Vibrational Modes of Orthoxylene


Level of Theory : HF/6-31G(d)


Frequency unit : 1/cm

 


1     134.3261    A2


2     185.3863    B1


3     188.1623    A2


4     280.6813    B1


5     325.1383    A1


6     440.0943    B2


7     489.4791    B1


8     543.1220    B2


9     565.6645    A2


10     630.3927    A1


11     789.1278    A2


12     795.9531    A1


13     842.9346    B1


14     891.9129    B2


15     980.5364    A2


16    1057.2709    B1


17    1081.4487    A1


18    1101.0623    B2


19    1113.3867    A2


20    1150.2557    A1


21    1155.8875    B1


22    1182.3989    A2


23    1235.6512    B2


24    1236.1712    A1


25    1295.3519    B2


26    1339.6462    A1


27    1342.0198    A1


28    1438.6745    B2


29    1563.7466    B2


30    1575.0913    A1


31    1608.9257    B2


32    1626.4777    A2


33    1640.2322    A1


34    1641.0805    B1


35    1645.1853    B2


36    1668.3885    A1


37    1780.2544    A1


38    1813.4624    B2


39    3197.2818    B2


40    3201.0635    A1


41    3246.0204    A2


42    3248.8148    B1


43    3278.5704    B2


44    3281.0177    A1


45    3346.0102    B2


46    3352.4954    A1


47    3366.0903    B2


48    3381.8512    A1

These movies were created by Mohamad Kassaee and David Keffer in the Department of Chemical Engineering at the University of Tennessee, using a combination of Gaussian98 and home-made codes. Please do not reproduce them without our consent. We can be reached via email at dkeffer@utk.edu.