Chemistry Reference
In-Depth Information
Table 8.14
Examples, Omega polynomial in C
20
-based hyper-graphene: R[6]
k
Omega (D
5
C
20
HG); R[6]
CI
Atoms
Bonds
F[5]
F[6]
144
x
+
3
x
2
1
22,344
90
150
66
1
12
x
2
2
412
x
+
189,636
252
436
200
4
3
792
x
+
27
x
2
714,816
482
846
394
9
48
x
2
4
1284
x
+
1,902,924
780
1380
648
16
5
1888
x
+
75
x
2
4,151,256
1146
2038
962
25
Table 8.15
Examples, Omega polynomial in C
60
-based hyper-graphene: R[6]
k
Omega (C
60
Le(C
20
HG); R[6]
CI
Atoms
Bonds
F[3]
F[5]
F[6]
126
x
3
24
x
5
1
x
12
1
+
+
258,222
330
510
0
66
120
314
x
3
+
116
x
5
+
4
x
12
2
2,458,598
1000
1570
6
200
380
574
x
3
256
x
5
9
x
12
3
+
+
9,659,238
1970
3110
16
394
760
906
x
3
+
444
x
5
+
16
x
12
4
26,295,342
3240
5130
30
648
1260
Table 8.16
Omega polynomial in the C
60
-based hypergraphene: R[6]
Omega(C
60
J6HG); R[6]: Formulas
1
(
C
60
J
6
HG
);
R
[6])
(36
k
2
x
3
(12
k
2
x
4
2(
k
2
=
+
96
k
+
12)
·
+
+
12
k
−
6)
·
+
−
1)
·
x
12
2(
k
2
x
27
+
−
1)
·
2
(1)
=
e
(
G
)
=
234
k
2
+
336
k
−
66
3
CI
(
G
)
=
54756
k
4
+
157248
k
3
+
79746
k
2
−
45408
k
+
6090
144
k
2
4
v
(C
60
J
6
HG
)
=
+
216
k
−
36
5
Hyp
[6]
=
k
2
6
F
[3]
2(
k
2
=
R
[3]
=
−
1)
=
R
[5]
=
36
k
2
+
48
k
−
7
F
[5]
12
54
k
2
8
F
[6]
=
+
76
k
−
16
9
No(C
60
)
=
(
F
[5])
/
12
=
3
k
2
+
4
k
−
1
Table 8.17
Examples, Omega polynomial in C
60
-based hyper-graphene: R[6]
k
Omega (C
60
J6HG); R[6]:
CI
Atoms
Bonds
F[3]
F[5]
F[6]
1
144
x
3
+
18
x
4
252,432
324
504
0
72
114
348
x
3
+
66
x
4
+
6
x
12
+
6
x
27
2
2,368,338
972
1542
6
228
352
624
x
3
138
x
4
16
x
12
16
x
27
3
+
+
+
9,268,512
1908
3048
16
456
698
972
x
3
+
234
x
4
+
30
x
12
+
30
x
27
4
25,181,802
3132
5022
30
756
1152
