WebMO Job Summary
128176: C15H13ON 3,5-diphenyl-isoxazoline TS, Transition State Optimization - Gaussian
Raw Output
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Calculated Quantities
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Overview
Quantity
Value
Route
#N B3LYP/6-311+G(2d,p) OPT=(TS,NoEigenTest,NewEstmFC) Geom=Connectivity FREQ
Method
B3LYP
Stoichiometry
C
15
H
13
NO
Symmetry
C1
Basis
6-311+G(2d,p)
RB3LYP Energy
-709.473802872 Hartree
ZPE
0.236599 Hartree
Conditions
298.150K, 1.00000 atm
Internal Energy
-709.222782 Hartree
Enthalpy
-709.221838 Hartree
Free Energy
-709.281522 Hartree
C
v
55.853 cal/mol-K
Entropy
125.614 cal/mol-K
Dipole Moment
2.9950 Debye
Server
class (128971)
CPU time
60453.5 sec
Geometry Sequence Energies
Step
Energy (au)
0
-709.473347786
1
-709.473894895
2
-709.473928385
3
-709.473326709
4
-709.473662742
5
-709.473361626
6
-709.471877961
7
-709.473420554
8
-709.473753522
9
-709.473758679
10
-709.473763218
11
-709.473770983
12
-709.473775648
13
-709.473780763
14
-709.473786265
15
-709.473764908
16
-709.473795190
17
-709.473798343
18
-709.473801368
19
-709.473802685
20
-709.473802828
21
-709.473802871
22
-709.473802873
23
-709.473802872
24
-709.473802872
Animation speed
Loop
None
Loop
Cycle
Rotational Constants
Constant
Frequency (GHz)
Frequency (cm
-1
)
a
1.15074
0.03838455469
b
0.20636
0.00688342867
c
0.19922
0.00664526390
Partial Charges
Atom
Symbol
Charge
1
C
-0.184325
2
C
-0.646232
3
N
-0.109464
4
O
-0.068290
5
C
1.584647
6
C
0.176609
7
C
-0.254678
8
C
-0.042306
9
C
-0.393777
10
C
-0.778528
11
H
0.102604
12
H
0.089516
13
H
0.089940
14
H
0.090993
15
H
0.103214
16
C
-0.385964
17
C
1.159406
18
C
-0.614667
19
C
-0.305821
20
C
-0.076141
21
C
-0.184003
22
C
-0.090806
23
H
0.082941
24
H
0.083808
25
H
0.083572
26
H
0.082537
27
H
0.081333
28
H
0.096223
29
H
0.118588
30
H
0.109072
Vibrational Modes
Show all
Mode
Symmetry
Frequency (cm
-1
)
IR Intensity
Actions
1
A
-408.7124
261.7060
2
A
16.1981
0.3632
3
A
31.5980
0.1923
4
A
34.0036
0.1221
5
A
64.2272
2.1685
6
A
103.8923
0.5231
7
A
112.9304
0.6659
8
A
164.5498
6.2926
9
A
190.9836
1.6557
10
A
247.8624
0.3151
11
A
284.9531
3.7356
12
A
364.9358
0.6360
13
A
400.0170
21.2659
14
A
411.2207
0.5197
15
A
412.5240
0.8475
16
A
461.8209
22.8788
17
A
477.9939
18.5137
18
A
487.0390
22.1846
19
A
503.1572
30.9998
20
A
541.0708
26.8980
21
A
564.6139
144.0928
22
A
576.9389
100.2730
23
A
635.2312
0.5812
24
A
636.2686
0.3249
25
A
697.3709
26.0509
26
A
702.7951
31.4370
27
A
734.0566
8.1780
28
A
747.9928
61.3459
29
A
765.9727
45.8030
30
A
792.9458
0.9813
31
A
813.2808
8.8974
32
A
846.1603
0.3443
33
A
848.4461
0.0147
34
A
924.2009
1.3191
35
A
927.1649
2.6312
36
A
954.0587
11.9768
37
A
975.0718
0.1157
38
A
979.1539
0.0499
39
A
981.9580
4.6285
40
A
995.0548
0.6363
41
A
998.9528
0.0316
42
A
1016.3306
0.4912
43
A
1017.9391
0.3357
44
A
1047.4347
2.4867
45
A
1048.0443
7.5720
46
A
1074.4742
3.0921
47
A
1104.0351
14.4374
48
A
1112.9442
4.6043
49
A
1141.6285
29.4634
50
A
1183.5038
0.3037
51
A
1185.6755
0.0102
52
A
1205.4186
0.9932
53
A
1207.2220
0.2614
54
A
1222.6984
0.8244
55
A
1296.6503
2.3225
56
A
1307.6953
10.4842
57
A
1328.5679
5.9989
58
A
1359.8470
1.1218
59
A
1362.9104
2.0797
60
A
1405.9326
116.1471
61
A
1445.7102
4.8198
62
A
1478.1116
9.8297
63
A
1486.0442
2.2984
64
A
1527.6084
20.6536
65
A
1529.9134
7.9378
66
A
1577.5752
50.6414
67
A
1608.6764
2.7000
68
A
1618.4933
2.6780
69
A
1634.7927
14.9497
70
A
1637.6304
2.1851
71
A
1965.6122
241.0275
72
A
3131.7756
1.7108
73
A
3157.3227
4.3101
74
A
3162.7505
0.0745
75
A
3166.0110
1.2008
76
A
3171.5707
4.8936
77
A
3174.4362
6.8980
78
A
3176.3255
13.6577
79
A
3179.8699
25.6730
80
A
3186.4472
15.8679
81
A
3188.0294
13.5742
82
A
3194.3731
7.9360
83
A
3201.8722
3.8187
84
A
3216.4622
4.9879
Frequency Scale Factor
Normal Mode Amplitude
Animation Speed
IR Spectrum
Peak Width (cm
-1
)
Quote
ALMOST ANYTHING IS EASIER TO GET INTO THAN OUT OF. -- AGNES ALLEN'S LAW FROM PAUL DICKSON'S "THE OFFICIAL RULES"