The American Chemical Society
Inorganic Chemistry, 2001, issue 19
Organometallic Structures
Published Formula (clickable)
Article
Summary
C
36
H
93
Cu
5
N
15
O
35
((DU))
N/A
view
C
46
H
34
F
12
N
8
P
2
Ru
((DU))
N/A
view
(
C
38
H
36
B
2
Fe
2
Li
2
N
12
)(
C
6
H
6
)
4
N/A
view
(
C
80
H
108
B
2
CuFe
2
N
12
)(
C
7
H
8
)
2
N/A
view
C
10
H
32
N
2
O
16
P
4
Zn
2
((DP))
[[P]]
N/A
view
C
8
H
28
N
2
O
16
P
4
Zn
2
[[P]]
N/A
view
C
6
H
26
N
2
O
16
P
4
Zn
[[P]]
N/A
view
C
9
H
30
N
2
O
16
P
4
Zn
2
((DU))
[[P]]
N/A
view
(
C
27
H
40
N
2
NiP
4
)(
H
2
O
)
N/A
view
(
C
27
H
40
N
2
NiP
4
)(
C
4
H
8
O
)
((DU))
N/A
view
C
24
H
20
AlF
4
P
((DU))
N/A
view
C
12
H
30
AlF
2
N
((DU))
N/A
view
C
129
H
106
Cl
6
Co
2
N
12
O
((DU))
N/A
view
C
129
H
101
Cl
6
Co
2
N
11
((DU))
N/A
view
C
58
H
136
K
4
N
10
O
24
Se
10
Sn
4
((DU))
N/A
view
C
62
H
136
K
4
N
6
O
26
Sn
4
Te
10
((DP))
N/A
view
C
41
H
56
Cl
18
Mn
12
O
47
(
C
40
H
54
Cl
16
Mn
12
O
47
)(
CH
2
Cl
2
)
((DU))
N/A
view
C
16
H
26
AuCl
4
NO
9
((DP))
N/A
view
C
12
H
27
AuCl
4
O
7
N/A
view
C
40
H
51
AuCl
12
O
17
N/A
view
C
8
H
21
AuCl
4
O
6
((DP))
N/A
view
C
28
H
45
AuCl
4
N
2
O
17
((DP))
N/A
view
C
12
H
27
AuCl
4
O
7
((DU))
N/A
view
C
28
H
45
AuCl
4
O
12
N/A
view
C
24
H
37
AuCl
4
O
10
N/A
view
C
10
H
27
AuCl
4
O
8
N/A
view
C
41
H
59
NO
2
Zn
N/A
view
C
36
H
106
Cl
8
Mo
6
N
24
O
50
P
2
Pd
2
S
8
((DU))
[[P]]
N/A
view
C
36
H
104
As
2
Cl
8
Mo
6
N
24
O
49
Pd
2
S
8
((DU))
[[P]]
N/A
view
<<-
<-
->
->>
Prev
1
/
2
Next
;){kind=link}
;){kind=link}
2-4C6H6/ic001199jsup1_(1H-Li)2-4C6H6_1.small.png',2,'load./data/ic001199j/ic001199jsup1_(1H-Li)2-4C6H6/ic001199jsup1_(1H-Li)2-4C6H6.complete.cml.xml;',3);){kind=link}
;){kind=link}
![C10H32N2O16P4Zn2 ((DP)) [[P]]](javascript:showThisStructure('./display/placeholder.bmp',1,'load./data/ic010033v/ic010033vsup1_[NH3(CH2)6NH3]Zn2(hedpH)2-2H2O/ic010033vsup1_[NH3(CH2)6NH3]Zn2(hedpH)2-2H2O.complete.cml.xml;',5);){kind=link}
![C8H28N2O16P4Zn2 [[P]]](javascript:showThisStructure('./display/placeholder.bmp',1,'load./data/ic010033v/ic010033vsup1_[NH3(CH2)4NH3]Zn2(hedpH)2-2H2O/ic010033vsup1_[NH3(CH2)4NH3]Zn2(hedpH)2-2H2O.complete.cml.xml;',6);){kind=link}
![C6H26N2O16P4Zn [[P]]](javascript:showThisStructure('./display/placeholder.bmp',1,'load./data/ic010033v/ic010033vsup1_[NH3(CH2)2NH3]Zn(hedpH2)2-2H2O/ic010033vsup1_[NH3(CH2)2NH3]Zn(hedpH2)2-2H2O.complete.cml.xml;',7);){kind=link}
![C9H30N2O16P4Zn2 ((DU)) [[P]]](javascript:showThisStructure('./display/placeholder.bmp',1,'load./data/ic010033v/ic010033vsup1_[NH3(CH2)5NH3]Zn2(hedpH)2-2H2O/ic010033vsup1_[NH3(CH2)5NH3]Zn2(hedpH)2-2H2O.complete.cml.xml;',8);){kind=link}
;){kind=link}
;){kind=link}
;){kind=link}
;){kind=link}
;){kind=link}
;){kind=link}
/ic010242fsup1_Sn4Se10(4-)_1.small.png',3,'load./data/ic010242f/ic010242fsup1_Sn4Se10(4-)/ic010242fsup1_Sn4Se10(4-).complete.cml.xml;',15);){kind=link}
/ic010242fsup1_Sn4Te10(4-)_1.small.png',6,'load./data/ic010242f/ic010242fsup1_Sn4Te10(4-)/ic010242fsup1_Sn4Te10(4-).complete.cml.xml;',16);){kind=link}
;){kind=link}
/ic010468isup1_aub182-(p-1)_1.small.png',2,'load./data/ic010468i/ic010468isup1_aub182-(p-1)/ic010468isup1_aub182-(p-1).complete.cml.xml;',18);){kind=link}
;){kind=link}
;){kind=link}
;){kind=link}
;){kind=link}
/ic010468isup1_au18(formII)_1.small.png',2,'load./data/ic010468i/ic010468isup1_au18(formII)/ic010468isup1_au18(formII).complete.cml.xml;',23);){kind=link}
;){kind=link}
;){kind=link}
;){kind=link}
;){kind=link}
![C36H106Cl8Mo6N24O50P2Pd2S8 ((DU)) [[P]]](javascript:showThisStructure('./display/placeholder.bmp',1,'load./data/ic015520p/ic015520psup1_compound1/ic015520psup1_compound1.complete.cml.xml;',28);){kind=link}
![C36H104As2Cl8Mo6N24O49Pd2S8 ((DU)) [[P]]](javascript:showThisStructure('./display/placeholder.bmp',1,'load./data/ic015520p/ic015520psup1_compound2/ic015520psup1_compound2.complete.cml.xml;',29);){kind=link}
