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uid 3540
scaling factor multiple (3)

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

Transitions

νk
[cm-1]
λ
[μm]
int
[km/mol]
symm. fscale
3148 3.176 0.0029 A 0.9595
3148 3.176 39.9 B 0.9595
3120 3.205 0.021 A 0.9595
3120 3.206 183 B 0.9595
3117 3.208 0.411 A 0.9595
3117 3.208 73.7 B 0.9595
3110 3.215 12.9 B 0.9595
3110 3.215 0.0603 A 0.9595
3104 3.222 0.226 A 0.9595
3103 3.222 17.9 B 0.9595
3099 3.227 27 B 0.9595
3098 3.228 0.034 A 0.9595
3097 3.229 0.0025 A 0.9595
3095 3.231 26.1 B 0.9595
3095 3.232 15.3 B 0.9595
3094 3.232 0.0007 A 0.9595
3086 3.24 0.0045 A 0.9595
3086 3.24 3.66 B 0.9595
3075 3.253 0.357 A 0.9595
3075 3.253 92.7 B 0.9595
3065 3.262 0.254 A 0.9595
3065 3.262 88.3 B 0.9595
3064 3.264 18.7 B 0.9595
3064 3.264 0.139 A 0.9595
3059 3.269 3.22 B 0.9595
3059 3.269 0.0034 A 0.9595
1590 6.289 1.1 B 0.9523
1590 6.29 0.0132 A 0.9523
1584 6.313 0.0713 A 0.9523
1584 6.314 7.59 B 0.9523
1581 6.326 0.114 A 0.9523
1580 6.33 7.71 B 0.9523
1576 6.344 13.9 B 0.9523
1575 6.35 0.125 A 0.9523
1574 6.353 0.0251 A 0.9523
1573 6.356 27.3 B 0.9523
1569 6.375 0.0004 A 0.9523
1568 6.377 5.63 B 0.9523
1562 6.401 4.91 B 0.9523
1562 6.402 0.0007 A 0.9523
1560 6.412 0.0008 A 0.9523
1551 6.446 5.48 B 0.9523
1546 6.466 0.0022 A 0.9523
1539 6.496 0.0426 B 0.9523
1531 6.532 0.021 A 0.9523
1528 6.543 1.79 B 0.9523
1513 6.61 11.4 B 0.9523
1508 6.63 0.0657 A 0.9523
1504 6.649 11 B 0.9523
1496 6.683 0.0861 A 0.9523
1492 6.702 0.0141 A 0.9523
1482 6.748 4.65 B 0.9523
1480 6.755 0.123 A 0.9523
1471 6.8 0.031 A 0.9523
1466 6.821 54 B 0.9523
1464 6.828 0.0345 A 0.9523
1457 6.864 0.0819 A 0.9523
1455 6.874 15.6 B 0.9523
1444 6.923 8.86 B 0.9523
1443 6.928 14.5 B 0.9523
1433 6.978 1.39 B 0.9523
1429 7 2.62 B 0.9523
1425 7.019 0.109 A 0.9523
1416 7.063 2.02 B 0.9523
1414 7.073 0.0557 A 0.9523
1405 7.118 0.0673 A 0.9523
1401 7.139 8.05 B 0.9523
1396 7.166 0.147 A 0.9523
1383 7.229 0.023 A 0.9523
1382 7.235 0.0547 A 0.9523
1376 7.267 0.0125 A 0.9523
1367 7.316 9.92 B 0.9523
1362 7.34 5.61 B 0.9523
1358 7.364 0.0006 A 0.9523
1356 7.373 14.6 B 0.9523
1351 7.404 34.5 B 0.9523
1345 7.437 0.0028 A 0.9523
1344 7.44 13.1 B 0.9523
1339 7.467 0.0037 A 0.9523
1332 7.51 34.6 B 0.9523
1331 7.515 0.0162 A 0.9523
1327 7.535 0.0229 A 0.9523
1325 7.547 7.24 B 0.9523
1323 7.557 1.45 B 0.9523
1320 7.574 0.0002 A 0.9523
1319 7.584 4.23 B 0.9523
1315 7.606 0.0181 A 0.9523
1314 7.609 10.4 B 0.9523
1313 7.617 7.85 B 0.9523
1312 7.619 0.0006 A 0.9523
1304 7.667 0.0067 A 0.9523
1297 7.712 1.29 B 0.9523
1289 7.756 0.0024 A 0.9523
1285 7.784 7.36 B 0.9523
1282 7.802 0.0013 A 0.9523
1281 7.807 4.87 B 0.9523
1266 7.897 6.87 B 0.9523
1261 7.932 0 A 0.9523
1259 7.944 0.0008 A 0.9523
1257 7.956 2.13 B 0.9523
1254 7.975 0.0163 A 0.9523
1244 8.04 4.05 B 0.9523
1239 8.07 0.015 A 0.9523
1234 8.106 1.82 B 0.9523
1232 8.12 0.0191 A 0.9523
1224 8.173 0.0021 A 0.9523
1220 8.198 0.588 B 0.9523
1213 8.246 0.0007 A 0.9523
1203 8.314 0.552 B 0.9523
1199 8.342 0.007 A 0.9523
1193 8.381 0.418 B 0.9523
1190 8.402 0.0057 A 0.9523
1184 8.443 0.0304 A 0.9523
1183 8.45 7.67 B 0.9523
1177 8.496 0.77 B 0.9523
1173 8.528 0.011 A 0.9523
1161 8.612 1.55 B 0.9523
1141 8.764 5.03 B 0.9523
1137 8.794 0.0102 A 0.9523
1134 8.816 6.52 B 0.9523
1121 8.922 0.0134 A 0.9523
1119 8.933 10.3 B 0.9523
1109 9.019 0 A 0.9523
1100 9.095 0.0157 A 0.9523
1098 9.109 4.73 B 0.9523
1091 9.165 4.54 B 0.9523
1086 9.212 0.0061 A 0.9523
1076 9.291 1.93 B 0.9523
1074 9.313 0.0182 A 0.9523
1063 9.407 1.85 B 0.9523
1055 9.478 0.0081 A 0.9563
1046 9.557 7.61 B 0.9563
1044 9.577 0.0224 A 0.9563
1009 9.915 0.136 B 0.9563
1001 9.992 0.0007 A 0.9563
996.7 10.03 3.5 B 0.9563
981.8 10.19 0.0111 A 0.9563
981.8 10.19 0.0016 B 0.9563
979.1 10.21 0.177 B 0.9563
971.9 10.29 0.0118 B 0.9563
971.8 10.29 1.2 A 0.9563
965.3 10.36 0.0711 A 0.9563
965.3 10.36 0.0516 B 0.9563
953.8 10.48 0.0101 A 0.9563
945.1 10.58 0.0073 B 0.9563
944.9 10.58 0.806 A 0.9563
938.6 10.65 0.0011 A 0.9563
931.9 10.73 0.0064 B 0.9563
931.9 10.73 1.57 A 0.9563
903.6 11.07 0.0088 A 0.9563
901 11.1 0.18 B 0.9563
892 11.21 0.0118 A 0.9563
891.2 11.22 0.0262 B 0.9563
890.8 11.23 0.362 A 0.9563
881.6 11.34 1.56 B 0.9563
880.5 11.36 0.484 A 0.9563
879.8 11.37 0.512 B 0.9563
858.4 11.65 0.374 B 0.9563
856.6 11.67 9.25 A 0.9563
856.2 11.68 0.0224 B 0.9563
854.2 11.71 10.6 A 0.9563
848.6 11.78 0.0781 A 0.9563
847 11.81 2.73 B 0.9563
839.7 11.91 0.47 A 0.9563
828.8 12.07 0.0335 B 0.9563
823.9 12.14 8.51 A 0.9563
821 12.18 3.15 B 0.9563
813.6 12.29 17.5 A 0.9563
812.8 12.3 0.131 B 0.9563
797.2 12.54 0.269 A 0.9563
792.4 12.62 0.311 B 0.9563
790.7 12.65 107 A 0.9563
783.4 12.76 0.439 B 0.9563
783.1 12.77 0.0986 B 0.9563
772.2 12.95 51.1 A 0.9563
769.6 12.99 0.742 B 0.9563
763.5 13.1 0.613 B 0.9563
761.3 13.14 1.32 A 0.9563
758.9 13.18 114 A 0.9563
758.4 13.19 0.475 B 0.9563
756.4 13.22 10.1 A 0.9563
746.4 13.4 16.2 A 0.9563
745.3 13.42 0.032 B 0.9563
737.3 13.56 2.26 A 0.9563
735.3 13.6 1.14 B 0.9563
733.7 13.63 0.0169 B 0.9563
733.3 13.64 1.31 B 0.9563
731.3 13.67 22.6 A 0.9563
719.2 13.91 0.659 B 0.9563
718.2 13.92 1.17 B 0.9563
712.3 14.04 0.847 A 0.9563
703.6 14.21 0.0037 A 0.9563
701.1 14.26 11.7 B 0.9563
700.5 14.28 0.0458 A 0.9563
696.1 14.36 0.204 B 0.9563
692.3 14.44 4.08 A 0.9563
681.2 14.68 0.0014 A 0.9563
678.8 14.73 0.682 B 0.9563
678 14.75 1.36 B 0.9563
665.8 15.02 0.247 B 0.9563
659.3 15.17 0.112 A 0.9563
654.3 15.28 0.0323 A 0.9563
647.8 15.44 1.64 B 0.9563
639.1 15.65 0.145 A 0.9563
633.3 15.79 0.0572 A 0.9563
631.3 15.84 0.0019 A 0.9563
626.6 15.96 7.01 B 0.9563
621.1 16.1 5.05 B 0.9563
618.1 16.18 0.0514 A 0.9563
615.6 16.24 0.0719 B 0.9563
608.4 16.44 0.0107 B 0.9563
602.9 16.59 0.0897 A 0.9563
600.9 16.64 0.604 A 0.9563
592.6 16.87 0.0701 A 0.9563
583 17.15 1.88 B 0.9563
582.2 17.18 0.013 A 0.9563
579.8 17.25 0.063 B 0.9563
573.8 17.43 0.0075 A 0.9563
573.1 17.45 0.249 B 0.9563
566.4 17.65 0.0574 A 0.9563
557.6 17.93 2.3 B 0.9563
556.9 17.96 0.183 A 0.9563
546.3 18.3 0.0078 B 0.9563
538.4 18.57 1.43 A 0.9563
533.8 18.73 0.807 B 0.9563
532.8 18.77 6.56 B 0.9563
518.6 19.28 1.14 B 0.9563
515.1 19.41 0.272 A 0.9563
514.3 19.44 4.17 B 0.9563
512.8 19.5 0.009 A 0.9563
493.8 20.25 0.467 B 0.9563
485.8 20.58 0.409 B 0.9563
476.9 20.97 1.18 A 0.9563
476.9 20.97 0.771 B 0.9563
469.2 21.31 0.0546 A 0.9563
468 21.37 0.119 A 0.9563
465.4 21.49 1.59 B 0.9563
462.7 21.61 0.0148 A 0.9563
461.2 21.68 4.48 A 0.9563
451.4 22.16 0.0586 B 0.9563
428.6 23.33 0.069 A 0.9563
418.8 23.88 0.002 B 0.9563
402.7 24.83 0.39 B 0.9563
397 25.19 0.0421 B 0.9563
392.5 25.47 1.09 A 0.9563
389.5 25.68 0.0163 A 0.9563
380 26.31 0.0781 A 0.9563
377.7 26.48 0.0476 B 0.9563
361 27.7 0.918 A 0.9563
357 28.01 0.06 B 0.9563
342.2 29.22 0.182 B 0.9563
339.1 29.49 0.3 A 0.9563
325.2 30.75 0.0089 A 0.9563
319.2 31.32 0.0051 B 0.9563
309.5 32.31 0.0016 A 0.9563
306.9 32.59 0.0907 B 0.9563
302 33.11 0.0576 B 0.9563
297 33.67 0.212 A 0.9563
275.4 36.31 0.0089 B 0.9563
274.5 36.43 0.316 A 0.9563
266.8 37.48 0.175 B 0.9563
259.9 38.48 0.0017 A 0.9563
256.9 38.93 0.0084 B 0.9563
233.6 42.81 0.756 A 0.9563
224.5 44.55 0.0453 A 0.9563
208.1 48.05 0.778 B 0.9563
202.4 49.41 0.186 A 0.9563
195.1 51.26 1.27 A 0.9563
194.9 51.32 0.0228 B 0.9563
175.8 56.89 0.0128 B 0.9563
164.8 60.68 0.0002 A 0.9563
154 64.95 0.615 A 0.9563
138.9 72.02 0.0502 B 0.9563
133.6 74.84 0.525 A 0.9563
129.6 77.15 0.23 B 0.9563
113.6 87.99 0.32 A 0.9563
112.5 88.88 0.0002 B 0.9563
98.49 101.5 0.0247 B 0.9563
95.96 104.2 0.0571 A 0.9563
83.5 119.8 0.0067 B 0.9563
69.87 143.1 0.287 A 0.9563
55.19 181.2 0.0047 B 0.9563
43.71 228.8 1 A 0.9563
29.51 338.9 0.123 A 0.9563
29.27 341.7 0.0001 B 0.9563
13.37 748 0.0014 B 0.9563
11.68 856.3 0.0006 A 0.9563
6.01 1664 0.0012 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)