Vibrational Modes of 1,8 dimethyl naphthalene
Level of Theory : B3LYP/6-31G(d,p)
Scale Factor : 0.961
Frequency unit : 1/cm
|
1 45.4 Scaled : 43.6 |
2 124.3 Scaled : 119.5 |
3 159.2 Scaled : 153.0 |
|
4 239.3 Scaled : 230.0 |
5 242.8 Scaled : 233.3 |
6 315.5 Scaled : 303.2 |
|
7 324.1 Scaled : 311.5 |
8 327.4 Scaled : 314.6 |
9 461.1 Scaled : 443.2 |
|
10 473.9 Scaled : 455.4 |
11 485.3 Scaled : 466.3 |
12 487.1 Scaled : 468.1 |
|
13 523.9 Scaled : 503.5 |
14 562.6 Scaled : 540.7 |
15 586.4 Scaled : 563.5 |
|
16 628.7 Scaled : 604.2 |
17 636.2 Scaled : 611.4 |
18 769.0 Scaled : 739.1 |
|
19 785.3 Scaled : 754.6 |
20 798.9 Scaled : 767.8 |
21 811.8 Scaled : 780.2 |
|
22 827.0 Scaled : 794.8 |
23 896.4 Scaled : 861.5 |
24 917.0 Scaled : 881.2 |
|
25 962.5 Scaled : 924.9 |
26 971.7 Scaled : 933.8 |
27 983.3 Scaled : 944.9 |
|
28 1008.4 Scaled : 969.0 |
29 1054.0 Scaled : 1012.9 |
30 1060.7 Scaled : 1019.3 |
|
31 1068.6 Scaled : 1026.9 |
32 1069.2 Scaled : 1027.5 |
33 1141.9 Scaled : 1097.3 |
|
34 1143.7 Scaled : 1099.1 |
35 1189.7 Scaled : 1143.3 |
36 1197.0 Scaled : 1150.3 |
|
37 1246.4 Scaled : 1197.7 |
38 1264.4 Scaled : 1215.1 |
39 1290.4 Scaled : 1240.1 |
|
40 1378.8 Scaled : 1325.0 |
41 1381.9 Scaled : 1328.0 |
42 1407.3 Scaled : 1352.4 |
|
43 1421.5 Scaled : 1366.1 |
44 1437.1 Scaled : 1381.0 |
45 1473.4 Scaled : 1416.0 |
|
46 1488.4 Scaled : 1430.4 |
47 1494.2 Scaled : 1436.0 |
48 1502.6 Scaled : 1444.0 |
|
49 1518.5 Scaled : 1459.3 |
50 1534.6 Scaled : 1474.8 |
51 1561.8 Scaled : 1500.9 |
|
52 1637.7 Scaled : 1573.8 |
53 1659.1 Scaled : 1594.4 |
54 1670.0 Scaled : 1604.9 |
|
55 3052.3 Scaled : 2933.3 |
56 3063.3 Scaled : 2943.9 |
57 3114.0 Scaled : 2992.5 |
|
58 3123.3 Scaled : 3001.5 |
59 3130.1 Scaled : 3008.1 |
60 3132.3 Scaled : 3010.1 |
|
61 3173.1 Scaled : 3049.4 |
62 3173.9 Scaled : 3050.1 |
63 3179.6 Scaled : 3055.6 |
|
64 3182.9 Scaled : 3058.8 |
65 3201.1 Scaled : 3076.3 |
66 3202.5 Scaled : 3077.6 |
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.