0.958
954.6 10.48 1.7 A' 0.958
930.9 10.74 1.22 A' 0.958
916.9 10.91 0.0562 A' 0.958
909 11 126.1 A" 0.958
901.8 11.09 4.955 A" 0.958
899.9 11.11 103.7 A" 0.958
897.5 11.14 0.9097 A' 0.958
893.2 11.2 5.928 A" 0.958
887.1 11.27 5.576 A" 0.958
879.6 11.37 0.5623 A' 0.958
869.5 11.5 11.27 A" 0.958
867.8 11.52 0.993 A' 0.958
865.8 11.55 0.5929 A" 0.958
856.5 11.68 1.287 A" 0.958
855.8 11.68 2.471 A' 0.958
843.7 11.85 1.025 A' 0.958
838.6 11.92 0.8319 A' 0.958
833.2 12 20.12 A" 0.958
815.7 12.26 5.814 A" 0.958
810.4 12.34 2.721 A" 0.958
807.7 12.38 0.9186 A' 0.958
795.8 12.57 4.768 A" 0.958
790.8 12.65 10.52 A" 0.958
790.4 12.65 1.688 A' 0.958
785.8 12.73 2.643 A" 0.958
783.1 12.77 11.42 A" 0.958
780.3 12.82 0.5176 A' 0.958
779.3 12.83 0.0978 A" 0.958
777 12.87 0.9243 A" 0.958
773.4 12.93 0.1586 A" 0.958
772.3 12.95 0.0181 A' 0.958
771.6 12.96 0.4457 A' 0.958
769.8 12.99 0.1228 A" 0.958
766.5 13.05 0.0032 A" 0.958
757.4 13.2 0.8035 A" 0.958
756.1 13.23 0.207 A' 0.958
754.1 13.26 4.267 A" 0.958
746.7 13.39 0.1134 A' 0.958
742.8 13.46 0.5347 A" 0.958
734 13.62 0.9204 A' 0.958
733.4 13.64 0.278 A" 0.958
732.1 13.66 0.0098 A" 0.958
717.8 13.93 0.0419 A" 0.958
715.9 13.97 0.5482 A' 0.958
707.6 14.13 4.228 A" 0.958
702.7 14.23 1.146 A" 0.958
696.4 14.36 0.0137 A" 0.958
695.9 14.37 0.1338 A' 0.958
686.6 14.57 0.2782 A" 0.958
681.3 14.68 1.673 A" 0.958
677.5 14.76 0.1997 A' 0.958
674.1 14.83 0.0141 A" 0.958
672.6 14.87 0.5016 A' 0.958
669.8 14.93 0.1841 A' 0.958
651.9 15.34 0.7092 A" 0.958
646.9 15.46 0.7304 A' 0.958
642.2 15.57 0.4461 A' 0.958
634.1 15.77 0.3159 A' 0.958
631 15.85 1.194 A' 0.958
615.9 16.24 0.3527 A" 0.958
614.2 16.28 0.4535 A' 0.958
609.7 16.4 0.9152 A' 0.958
607.9 16.45 0.1107 A" 0.958
603 16.58 3.004 A" 0.958
600.5 16.65 4.845 A" 0.958
599 16.69 1.291 A' 0.958
597.5 16.74 0.7427 A" 0.958
594.4 16.82 0.0846 A" 0.958
585 17.09 0.2177 A' 0.958
579.7 17.25 7.284 A" 0.958
573.8 17.43 3.608 A" 0.958
569 17.57 0.0125 A' 0.958
568.2 17.6 0.0008 A" 0.958
565.2 17.69 0.0759 A" 0.958
563.7 17.74 0.4745 A' 0.958
560.9 17.83 8.196 A" 0.958
555.6 18 0.2826 A' 0.958
553 18.08 0.0259 A" 0.958
547 18.28 0.1402 A" 0.958
543 18.42 0.8405 A' 0.958
539 18.55 0.6507 A' 0.958
526.9 18.98 0.7182 A' 0.958
518.3 19.29 0.2919 A" 0.958
503.7 19.85 0.1666 A' 0.958
500 20 0.6511 A' 0.958
484.8 20.63 0.1106 A" 0.958
483 20.7 1.041 A' 0.958
477.4 20.95 0.4592 A' 0.958
466.1 21.46 0.6868 A' 0.958
455.9 21.93 2.476 A' 0.958
454.6 22 0.0008 A" 0.958
448.2 22.31 0.0034 A' 0.958
439 22.78 0.0001 A" 0.958
425.5 23.5 0.422 A' 0.958
415.5 24.07 0.0229 A" 0.958
409 24.45 0.0012 A" 0.958
403.8 24.77 0.0181 A" 0.958
402.7 24.83 0.2896 A' 0.958
399.9 25 0.2489 A" 0.958
391.3 25.55 0.6598 A" 0.958
390.7 25.6 0.217 A' 0.958
381.5 26.21 0.9349 A" 0.958
369.5 27.06 0.1814 A" 0.958
363.6 27.51 0.0136 A" 0.958
363.1 27.54 0.826 A' 0.958
338.9 29.51 0.1265 A' 0.958
338.3 29.56 0.0315 A" 0.958
336.9 29.68 0.0068 A" 0.958
320.7 31.18 0.0548 A" 0.958
316.7 31.58 1.902 A" 0.958
313.1 31.93 1.652 A' 0.958
299.2 33.42 0.1835 A' 0.958
289.3 34.57 0.3403 A" 0.958
281.2 35.57 0.0178 A' 0.958
274.5 36.43 0.063 A" 0.958
265.3 37.69 0.0018 A" 0.958
265.1 37.72 6.83 A' 0.958
250.5 39.92 0.0677 A" 0.958
245.7 40.69 0.3234 A" 0.958
225.4 44.36 2.253 A" 0.958
222.5 44.95 0.0645 A' 0.958
214.2 46.69 0.0003 A" 0.958
209.7 47.7 0.1906 A' 0.958
206.6 48.4 0.2625 A" 0.958
183.4 54.54 3.69 A' 0.958
177.1 56.46 0.6863 A" 0.958
174.6 57.26 0.9383 A" 0.958
154.6 64.69 0.3258 A" 0.958
141.7 70.58 0.6699 A" 0.958
120.6 82.92 0.0143 A" 0.958
117.7 84.94 0.0954 A" 0.958
101.3 98.75 0.0198 A" 0.958
89.2 112.1 0.0148 A" 0.958
66 151.5 0.0924 A" 0.958
59.08 169.3 0.0074 A" 0.958
45.45 220 1.471 A" 0.958
30.52 327.6 0.0972 A" 0.958
25.3 395.2 0.1817 A" 0.958

Vibrations

Note(s):


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


700 species present in version 2.00 of the theoretical database (Oct 29, 2013)