You need a browser with JavaScript support in order to view the molecule in 3D
uid 10102
scaling factor multiple (3)

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

Transitions

Frequency
[wavenumbers]
Wavelength
[microns]
Integrated cross-section
[km/mol]
Symmetry Scaling factor
3095 3.231 26.39 A' 0.9597
3094 3.232 33.74 A' 0.9597
3079 3.248 57.65 A' 0.9597
3077 3.25 19.73 A' 0.9597
3073 3.255 95.29 A' 0.9597
3071 3.257 137.5 A' 0.9597
3070 3.257 57.09 A' 0.9597
3069 3.258 32.25 A' 0.9597
3067 3.26 92.03 A' 0.9597
3064 3.263 100.1 A' 0.9597
3056 3.272 3.528 A' 0.9597
3056 3.272 27.68 A' 0.9597
3055 3.273 71.96 A' 0.9597
3054 3.274 21.66 A' 0.9597
3054 3.275 7.757 A' 0.9597
3052 3.277 0.7282 A' 0.9597
3051 3.277 9.88 A' 0.9597
3051 3.278 2.828 A' 0.9597
3050 3.278 40.29 A' 0.9597
3049 3.28 0.1385 A' 0.9597
3049 3.28 7.799 A' 0.9597
3045 3.284 1.179 A' 0.9597
1625 6.155 65.69 A' 0.9691
1621 6.169 54.82 A' 0.9691
1611 6.205 89.11 A' 0.9691
1601 6.248 79.63 A' 0.9691
1598 6.258 125.9 A' 0.9691
1595 6.269 27.71 A' 0.9691
1585 6.311 128.9 A' 0.9691
1583 6.317 80.89 A' 0.9691
1579 6.335 20.8 A' 0.9691
1577 6.339 623.6 A' 0.9691
1569 6.371 25.64 A' 0.9691
1566 6.384 33.06 A' 0.9691
1564 6.392 126.1 A' 0.9691
1560 6.411 29.36 A' 0.9691
1544 6.475 0.8832 A' 0.9691
1539 6.497 6.569 A' 0.9691
1532 6.526 19.05 A' 0.9691
1523 6.566 173 A' 0.9691
1512 6.616 111.3 A' 0.9691
1503 6.655 322.8 A' 0.9691
1495 6.688 20.08 A' 0.9691
1491 6.709 126.7 A' 0.9691
1482 6.747 25.84 A' 0.9691
1479 6.76 106.3 A' 0.9691
1473 6.789 211.8 A' 0.9691
1463 6.835 24.63 A' 0.9691
1462 6.839 320.5 A' 0.9691
1457 6.865 38.41 A' 0.9691
1446 6.917 108 A' 0.9691
1440 6.944 48.21 A' 0.9691
1433 6.978 3.002 A' 0.9691
1430 6.991 5.621 A' 0.9691
1429 6.999 37.05 A' 0.9691
1424 7.024 14.36 A' 0.9691
1420 7.043 3.227 A' 0.9691
1417 7.058 44.44 A' 0.9691
1414 7.072 0.2568 A' 0.9691
1407 7.106 33.05 A' 0.9691
1400 7.141 12.82 A' 0.9691
1397 7.156 15.71 A' 0.9691
1392 7.184 21.62 A' 0.9691
1388 7.205 11.33 A' 0.9691
1385 7.22 73.73 A' 0.9691
1381 7.239 37.05 A' 0.9691
1381 7.243 109.5 A' 0.9691
1375 7.271 32.51 A' 0.9691
1370 7.302 24.67 A' 0.9691
1367 7.314 8.606 A' 0.9691
1362 7.34 8.334 A' 0.9691
1355 7.378 23.15 A' 0.9691
1351 7.402 58.35 A' 0.9691
1344 7.442 6.534 A' 0.9691
1342 7.451 111.1 A' 0.9691
1330 7.52 12.67 A' 0.9691
1325 7.546 115.3 A' 0.9691
1322 7.564 46.32 A' 0.9691
1321 7.57 112.1 A' 0.9691
1319 7.58 306.1 A' 0.9691
1301 7.689 73.31 A' 0.9691
1295 7.719 99.9 A' 0.9691
1291 7.747 75.65 A' 0.9691
1277 7.832 55.18 A' 0.9691
1266 7.899 80.27 A' 0.9691
1259 7.94 73.47 A' 0.9691
1246 8.025 291.9 A' 0.9691
1240 8.062 218.1 A' 0.9691
1231 8.126 250.1 A' 0.9691
1224 8.167 300.8 A' 0.9691
1221 8.192 63.8 A' 0.9691
1217 8.219 96.14 A' 0.9691
1213 8.246 413.9 A' 0.9691
1209 8.271 1143 A' 0.9691
1208 8.275 50.87 A' 0.9691
1198 8.348 237.6 A' 0.9691
1188 8.415 222.6 A' 0.9691
1183 8.456 7.019 A' 0.9691
1180 8.475 124.3 A' 0.9691
1179 8.482 2.686 A' 0.9691
1168 8.56 7.676 A' 0.9691
1164 8.59 308.1 A' 0.9691
1160 8.621 124.5 A' 0.9691
1150 8.692 1660 A' 0.9691
1138 8.787 168.5 A' 0.9691
1136 8.8 1393 A' 0.9691
1132 8.837 1842 A' 0.9691
1116 8.963 265.2 A' 0.9691
1112 8.992 290.4 A' 0.9691
1095 9.13 2.611 A' 0.9691
1087 9.203 107.3 A' 0.9691
1084 9.229 35.44 A' 0.9691
1079 9.271 879.2 A' 0.9794
1035 9.664 9.676 A' 0.9794
1029 9.722 32.42 A' 0.9794
1021 9.799 262.6 A' 0.9794
1009 9.906 154 A' 0.9794
986.8 10.13 0.947 A' 0.9794
974 10.27 364.4 A' 0.9794
961.5 10.4 75.62 A' 0.9794
957.1 10.45 0.0222 A" 0.9794
955.4 10.47 0.1217 A" 0.9794
953.2 10.49 0.0082 A" 0.9794
942.8 10.61 0.0554 A" 0.9794
941.9 10.62 1.744 A" 0.9794
934.3 10.7 1.344 A" 0.9794
919.2 10.88 75.22 A' 0.9794
909.1 11 209.8 A' 0.9794
897.9 11.14 27 A" 0.9794
892.5 11.2 80.23 A' 0.9794
889.3 11.25 71.62 A" 0.9794
884.8 11.3 18.24 A" 0.9794
881.7 11.34 8.003 A" 0.9794
878.8 11.38 13.29 A" 0.9794
870.8 11.48 337.9 A' 0.9794
865.2 11.56 14.64 A' 0.9794
849.8 11.77 22.3 A" 0.9794
840.5 11.9 9.492 A" 0.9794
839 11.92 82.28 A' 0.9794
835.6 11.97 1.275 A" 0.9794
834.7 11.98 154.2 A' 0.9794
827.4 12.09 46.92 A" 0.9794
818.7 12.21 1.431 A" 0.9794
816.5 12.25 23.29 A" 0.9794
800.8 12.49 6.931 A" 0.9794
795.5 12.57 1.164 A' 0.9794
791.6 12.63 2.704 A" 0.9794
782.5 12.78 14.64 A' 0.9794
781.6 12.79 0.0013 A" 0.9794
776.8 12.87 0.4405 A" 0.9794
768.3 13.02 0.1102 A" 0.9794
764.2 13.08 13.38 A' 0.9794
760.4 13.15 47.46 A' 0.9794
754.1 13.26 6.454 A" 0.9794
753.2 13.28 75.96 A' 0.9794
751.6 13.3 10.1 A" 0.9794
745 13.42 0.1919 A" 0.9794
738.5 13.54 0.0032 A' 0.9794
724.7 13.8 6.746 A" 0.9794
722.8 13.84 47.86 A' 0.9794
710.2 14.08 2.516 A" 0.9794
710.2 14.08 3.608 A' 0.9794
707.5 14.13 1.852 A" 0.9794
698.1 14.32 0.0001 A" 0.9794
694.6 14.4 1.962 A' 0.9794
693.6 14.42 0.0134 A" 0.9794
691.4 14.46 0.1072 A" 0.9794
683 14.64 3.405 A" 0.9794
678.1 14.75 3.517 A' 0.9794
676.8 14.77 0.3994 A" 0.9794
673.4 14.85 4.816 A' 0.9794
660.3 15.15 0.9391 A" 0.9794
657.3 15.21 0.0006 A" 0.9794
652.8 15.32 4.209 A' 0.9794
645.1 15.5 0.0865 A' 0.9794
629 15.9 17.21 A' 0.9794
621.1 16.1 1.729 A" 0.9794
618.2 16.18 49.93 A' 0.9794
612.5 16.33 0.0169 A" 0.9794
608.2 16.44 45 A' 0.9794
599.8 16.67 0.8699 A" 0.9794
597.7 16.73 10.63 A' 0.9794
593.6 16.85 5.583 A" 0.9794
586.5 17.05 0.3383 A" 0.9794
584.1 17.12 0.3113 A" 0.9794
580.8 17.22 32.33 A' 0.9794
578.2 17.29 0.928 A" 0.9794
574.6 17.4 0.1492 A" 0.9794
568.5 17.59 0.7287 A" 0.9794
566.5 17.65 14.87 A' 0.9794
564.8 17.71 0.2856 A" 0.9794
558.4 17.91 4.569 A' 0.9794
556.7 17.96 0.9939 A" 0.9794
548.4 18.23 0.0774 A" 0.9794
548.4 18.23 45.78 A' 0.9794
531.9 18.8 6.209 A' 0.9794
530 18.87 3.56 A' 0.9794
526.7 18.99 0.0591 A" 0.9794
519.9 19.23 0.2308 A" 0.9794
508.7 19.66 3.215 A' 0.9794
504.4 19.82 70.02 A' 0.9794
492.9 20.29 3.612 A' 0.9794
488.5 20.47 15.64 A' 0.9794
480.9 20.79 0.0232 A" 0.9794
474.7 21.07 0.2235 A" 0.9794
471.6 21.2 2.574 A' 0.9794
459.1 21.78 22.52 A' 0.9794
451.6 22.14 0.0306 A" 0.9794
447.8 22.33 41.62 A' 0.9794
428.1 23.36 17.32 A' 0.9794
419.2 23.86 0.224 A" 0.9794
406.1 24.62 0.3763 A" 0.9794
404.5 24.72 24.66 A' 0.9794
400.5 24.97 12.87 A' 0.9794
396.4 25.23 0.0115 A" 0.9794
388.7 25.72 2.211 A" 0.9794
385.3 25.95 12.74 A' 0.9794
383.8 26.06 0.2033 A" 0.9794
372.2 26.86 0.2543 A" 0.9794
369.8 27.04 0.0259 A" 0.9794
366.6 27.28 27.37 A' 0.9794
359.8 27.79 0.0758 A" 0.9794
357.8 27.95 0.066 A" 0.9794
340.2 29.4 4.097 A' 0.9794
332.5 30.07 0.1018 A" 0.9794
298.9 33.46 0.3101 A" 0.9794
286.1 34.95 30.39 A' 0.9794
285 35.09 0.0045 A" 0.9794
271 36.9 0.0224 A" 0.9794
261.6 38.22 37.08 A' 0.9794
259.4 38.55 0.348 A" 0.9794
253.9 39.38 0.0201 A" 0.9794
232.5 43 0.244 A" 0.9794
221.7 45.11 0.0066 A' 0.9794
216 46.29 28.89 A' 0.9794
206.3 48.48 0.0294 A" 0.9794
199.6 50.1 3.309 A" 0.9794
193.3 51.74 0.08 A" 0.9794
180.6 55.37 45.03 A' 0.9794
174.3 57.36 1.339 A" 0.9794
159.9 62.56 0.044 A" 0.9794
156.3 63.99 0.2594 A" 0.9794
136.6 73.23 24.58 A' 0.9794
122.6 81.56 0.0232 A" 0.9794
119.4 83.74 0.1352 A" 0.9794
95.24 105 0.3206 A" 0.9794
81.51 122.7 0.0083 A" 0.9794
68.89 145.2 0.0524 A" 0.9794
44.69 223.8 0.0101 A" 0.9794
37.75 264.9 0.7465 A" 0.9794
25.1 398.5 0.1408 A" 0.9794
24.47 408.6 0.0005 A" 0.9794

Vibrations

Note(s):


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


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