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uid 3486
scaling factor multiple (3)

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

Transitions

νk
[cm-1]
λ
[μm]
int
[km/mol]
symm. fscale
3138 3.187 19.7 A 0.9597
3109 3.216 94.7 A 0.9597
3107 3.218 92.7 A 0.9597
3107 3.219 121 A 0.9597
3106 3.22 94.9 A 0.9597
3102 3.223 6.86 A 0.9597
3101 3.225 55.3 A 0.9597
3099 3.227 27.3 A 0.9597
3099 3.227 18.6 A 0.9597
3098 3.228 0.622 A 0.9597
3092 3.234 3.76 A 0.9597
3088 3.239 16.1 A 0.9597
3087 3.239 1.18 A 0.9597
3085 3.241 1.25 A 0.9597
3084 3.243 4.99 A 0.9597
3080 3.247 0.645 A 0.9597
3077 3.25 1.38 A 0.9597
3074 3.253 3.28 A 0.9597
3073 3.254 1.09 A 0.9597
3072 3.255 2.7 A 0.9597
3070 3.257 1.63 A 0.9597
3064 3.264 71.9 A 0.9597
3060 3.267 88.1 A 0.9597
3051 3.278 54 A 0.9597
3048 3.281 0.276 A 0.9597
3045 3.284 10.5 A 0.9597
3044 3.285 119 A 0.9597
3044 3.286 83.8 A 0.9597
1614 6.194 10.1 A 0.9691
1612 6.203 26.5 A 0.9691
1610 6.21 7.71 A 0.9691
1606 6.225 34.6 A 0.9691
1597 6.262 75.5 A 0.9691
1594 6.273 113 A 0.9691
1594 6.275 65.9 A 0.9691
1591 6.284 53.9 A 0.9691
1589 6.294 204 A 0.9691
1585 6.31 373 A 0.9691
1579 6.331 63.5 A 0.9691
1579 6.334 305 A 0.9691
1576 6.346 15.1 A 0.9691
1566 6.387 124 A 0.9691
1559 6.416 88.5 A 0.9691
1553 6.439 89.4 A 0.9691
1552 6.444 616 A 0.9691
1545 6.473 26 A 0.9691
1541 6.488 32.9 A 0.9691
1535 6.516 14 A 0.9691
1533 6.521 13.9 A 0.9691
1531 6.53 123 A 0.9691
1529 6.542 340 A 0.9691
1512 6.614 13.4 A 0.9691
1505 6.643 219 A 0.9691
1500 6.668 55.5 A 0.9691
1497 6.678 248 A 0.9691
1491 6.707 547 A 0.9691
1485 6.735 45.1 A 0.9691
1480 6.755 83.3 A 0.9691
1476 6.776 17.8 A 0.9691
1471 6.8 130 A 0.9691
1463 6.834 29 A 0.9691
1460 6.851 14.8 A 0.9691
1456 6.867 21.1 A 0.9691
1454 6.875 7.96 A 0.9691
1449 6.9 28.6 A 0.9691
1438 6.952 7.15 A 0.9691
1432 6.982 0.169 A 0.9691
1430 6.995 22.1 A 0.9691
1422 7.032 2.1 A 0.9691
1412 7.084 0.56 A 0.9691
1409 7.096 1.91 A 0.9691
1406 7.111 8.28 A 0.9691
1404 7.125 13.8 A 0.9691
1393 7.179 7.79 A 0.9691
1389 7.201 7.71 A 0.9691
1384 7.224 13.4 A 0.9691
1379 7.253 3.17 A 0.9691
1375 7.272 4.82 A 0.9691
1372 7.291 1.66 A 0.9691
1367 7.313 50.7 A 0.9691
1363 7.338 20.4 A 0.9691
1361 7.349 6.3 A 0.9691
1356 7.373 11.8 A 0.9691
1351 7.399 2 A 0.9691
1347 7.426 2.58 A 0.9691
1344 7.438 20.6 A 0.9691
1342 7.453 15 A 0.9691
1337 7.48 203 A 0.9691
1335 7.492 20.3 A 0.9691
1333 7.501 32 A 0.9691
1330 7.518 6.45 A 0.9691
1329 7.525 19 A 0.9691
1325 7.548 109 A 0.9691
1321 7.568 11.2 A 0.9691
1319 7.58 133 A 0.9691
1312 7.62 109 A 0.9691
1311 7.628 196 A 0.9691
1301 7.688 139 A 0.9691
1301 7.689 31.4 A 0.9691
1295 7.723 441 A 0.9691
1290 7.75 60.5 A 0.9691
1288 7.762 139 A 0.9691
1279 7.816 96.7 A 0.9691
1279 7.821 620 A 0.9691
1268 7.887 44.9 A 0.9691
1259 7.942 91.3 A 0.9691
1256 7.959 5.23 A 0.9691
1255 7.97 30.6 A 0.9691
1253 7.979 210 A 0.9691
1240 8.066 53.9 A 0.9691
1237 8.082 45.9 A 0.9691
1233 8.11 174 A 0.9691
1232 8.118 250 A 0.9691
1227 8.151 55.3 A 0.9691
1225 8.162 52.9 A 0.9691
1223 8.178 35.2 A 0.9691
1209 8.274 156 A 0.9691
1203 8.312 991 A 0.9691
1198 8.345 293 A 0.9691
1193 8.38 41.6 A 0.9691
1187 8.424 31 A 0.9691
1176 8.506 14.8 A 0.9691
1170 8.548 3.93 A 0.9691
1166 8.58 8.53 A 0.9691
1164 8.589 62.9 A 0.9691
1155 8.66 1.17 A 0.9691
1153 8.67 12.8 A 0.9691
1147 8.72 9.34 A 0.9691
1141 8.762 1.12 A 0.9691
1128 8.866 24.3 A 0.9691
1119 8.933 8.69 A 0.9691
1113 8.985 1.89 A 0.9691
1107 9.031 20 A 0.9691
1105 9.048 0.3 A 0.9691
1094 9.137 3.42 A 0.9691
1084 9.223 5.32 A 0.9691
1082 9.245 25.4 A 0.9691
1078 9.277 28 A 0.9794
1077 9.283 28.2 A 0.9691
1070 9.346 25.8 A 0.9794
1064 9.395 10.7 A 0.9794
1058 9.449 71.2 A 0.9794
1046 9.559 6.97 A 0.9794
1041 9.61 2.79 A 0.9794
1001 9.991 8.36 A 0.9794
998.8 10.01 0.21 A 0.9794
989.5 10.11 5.06 A 0.9794
983.8 10.16 1.99 A 0.9794
952.6 10.5 20.6 A 0.9794
949.7 10.53 15 A 0.9794
942.6 10.61 0.0216 A 0.9794
938.6 10.65 0.0038 A 0.9794
920.7 10.86 0.179 A 0.9794
919.1 10.88 0.415 A 0.9794
918.9 10.88 0.285 A 0.9794
916 10.92 0.803 A 0.9794
908.9 11 0.582 A 0.9794
904 11.06 0.683 A 0.9794
896.9 11.15 42.1 A 0.9794
895.4 11.17 0.376 A 0.9794
893 11.2 34.9 A 0.9794
883.4 11.32 0.0818 A 0.9794
878.5 11.38 0.452 A 0.9794
872.4 11.46 0.606 A 0.9794
869.7 11.5 21.7 A 0.9794
863.7 11.58 1.49 A 0.9794
859.4 11.64 16.8 A 0.9794
850.6 11.76 0.626 A 0.9794
841.3 11.89 8.2 A 0.9794
837.5 11.94 0.113 A 0.9794
833.6 12 0.0578 A 0.9794
829.1 12.06 0.0201 A 0.9794
819.6 12.2 20.6 A 0.9794
815.3 12.27 0.747 A 0.9794
811.4 12.32 7.73 A 0.9794
804.7 12.43 0.347 A 0.9794
799.5 12.51 5.84 A 0.9794
798.5 12.52 14.7 A 0.9794
787.6 12.7 3.81 A 0.9794
783.1 12.77 14.7 A 0.9794
781.5 12.8 36.1 A 0.9794
777.3 12.86 16 A 0.9794
776.4 12.88 5.52 A 0.9794
774.6 12.91 6.9 A 0.9794
773.4 12.93 9.19 A 0.9794
770.2 12.98 0.826 A 0.9794
768.1 13.02 99.1 A 0.9794
764 13.09 1.81 A 0.9794
760.2 13.15 0.668 A 0.9794
749 13.35 43.2 A 0.9794
746.4 13.4 45.5 A 0.9794
741.9 13.48 3.1 A 0.9794
738.4 13.54 0.372 A 0.9794
733.3 13.64 10.4 A 0.9794
724.9 13.8 0.0238 A 0.9794
720.5 13.88 0.879 A 0.9794
717.4 13.94 2.62 A 0.9794
714.9 13.99 0.404 A 0.9794
712.3 14.04 4.43 A 0.9794
710 14.08 1.87 A 0.9794
708.7 14.11 1.46 A 0.9794
708 14.13 1.48 A 0.9794
706.7 14.15 8.37 A 0.9794
702.3 14.24 0.999 A 0.9794
697.6 14.33 0.44 A 0.9794
680.7 14.69 2.12 A 0.9794
680.4 14.7 0.329 A 0.9794
671.2 14.9 7.33 A 0.9794
665.3 15.03 9.15 A 0.9794
664 15.06 1.2 A 0.9794
658.2 15.19 5.04 A 0.9794
655.3 15.26 0.686 A 0.9794
650.4 15.38 0.17 A 0.9794
648 15.43 18.2 A 0.9794
641.6 15.59 0.354 A 0.9794
638.1 15.67 1.24 A 0.9794
629.6 15.88 0.164 A 0.9794
627.2 15.94 4.45 A 0.9794
625.3 15.99 0.361 A 0.9794
619.6 16.14 1.18 A 0.9794
618.7 16.16 0.215 A 0.9794
615.5 16.25 0.135 A 0.9794
611.5 16.35 17.3 A 0.9794
608.2 16.44 13.5 A 0.9794
604.5 16.54 0.222 A 0.9794
603 16.58 1.1 A 0.9794
598.8 16.7 0.716 A 0.9794
593.7 16.84 0.172 A 0.9794
587.8 17.01 0.449 A 0.9794
586.8 17.04 0.543 A 0.9794
581.9 17.18 2.62 A 0.9794
576.2 17.35 0.079 A 0.9794
573 17.45 9.17 A 0.9794
571.3 17.5 0.697 A 0.9794
570.2 17.54 3.38 A 0.9794
565.1 17.7 0.0647 A 0.9794
559 17.89 2.23 A 0.9794
556 17.99 0.0291 A 0.9794
548.6 18.23 0.0505 A 0.9794
543.6 18.4 0.771 A 0.9794
536.7 18.63 0.273 A 0.9794
532.4 18.78 0.643 A 0.9794
530.5 18.85 0.199 A 0.9794
523.7 19.1 2.11 A 0.9794
521.7 19.17 1.07 A 0.9794
514.8 19.43 0.0623 A 0.9794
512.2 19.52 5.82 A 0.9794
511.5 19.55 0.401 A 0.9794
504.1 19.84 4.88 A 0.9794
500.3 19.99 5.72 A 0.9794
491.2 20.36 0.18 A 0.9794
482.2 20.74 0.26 A 0.9794
480.2 20.83 0.0325 A 0.9794
477.4 20.95 0.499 A 0.9794
472.5 21.16 0.141 A 0.9794
460.9 21.7 1.48 A 0.9794
458.4 21.81 2.5 A 0.9794
447.6 22.34 10 A 0.9794
445.6 22.44 1.15 A 0.9794
439.5 22.75 0.185 A 0.9794
422.1 23.69 0.609 A 0.9794
414 24.15 0.0734 A 0.9794
408.9 24.46 0.291 A 0.9794
406.6 24.59 0.0669 A 0.9794
394.6 25.34 0.0408 A 0.9794
383.3 26.09 3.26 A 0.9794
379.6 26.34 7.63 A 0.9794
371.6 26.91 0.0951 A 0.9794
370.3 27.01 2.72 A 0.9794
357.8 27.95 0.475 A 0.9794
342.5 29.2 5.34 A 0.9794
336.5 29.72 10.2 A 0.9794
332.3 30.09 0.711 A 0.9794
325.8 30.69 0.0553 A 0.9794
324.7 30.8 3.51 A 0.9794
317.7 31.47 1.79 A 0.9794
309.2 32.34 0.231 A 0.9794
297.9 33.57 4.79 A 0.9794
296.1 33.78 2.49 A 0.9794
293.9 34.02 7.88 A 0.9794
284.6 35.13 0.716 A 0.9794
281.2 35.57 6.89 A 0.9794
269.5 37.11 2.05 A 0.9794
266.5 37.53 0.0759 A 0.9794
251 39.83 7.09 A 0.9794
247.6 40.39 6.93 A 0.9794
243.5 41.07 0.266 A 0.9794
215.2 46.47 5.24 A 0.9794
200.6 49.84 1.59 A 0.9794
194 51.54 0.0567 A 0.9794
187.2 53.42 0.118 A 0.9794
184.9 54.07 0.109 A 0.9794
161.9 61.78 0.0269 A 0.9794
153 65.35 4.1 A 0.9794
143.3 69.81 0.493 A 0.9794
136.9 73.04 0.469 A 0.9794
124.8 80.11 0.122 A 0.9794
117.6 85 0.0011 A 0.9794
108.7 91.96 0.0935 A 0.9794
101.3 98.76 0.126 A 0.9794
92.06 108.6 0.333 A 0.9794
79.89 125.2 0.0096 A 0.9794
73.23 136.6 0.0254 A 0.9794
65.28 153.2 0.509 A 0.9794
55.11 181.4 0.18 A 0.9794
29.2 342.5 0.004 A 0.9794
26.74 374 0.0009 A 0.9794
26.08 383.4 0.0195 A 0.9794
23.34 428.4 0.0002 A 0.9794
12.03 831.2 0.0111 A 0.9794
8.418 1188 0.0002 A 0.9794
5.685 1759 0.0011 A 0.9794

Vibrations

Note(s):


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10,749 species present in version 4.00 of the theoretical database (Jun 27, 2024)