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uid 660
scaling factor 0.958

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

Transitions

νk
[cm-1]
λ
[μm]
int
[km/mol]
symm. fscale
3077 3.25 72.2 A 0.958
3077 3.25 40.4 A 0.958
3075 3.252 6.86 A 0.958
3075 3.252 131 A 0.958
3074 3.253 80.4 A 0.958
3074 3.253 43.9 A 0.958
3060 3.268 15.6 A 0.958
3059 3.269 7.09 A 0.958
3058 3.27 22.1 A 0.958
3058 3.27 0.881 A 0.958
3057 3.271 0.928 A 0.958
3057 3.271 2.62 A 0.958
3057 3.271 69.6 A 0.958
3057 3.272 29.5 A 0.958
3056 3.272 0.118 A 0.958
3055 3.273 5.74 A 0.958
3055 3.273 14.8 A 0.958
3055 3.274 4.01 A 0.958
3054 3.274 0.129 A 0.958
3053 3.275 1.22 A 0.958
3053 3.275 3.15 A 0.958
3053 3.275 0.176 A 0.958
3053 3.276 1.23 A 0.958
3052 3.276 0.723 A 0.958
2681 3.73 2.25 A 0.958
1610 6.211 16.8 A 0.958
1607 6.222 79.2 A 0.958
1607 6.225 46.4 A 0.958
1601 6.245 0.774 A 0.958
1601 6.247 25.1 A 0.958
1595 6.269 2.35 A 0.958
1593 6.278 0.0254 A 0.958
1590 6.29 151 A 0.958
1589 6.293 264 A 0.958
1579 6.331 1.75 A 0.958
1577 6.342 10.1 A 0.958
1576 6.345 29.4 A 0.958
1575 6.35 2.4 A 0.958
1569 6.372 40.1 A 0.958
1564 6.393 11.8 A 0.958
1560 6.409 22.2 A 0.958
1560 6.41 47.9 A 0.958
1558 6.417 8.55 A 0.958
1556 6.425 26.2 A 0.958
1547 6.466 3.11 A 0.958
1543 6.482 50.5 A 0.958
1542 6.484 7.99 A 0.958
1535 6.513 29.7 A 0.958
1521 6.574 43.5 A 0.958
1517 6.591 25.2 A 0.958
1511 6.617 66.4 A 0.958
1498 6.678 291 A 0.958
1496 6.686 5.21 A 0.958
1492 6.702 1.09 A 0.958
1492 6.703 56.8 A 0.958
1487 6.724 0.0259 A 0.958
1476 6.776 3.4 A 0.958
1474 6.784 0.0883 A 0.958
1469 6.808 54.5 A 0.958
1467 6.818 23.3 A 0.958
1464 6.83 4.16 A 0.958
1460 6.851 2.8 A 0.958
1458 6.858 59.7 A 0.958
1455 6.872 0.335 A 0.958
1454 6.878 1.45 A 0.958
1450 6.896 20.1 A 0.958
1449 6.903 9.48 A 0.958
1447 6.91 27.8 A 0.958
1437 6.958 15.5 A 0.958
1435 6.967 29.6 A 0.958
1430 6.991 0.125 A 0.958
1430 6.995 0.521 A 0.958
1428 7.003 0.023 A 0.958
1423 7.027 0.726 A 0.958
1420 7.042 2.56 A 0.958
1419 7.046 2.97 A 0.958
1417 7.057 1.34 A 0.958
1416 7.062 3.27 A 0.958
1404 7.121 0.0299 A 0.958
1399 7.148 8.93 A 0.958
1397 7.158 5.83 A 0.958
1395 7.17 2.56 A 0.958
1393 7.178 9.86 A 0.958
1391 7.189 14.1 A 0.958
1388 7.203 1.11 A 0.958
1388 7.205 0.725 A 0.958
1386 7.213 1.85 A 0.958
1385 7.219 1.97 A 0.958
1382 7.235 4.8 A 0.958
1381 7.244 6.51 A 0.958
1377 7.264 11.1 A 0.958
1375 7.272 17 A 0.958
1373 7.284 6.43 A 0.958
1372 7.287 0.584 A 0.958
1370 7.302 0.291 A 0.958
1369 7.306 0.733 A 0.958
1367 7.313 6.69 A 0.958
1363 7.335 22.2 A 0.958
1362 7.341 0.105 A 0.958
1355 7.378 19.3 A 0.958
1351 7.405 50.7 A 0.958
1350 7.407 121 A 0.958
1348 7.419 3.79 A 0.958
1346 7.43 28.7 A 0.958
1343 7.447 1.02 A 0.958
1341 7.457 16.2 A 0.958
1336 7.486 0.0848 A 0.958
1330 7.516 3.14 A 0.958
1324 7.551 107 A 0.958
1320 7.577 0.216 A 0.958
1319 7.583 48 A 0.958
1315 7.605 5.49 A 0.958
1315 7.605 23.5 A 0.958
1313 7.615 52.9 A 0.958
1307 7.65 150 A 0.958
1295 7.724 54 A 0.958
1287 7.773 13.5 A 0.958
1286 7.777 33.7 A 0.958
1283 7.793 1.31 A 0.958
1280 7.814 145 A 0.958
1277 7.83 201 A 0.958
1275 7.845 0.897 A 0.958
1264 7.911 334 A 0.958
1263 7.919 6.81 A 0.958
1255 7.967 0.337 A 0.958
1252 7.988 0.7 A 0.958
1227 8.15 0.0283 A 0.958
1223 8.176 12.1 A 0.958
1220 8.198 0.901 A 0.958
1218 8.212 3.43 A 0.958
1213 8.245 0.0941 A 0.958
1212 8.248 19 A 0.958
1211 8.26 0.145 A 0.958
1209 8.269 15.2 A 0.958
1195 8.365 1.27 A 0.958
1195 8.366 6.48 A 0.958
1185 8.437 23.8 A 0.958
1181 8.471 181 A 0.958
1177 8.497 18.9 A 0.958
1173 8.528 10.5 A 0.958
1172 8.535 5.19 A 0.958
1170 8.548 3.78 A 0.958
1165 8.58 19.1 A 0.958
1165 8.585 1.1 A 0.958
1162 8.605 37.2 A 0.958
1162 8.609 18.9 A 0.958
1158 8.639 194 A 0.958
1139 8.777 84.3 A 0.958
1133 8.829 1.18 A 0.958
1128 8.866 0.036 A 0.958
1122 8.91 23.6 A 0.958
1109 9.021 6.33 A 0.958
1106 9.04 1.55 A 0.958
1099 9.102 0.0161 A 0.958
1067 9.373 1.42 A 0.958
1067 9.374 2.08 A 0.958
1059 9.447 7.3 A 0.958
1056 9.468 4.15 A 0.958
1042 9.597 0.0899 A 0.958
1040 9.618 3.15 A 0.958
1038 9.63 13.3 A 0.958
1038 9.63 16.6 A 0.958
1032 9.694 9.64 A 0.958
1027 9.733 2.34 A 0.958
986.2 10.14 0.0011 A 0.958
985.6 10.15 0.0493 A 0.958
985.5 10.15 0.0025 A 0.958
984.8 10.15 0.0584 A 0.958
984.5 10.16 0.0388 A 0.958
984 10.16 0.0014 A 0.958
955.7 10.46 15.7 A 0.958
939.7 10.64 0.218 A 0.958
934.7 10.7 0.252 A 0.958
931.6 10.73 0.0034 A 0.958
930.1 10.75 2.59 A 0.958
928.9 10.77 185 A 0.958
927.5 10.78 0.778 A 0.958
922.8 10.84 88.3 A 0.958
921 10.86 0.71 A 0.958
918.8 10.88 0.082 A 0.958
917 10.91 3.98 A 0.958
915.3 10.92 16.2 A 0.958
911.3 10.97 4.63 A 0.958
911.2 10.97 3.36 A 0.958
897.1 11.15 0.28 A 0.958
889.7 11.24 0.0633 A 0.958
889.3 11.25 0.173 A 0.958
885.8 11.29 0.007 A 0.958
882.3 11.33 2.82 A 0.958
879.6 11.37 0.0103 A 0.958
871 11.48 1.33 A 0.958
870.9 11.48 0.0021 A 0.958
865.9 11.55 0.0001 A 0.958
854.6 11.7 7.19 A 0.958
833.2 12 1.69 A 0.958
831.2 12.03 1.06 A 0.958
819.1 12.21 0.0593 A 0.958
807.7 12.38 75 A 0.958
803.3 12.45 2.33 A 0.958
802.4 12.46 0.0378 A 0.958
797.8 12.53 3.64 A 0.958
797.4 12.54 0.809 A 0.958
794.6 12.58 0.0073 A 0.958
794.6 12.58 0.0054 A 0.958
790.6 12.65 0.0034 A 0.958
790.2 12.66 3.96 A 0.958
786.1 12.72 1.56 A 0.958
785.9 12.72 1.03 A 0.958
784 12.76 1.62 A 0.958
781.7 12.79 0.27 A 0.958
781.4 12.8 0.0495 A 0.958
779.8 12.82 0.0502 A 0.958
776.6 12.88 0.858 A 0.958
775 12.9 0.0556 A 0.958
774 12.92 0.0014 A 0.958
769.2 13 0.0032 A 0.958
763.7 13.09 6.21 A 0.958
761.6 13.13 1.86 A 0.958
759.1 13.17 0.0766 A 0.958
754.7 13.25 0.168 A 0.958
752.1 13.3 0.0112 A 0.958
749.9 13.33 7.49 A 0.958
749 13.35 0.0065 A 0.958
746.8 13.39 0.0151 A 0.958
746.5 13.4 1.6 A 0.958
735.8 13.59 0.167 A 0.958
733.5 13.63 0.0483 A 0.958
732.5 13.65 1.64 A 0.958
728.4 13.73 0.0125 A 0.958
726.7 13.76 0.312 A 0.958
722.7 13.84 0.457 A 0.958
719.6 13.9 0.0115 A 0.958
707.9 14.13 0.0668 A 0.958
706.3 14.16 1.75 A 0.958
704.2 14.2 1.34 A 0.958
686.7 14.56 0.0055 A 0.958
683.2 14.64 4.03 A 0.958
682.3 14.66 6.28 A 0.958
680.5 14.7 0.194 A 0.958
674.9 14.82 0.0839 A 0.958
674.7 14.82 0.215 A 0.958
667.1 14.99 0.699 A 0.958
663.8 15.06 0.625 A 0.958
656.1 15.24 0.521 A 0.958
655.2 15.26 0.0647 A 0.958
654.1 15.29 2.27 A 0.958
651.4 15.35 0.068 A 0.958
642.5 15.56 0.304 A 0.958
639.9 15.63 0.0199 A 0.958
639.8 15.63 0.33 A 0.958
636.8 15.7 0.13 A 0.958
635 15.75 0.0706 A 0.958
632.2 15.82 0.0812 A 0.958
619 16.16 0.468 A 0.958
608.9 16.42 0.191 A 0.958
608.8 16.42 0.5 A 0.958
607.1 16.47 0.0376 A 0.958
595.9 16.78 3.08 A 0.958
595.4 16.8 10.6 A 0.958
594.6 16.82 0.0116 A 0.958
593.8 16.84 1.9 A 0.958
592 16.89 0.465 A 0.958
591.6 16.9 0.233 A 0.958
590.6 16.93 10.6 A 0.958
590.4 16.94 6.85 A 0.958
589.9 16.95 1.91 A 0.958
586.4 17.05 0.0242 A 0.958
585.8 17.07 0.0974 A 0.958
580.2 17.23 0.197 A 0.958
569.9 17.55 0.0123 A 0.958
568.3 17.6 6.61 A 0.958
567.2 17.63 14.9 A 0.958
562 17.79 0.145 A 0.958
559.2 17.88 0.041 A 0.958
555.8 17.99 1.68 A 0.958
553.6 18.06 0.0105 A 0.958
551.8 18.12 1.15 A 0.958
548.6 18.23 0.807 A 0.958
542.5 18.43 0.0049 A 0.958
540.4 18.51 0.304 A 0.958
539.8 18.53 0.762 A 0.958
519.1 19.26 1.05 A 0.958
519 19.27 0.0623 A 0.958
508.5 19.67 0.213 A 0.958
507.8 19.69 0.11 A 0.958
502.5 19.9 1.18 A 0.958
502 19.92 0.213 A 0.958
495.7 20.17 0.205 A 0.958
495.2 20.19 3.08 A 0.958
476.9 20.97 0.589 A 0.958
447.9 22.33 1.23 A 0.958
445 22.47 1.12 A 0.958
443.6 22.54 1.35 A 0.958
442.4 22.6 1.51 A 0.958
437.3 22.87 0 A 0.958
426.5 23.44 0.0844 A 0.958
426.2 23.46 0.314 A 0.958
422.5 23.67 0.906 A 0.958
418.8 23.88 0.27 A 0.958
416.7 24 0.0381 A 0.958
413.7 24.17 0.0045 A 0.958
410.9 24.34 0.891 A 0.958
409.5 24.42 0.0388 A 0.958
402.2 24.86 7.88 A 0.958
402 24.87 3.74 A 0.958
388.5 25.74 0.0021 A 0.958
388.5 25.74 0.122 A 0.958
384.6 26 0.005 A 0.958
376.7 26.55 0.0258 A 0.958
374.7 26.69 0 A 0.958
371.9 26.89 0.254 A 0.958
364.2 27.46 1.02 A 0.958
359.8 27.79 0.0303 A 0.958
359.7 27.8 1.9 A 0.958
353.1 28.32 0.236 A 0.958
338.1 29.58 0.0044 A 0.958
317.5 31.5 0.0355 A 0.958
313.1 31.94 0.0279 A 0.958
308.9 32.38 0.0767 A 0.958
306.3 32.65 0.561 A 0.958
305.8 32.7 0.0484 A 0.958
301.6 33.16 8.8 A 0.958
293.9 34.03 0.698 A 0.958
291.8 34.27 1.39 A 0.958
291.3 34.33 0.396 A 0.958
279.3 35.8 0.0569 A 0.958
278.6 35.9 0.0107 A 0.958
264 37.88 10.6 A 0.958
242.4 41.25 0.142 A 0.958
236.2 42.34 0.0264 A 0.958
235.2 42.52 0.0017 A 0.958
234.1 42.71 0.124 A 0.958
232.5 43.02 0.002 A 0.958
208.9 47.88 0.171 A 0.958
204.9 48.81 0.0713 A 0.958
202.7 49.34 4.51 A 0.958
202.6 49.36 4.87 A 0.958
201.7 49.58 0.439 A 0.958
188.3 53.09 0.693 A 0.958
187.3 53.4 1.11 A 0.958
182.3 54.85 0.0036 A 0.958
172.3 58.04 0.77 A 0.958
169.3 59.08 0.102 A 0.958
130.3 76.72 0.0342 A 0.958
129.6 77.18 4.98 A 0.958
128.3 77.97 0.15 A 0.958
126.4 79.1 0.049 A 0.958
126.3 79.2 0 A 0.958
82.93 120.6 0.0072 A 0.958
82.9 120.6 0.0052 A 0.958
72.02 138.8 0.0042 A 0.958
70.57 141.7 0.0013 A 0.958
57.52 173.8 0.0168 A 0.958
44.46 224.9 0.0032 A 0.958
30.58 327 2.05 A 0.958
23.21 430.9 0.0015 A 0.958
23.14 432.1 0.0017 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)