Royal Society of Chemistry
Dalton Transactions, 2010, issue 2
Organic Structures
C
17
H
16
N
8
((DU))
view
view
C
22.22
H
18.22
Cl
0.66
N
8
view
view
C
18
H
16
O
4
view
view
C
20
H
20
O
6
view
view
(
C
36
H
30
NP
2
)
2
(
C
6
N
6
O
6
Si
)
view
view
(
C
16
H
8
N
6
O
4
Si
)(
C
2
H
3
N
)
view
view
(
C
36
H
30
NP
2
)
2
(
C
6
N
6
S
6
Si
)(
C
2
H
3
N
)
2
view
view
(
C
35
H
35
P
2
)(
F
6
P
)
view
view
(
C
44
H
48
O
12
)
2
(
C
5
H
5
N
)
9
((DP))
view
view
(
C
48
H
56
O
12
)(
C
12
H
12
)
0.5
(
C
5
H
5
N
)
4
(
C
6
H
6
)
0.5
((DU))
view
view
C
48
H
56
O
8
((DP))
view
view
C
44
H
48
O
8
view
view
(
C
29
H
18
N
2
O
5
)(
C
2
D
3
N
)
2
((DP))
view
view
(
C
33
H
29
BN
2
O
6
)(
CH
4
O
)(
H
2
O
)
view
view
Organometallic Structures
C
21
H
32
Br
2
FeN
4
view
view
C
21
H
32
Cl
0.25
CoN
9.25
((DP))
view
view
C
34
H
86
N
9
NaO
4
Si
6
U
view
view
C
56
H
84
Li
2
N
6
O
10
U
((DP))
view
view
C
52
H
69
LiN
3
O
8
U
view
view
C
24
H
68
N
9
Si
6
U
view
view
C
62.5
H
88.5
Li
4
N
2
O
6
((DU))
view
view
C
70
H
106
Li
4
N
2
O
6
((DP))
view
view
C
37.2
H
54.8
ClCrNO
4
((DU))
view
view
C
42.5
H
65
ClCrNO
4
((DU))
view
view
(
C
48
H
54
Cl
2
Cr
2
N
4
O
5
)(
C
7
H
8
)
((DU))
view
view
C
86
H
118
Cl
2
Cr
2
N
4
O
5
view
view
(
C
13
H
11
AgN
5
)
2
(
C
3
H
6
O
)(
F
6
Sb
)
2
((DU))
[[P]]
view
view
(
C
44
H
36
Ag
2
N
16
)(
F
6
Sb
)
2
((DP))
view
view
(
C
38
H
40
Ag
2
N
16
)(
F
6
Sb
)
2
[[P]]
view
view
(
C
36
H
34
Ag
3
N
18
)(
F
6
Sb
)
3
(
C
2
H
3
N
)
2
[[P]]
view
view
C
25
H
20
Cl
3
EuN
5
[[P]]
view
view
C
25
H
20
Cl
3
N
5
Pr
[[P]]
view
view
C
25
H
20
Cl
3
N
5
Sm
[[P]]
view
view
(
C
18
H
36
N
2
O
6
)
4
(
Cu
2
As
14
)(
C
2
H
8
N
2
)
2
((DU))
view
view
(
C
18
H
36
KN
2
O
6
)
4
(
P
14
Zn
)(
C
5
H
5
N
)
6
view
view
(
C
18
H
36
KN
2
O
6
)
6
(
C
5
H
5
N
)
6
(
CdP
14
)
((DP))
view
view
(
C
18
H
36
N
2
O
6
)
2
(
C
12
H
10
InP
7
)
view
view
(
C
35
H
28
F
6
OP
2
PdS
)(
C
6
H
6
)
view
view
(
C
47
H
35
F
6
OPPtS
2
)(
C
6
H
6
)
1.5
view
view
C
33
H
45
CeO
3
view
view
C
33
H
45
O
3
Pr
view
view
C
33
H
45
NdO
3
view
view
C
33
H
45
O
3
Sm
view
view
C
33
H
45
GdO
3
view
view
C
33
H
45
DyO
3
view
view
C
33
H
45
ErO
3
view
view
(
C
36
H
44
O
2
Yb
)(
C
27
H
47
O
5
Yb
)
((DU))
view
view
C
62
H
77
LaN
4
P
4
Si
4
view
view
C
62
H
77
CeN
4
P
4
Si
4
view
view
C
62
H
77
N
4
P
4
PrSi
4
view
view
C
62
H
77
N
4
P
4
Si
4
Sm
view
view
C
62
H
77
GdN
4
P
4
Si
4
view
view
C
42
H
53
ErN
2
OP
2
Si
2
((DU))
view
view
C
28
H
32
F
27
KO
10
Zn
[[P]]
view
view
C
24
H
24
F
27
FeKO
9
((DP))
view
view
C
24
H
24
CoF
27
KO
9
((DP))
view
view
C
28
H
24
CoF
36
K
2
O
10
((DU))
view
view
C
28
H
32
CoF
27
KO
10
view
view
C
53
H
24
F
72
K
8
O
8
((DU))
view
view
(
C
28
H
40
AlLiN
2
O
2
)(
CH
2
Cl
2
)
view
view
C
27
H
38
AlCl
2
LiN
2
O
2
view
view
C
39
H
54
AlLiN
2
O
4
((DP))
view
view
C
44
H
56
AlLiN
2
O
5
((DU))
view
view
C
16
H
27
F
3
N
2
OZn
((DP))
view
view
C
56
H
54
F
18
O
6
Zn
4
((DP))
view
view
C
19
H
30
AlBN
2
O
2
view
view
C
34
H
45
CoN
2
O
7
((DP))
view
view
(
C
32
H
52
BCoNO
2
P
2
)(
C
4
H
10
O
)
0.5
((DU))
view
view
C
52
H
54
N
6
O
4
Ru
((DP))
view
view
C
51
H
39
N
6
O
6
Rh
view
view
C
48
H
37
N
6
O
8
Rh
((DU))
view
view
C
34
H
26
N
4
O
4
Pd
view
view
C
14
H
12
K
2
N
10
O
6
Si
[[P]]
view
view
C
39
H
33
Cl
4
N
2
PZn
((DP))
view
view
C
46
H
39
Cl
6
N
2
O
5
PW
((DP))
view
view
C
41
H
37
Br
2
Cl
2
N
2
NiP
view
view
C
38
H
31
Cl
2
CoN
2
P
view
view
C
34
H
34
CrN
2
O
8
P
2
view
view
C
31
H
27
CrNO
6
P
2
view
view
(
C
31
H
27
CrNO
4
P
2
)(
CH
3
O
)
0.5
((DU))
view
view
(
C
34
H
34
CrN
2
O
4
P
2
)(
CH
2
Cl
2
)
0.75
((DU))
view
view
C
34
H
44
N
4
O
2
Zr
view
view
(
C
23
H
47
CoP
3
S
2
Si
)(
F
6
P
)
view
view
C
57
H
67
CoF
6
O
2
P
4
S
2
Si
view
view
C
212
H
184
Co
4
O
3
P
12
S
8
((DU))
view
view
C
79
H
67
BCoN
2
P
3
PtS
2
view
view
C
95
H
83
BCoO
0.5
P
5
PtS
2
((DU))
view
view
C
22
H
25
MnN
2
O
5
view
view
C
38
H
34
Br
4
MnN
4
O
8
[[P]]
view
view
C
22
H
25
MnN
2
O
4
view
view
C
21
H
23
MnN
2
O
5
view
view
(
C
68
H
62
Mn
4
N
8
O
12
)(
C
2
H
3
O
2
)
2
(
H
2
O
)
4
((DU))
view
view
C
48
H
64
B
10
CdN
6
O
9
((DU))
[[P]]
view
view
C
62.4
H
72
N
5
NiO
4.6
P
((DU))
view
view
C
47
H
73
N
7
NiO
3
view
view
C
60
H
67
N
6
NiO
5
P
view
view
C
69
H
56
N
7
NiO
3
P
view
view
C
85
H
126
CoN
12
NiO
6
view
view
(
C
24
H
28
F
2
N
2
Pd
)
2
(
C
6
H
6
)
0.5
(
C
6
H
6
)
0.5
(
C
6
H
6
)
0.5
((DU))
view
view
(
C
12
H
19
FN
2
Pd
)(
CH
2
Cl
2
)
view
view
(
C
31
H
23
FNPPd
)(
CH
2
Cl
2
)
((DU))
view
view
(
C
18
H
24
F
2
N
2
Pd
)(
CH
2
Cl
2
)
((DU))
view
view
(
C
20
H
17
FN
2
Pd
)(
CH
2
Cl
2
)
view
view
(
C
24
H
29
F
5
N
2
Pd
)(
C
3
H
6
O
)
2
((DP))
view
view
C
18
H
17
FN
2
Pd
view
view
C
54
H
34
Cl
1.72
Cu
2
N
4
O
10
((DU))
view
view
C
39
H
84
Cl
6
O
18
P
6
Zr
3
view
view
(
C
36
H
66
Cl
4
N
2
O
12
P
4
Zr
2
)(
CH
2
Cl
2
)
2
view
view
C
26
H
61
N
4
NaZn
view
view
C
21
H
48
LiN
3
Zn
view
view
C
27
H
58
MgN
5
Na
view
view
C
21
H
48
N
3
NaZn
view
view
C
35
H
51
LiO
3
((DU))
[[P]]
view
view
(
C
68
H
84
O
2
Zr
)(
C
6
H
14
)
((DP))
view
view
C
68
H
93
NO
3
Zr
view
view
(
C
54
H
70
Cl
2
O
2
Zr
)(
C
6
H
14
)
0.5
((DP))
view
view
(
C
32
H
29
BN
5
OPRuS
3
)(
CH
2
Cl
2
)
3
((DP))
view
view
(
C
28
H
30
B
2
N
10
S
6
)(
Na
2
)(
C
8
H
16
O
2
)
((DP))
view
view
(
C
34
H
27
BN
3
OPRuS
3
)(
CH
2
Cl
2
)
view
view
Inorganic Structures
Li
2
MoO
4
view
view
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![(C13H11AgN5)2(C3H6O)(F6Sb)2 ((DU)) [[P]]](javascript:showThisStructure('./display/placeholder.bmp',1,'load./data/b911276f/b911276fsup1_jc275/b911276fsup1_jc275.complete.cml.xml;',27);){kind=link}
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![(C38H40Ag2N16)(F6Sb)2 [[P]]](javascript:showThisStructure('./display/placeholder.bmp',1,'load./data/b911276f/b911276fsup1_pb122/b911276fsup1_pb122.complete.cml.xml;',29);){kind=link}
![(C36H34Ag3N18)(F6Sb)3(C2H3N)2 [[P]]](javascript:showThisStructure('./display/placeholder.bmp',1,'load./data/b911276f/b911276fsup1_jc324b/b911276fsup1_jc324b.complete.cml.xml;',30);){kind=link}
![C25H20Cl3EuN5 [[P]]](javascript:showThisStructure('./display/placeholder.bmp',1,'load./data/b911460b/b911460bsup1_1/b911460bsup1_1.complete.cml.xml;',31);){kind=link}
![C25H20Cl3N5Pr [[P]]](javascript:showThisStructure('./display/placeholder.bmp',1,'load./data/b911460b/b911460bsup1_2/b911460bsup1_2.complete.cml.xml;',32);){kind=link}
![C25H20Cl3N5Sm [[P]]](javascript:showThisStructure('./display/placeholder.bmp',1,'load./data/b911460b/b911460bsup1_3/b911460bsup1_3.complete.cml.xml;',33);){kind=link}
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3]/b912332fsup1_[Rh(La)3]_1.small.png',1,'load./data/b912332f/b912332fsup1_[Rh(La)3]/b912332fsup1_[Rh(La)3].complete.cml.xml;',70);){kind=link}
3]/b912332fsup1_[Rh(Lb)3].complete.cml.xml;',71);){kind=link}
2]/b912332fsup1_[Pd(La)2]_1.small.png',1,'load./data/b912332f/b912332fsup1_[Pd(La)2]/b912332fsup1_[Pd(La)2].complete.cml.xml;',72);){kind=link}
![C14H12K2N10O6Si [[P]]](javascript:showThisStructure('./display/placeholder.bmp',1,'load./data/b912736d/b912736dsup1_chppx55m/b912736dsup1_chppx55m.complete.cml.xml;',73);){kind=link}
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![C38H34Br4MnN4O8 [[P]]](javascript:showThisStructure('./display/placeholder.bmp',1,'load./data/b913865j/b913865jsup1_mwmn2/b913865jsup1_mwmn2.complete.cml.xml;',89);){kind=link}
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![C48H64B10CdN6O9 ((DU)) [[P]]](javascript:showThisStructure('./display/placeholder.bmp',1,'load./data/b914285a/b914285asup1_c-/b914285asup1_c-.complete.cml.xml;',93);){kind=link}
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![C35H51LiO3 ((DU)) [[P]]](javascript:showThisStructure('./display/placeholder.bmp',1,'load./data/B911082H/B911082Hsup1_[Ar(Me)O]Li(THF)2/B911082Hsup1_[Ar(Me)O]Li(THF)2.complete.cml.xml;',113);){kind=link}
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