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uid 557
scaling factor 0.958

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

Transitions

νk
[cm-1]
λ
[μm]
int
[km/mol]
symm. fscale
3079 3.248 0.585 A 0.958
3079 3.248 108 A 0.958
3078 3.248 81.6 A 0.958
3078 3.249 1.98 A 0.958
3078 3.249 0.298 A 0.958
3078 3.249 26.6 A 0.958
3061 3.266 0.0931 A 0.958
3061 3.267 0.0095 A 0.958
3061 3.267 0.0255 A 0.958
3061 3.267 8.93 A 0.958
3060 3.268 11.2 A 0.958
3060 3.268 0.0059 A 0.958
3058 3.27 0.0087 A 0.958
3058 3.27 14.6 A 0.958
3057 3.271 17.3 A 0.958
3057 3.271 0.0104 A 0.958
3057 3.272 0.0717 A 0.958
3057 3.272 1.23 A 0.958
1612 6.203 0.0378 A 0.958
1605 6.229 88.3 A 0.958
1605 6.232 82.5 A 0.958
1591 6.285 0.0031 A 0.958
1585 6.308 0.401 A 0.958
1585 6.31 9.89 A 0.958
1585 6.31 1.84 A 0.958
1584 6.312 12.7 A 0.958
1569 6.374 1.03 A 0.958
1565 6.389 0.169 A 0.958
1565 6.39 0.0146 A 0.958
1557 6.421 0.0733 A 0.958
1532 6.526 0.679 A 0.958
1526 6.554 0.013 A 0.958
1499 6.669 0.71 A 0.958
1492 6.703 10.9 A 0.958
1490 6.712 12.3 A 0.958
1485 6.736 0.115 A 0.958
1475 6.779 0.0742 A 0.958
1475 6.781 0.0169 A 0.958
1457 6.862 0.116 A 0.958
1453 6.882 0.0072 A 0.958
1452 6.889 0.277 A 0.958
1450 6.896 4.53 A 0.958
1450 6.897 6.33 A 0.958
1448 6.906 0.135 A 0.958
1441 6.938 0 A 0.958
1422 7.032 1.58 A 0.958
1422 7.033 2.75 A 0.958
1417 7.056 0 A 0.958
1404 7.125 0.0119 A 0.958
1400 7.144 0.0439 A 0.958
1391 7.189 0.0124 A 0.958
1391 7.191 0.0007 A 0.958
1383 7.233 0.0001 A 0.958
1382 7.237 1.97 A 0.958
1381 7.242 3.46 A 0.958
1379 7.254 0.746 A 0.958
1375 7.275 0.0035 A 0.958
1364 7.33 0.696 A 0.958
1363 7.337 2.75 A 0.958
1356 7.372 1.51 A 0.958
1351 7.399 11.6 A 0.958
1349 7.411 6.08 A 0.958
1340 7.464 0.119 A 0.958
1340 7.464 0.103 A 0.958
1333 7.505 0.603 A 0.958
1323 7.557 0.017 A 0.958
1308 7.645 0.103 A 0.958
1305 7.665 0.0047 A 0.958
1287 7.77 0.378 A 0.958
1278 7.823 39.1 A 0.958
1276 7.836 39.7 A 0.958
1273 7.858 5.84 A 0.958
1272 7.859 4.89 A 0.958
1272 7.859 0.371 A 0.958
1262 7.926 0.0017 A 0.958
1261 7.932 0.0104 A 0.958
1249 8.007 0.0198 A 0.958
1232 8.114 0.001 A 0.958
1217 8.214 0.001 A 0.958
1204 8.303 0.346 A 0.958
1196 8.362 0.314 A 0.958
1195 8.367 0.231 A 0.958
1193 8.383 0.055 A 0.958
1192 8.387 0.0022 A 0.958
1172 8.534 15.4 A 0.958
1171 8.536 16.6 A 0.958
1160 8.619 0.466 A 0.958
1145 8.732 0.0895 A 0.958
1144 8.743 0.0023 A 0.958
1123 8.901 0.121 A 0.958
1105 9.048 0.191 A 0.958
1102 9.076 0.0125 A 0.958
1090 9.178 0.0002 A 0.958
1086 9.205 0.0312 A 0.958
1020 9.804 4.88 A 0.958
1020 9.808 5.14 A 0.958
996.5 10.03 0.0053 A 0.958
989.5 10.11 0.001 A 0.958
988.1 10.12 0.0245 A 0.958
987.7 10.12 0.01 A 0.958
984.9 10.15 0.0084 A 0.958
984.6 10.16 0.0305 A 0.958
983 10.17 0 A 0.958
979 10.21 1.85 A 0.958
976.8 10.24 2.13 A 0.958
975.9 10.25 0.0073 A 0.958
975.8 10.25 0.0251 A 0.958
921 10.86 211 A 0.958
916.7 10.91 0.914 A 0.958
915.3 10.93 0.019 A 0.958
905.9 11.04 1.07 A 0.958
904.5 11.06 0.0135 A 0.958
899 11.12 0.0163 A 0.958
884.7 11.3 0.003 A 0.958
860.1 11.63 0.0011 A 0.958
838.9 11.92 7.18 A 0.958
838.6 11.92 7.1 A 0.958
835.3 11.97 0.0068 A 0.958
835 11.98 0.0035 A 0.958
828 12.08 0 A 0.958
818.4 12.22 0.0221 A 0.958
818.4 12.22 0.0028 A 0.958
812.2 12.31 0.008 A 0.958
805.1 12.42 0.0086 A 0.958
800.2 12.5 0.0055 A 0.958
799.3 12.51 0.0004 A 0.958
794.4 12.59 0.13 A 0.958
789.9 12.66 54.6 A 0.958
783.7 12.76 0.0485 A 0.958
776.2 12.88 0.246 A 0.958
770.5 12.98 0.0312 A 0.958
770.2 12.98 0.0613 A 0.958
760.4 13.15 0.0004 A 0.958
751.2 13.31 0 A 0.958
745.1 13.42 0.0583 A 0.958
744.9 13.42 0.0018 A 0.958
724.5 13.8 31.4 A 0.958
721.3 13.86 0.387 A 0.958
694.2 14.4 0.0115 A 0.958
693.4 14.42 0.291 A 0.958
684.7 14.6 0.33 A 0.958
654.5 15.28 0.0104 A 0.958
652.3 15.33 0.0741 A 0.958
648.1 15.43 3.37 A 0.958
647.9 15.43 3.45 A 0.958
640.7 15.61 0.157 A 0.958
627 15.95 0.132 A 0.958
624.1 16.02 0.0371 A 0.958
623.9 16.03 0.0236 A 0.958
621 16.1 0.0245 A 0.958
608 16.45 0.306 A 0.958
606.7 16.48 0.0054 A 0.958
602.8 16.59 0.408 A 0.958
596.5 16.76 0.012 A 0.958
595.5 16.79 0.0008 A 0.958
594.1 16.83 0.0436 A 0.958
579.9 17.25 0 A 0.958
577.3 17.32 0.0004 A 0.958
561.6 17.81 15.6 A 0.958
559.3 17.88 1.2 A 0.958
557.5 17.94 0.595 A 0.958
555.9 17.99 1.07 A 0.958
534.8 18.7 0.0208 A 0.958
532.1 18.79 0.0003 A 0.958
530.5 18.85 0.0374 A 0.958
529.3 18.89 0.0177 A 0.958
500.9 19.96 4.44 A 0.958
500.6 19.97 4.29 A 0.958
492.6 20.3 0.0005 A 0.958
481.7 20.76 0.0277 A 0.958
476.4 20.99 0.0625 A 0.958
474.6 21.07 0.223 A 0.958
465.1 21.5 0.019 A 0.958
461.9 21.65 0.0111 A 0.958
459.2 21.78 0.0879 A 0.958
435.7 22.95 0.0968 A 0.958
415.7 24.06 0.0317 A 0.958
385.4 25.95 0.0168 A 0.958
383.1 26.1 0.0445 A 0.958
379.3 26.37 0.0711 A 0.958
371.7 26.9 0.0187 A 0.958
371.5 26.92 0.0018 A 0.958
370.2 27.01 0.198 A 0.958
360.4 27.74 0.0896 A 0.958
345.4 28.95 0.0271 A 0.958
341.2 29.31 0.0547 A 0.958
340.8 29.34 0.0111 A 0.958
339.1 29.49 0.223 A 0.958
317 31.55 0.0192 A 0.958
302.6 33.04 0 A 0.958
293 34.13 6.57 A 0.958
284.1 35.2 0.0033 A 0.958
265.5 37.67 3.73 A 0.958
265.4 37.68 3.45 A 0.958
249.3 40.12 0.0039 A 0.958
249.1 40.14 0.0001 A 0.958
241.4 41.43 11.6 A 0.958
225.5 44.34 3.83 A 0.958
214.8 46.56 0.0049 A 0.958
213.2 46.9 0.0126 A 0.958
196.7 50.85 0.0707 A 0.958
144.4 69.27 0.0717 A 0.958
142.3 70.3 0.0035 A 0.958
138.5 72.22 0.337 A 0.958
136.3 73.35 0.108 A 0.958
126.1 79.32 0.0444 A 0.958
102.3 97.73 0.0022 A 0.958
76.64 130.5 0.0002 A 0.958
73.38 136.3 1.4 A 0.958
48.13 207.8 1.06 A 0.958
47.14 212.1 0.617 A 0.958
41.23 242.5 0.0067 A 0.958
38.34 260.8 0.0179 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)