The American Chemical Society
Crystal Growth and Design, 2009, issue 1
Organic Structures
C
22
H
18
O
2
N/A
view
C
25
H
26.5
Br
0.5
O
2
((DU))
N/A
view
C
25
H
26.5
Cl
0.5
O
2
((DU))
N/A
view
C
26
H
23
O
2
N/A
view
C
25
H
21
O
2
N/A
view
C
27
H
23
NO
2
N/A
view
C
22
H
20
O
2
N/A
view
C
22
H
20
O
2
N/A
view
C
41
H
30
N
4
N/A
view
C
41
H
30
N
4
N/A
view
(
C
8
H
14
N
2
)(
Br
)
2
N/A
view
C
9
H
15
I
3
N
2
N/A
view
C
9
H
15
I
3
N
2
N/A
view
(
C
8
H
14
N
2
)(
ClO
4
)
2
N/A
view
(
C
8
H
14
N
2
)(
H
2
O
)
2
(
Cl
)
2
N/A
view
(
C
8
H
14
N
2
)(
I
)
2
N/A
view
(
C
8
H
14
N
2
)(
Br
)
2
N/A
view
(
C
8
H
14
N
2
)(
H
2
O
)
2
(
Cl
)
2
N/A
view
(
C
9
H
15
N
2
)(
I
)
((DU))
N/A
view
(
C
8
H
14
N
2
)(
HO
4
S
)
2
N/A
view
(
C
8
H
14
N
2
)(
HO
4
S
)
2
N/A
view
(
C
8
H
14
N
2
)(
I
)
2
N/A
view
(
C
9
H
15
N
2
)(
I
)
((DU))
N/A
view
(
C
8
H
14
N
2
)(
ClO
4
)
2
N/A
view
C
8
H
14
N
4
O
5
N/A
view
C
16
H
32
N
4
O
6
N/A
view
C
17
H
32
N
10
O
10
S
N/A
view
C
22
H
51
N
9
O
6
S
2
((DP))
N/A
view
C
17
H
38
N
6
O
7
S
N/A
view
C
41
H
82
N
10
O
11
S
N/A
view
C
14
H
34
N
8
O
9
N/A
view
C
18
H
38
N
8
O
7
N/A
view
C
21
H
46
N
6
O
8
N/A
view
(
C
9
H
7
Cl
2
N
5
)(
C
4
H
2
O
4
)
0.5
(
C
2
H
6
OS
)
((DP))
N/A
view
(
C
9
H
7
Cl
2
N
5
)(
C
4
H
4
O
6
)
0.5
(
C
2
H
6
OS
)
((DU))
N/A
view
(
C
9
H
7
Cl
2
N
5
)(
C
4
H
6
O
4
)
0.5
(
C
3
H
6
O
2
)
((DP))
N/A
view
(
C
9
H
7
Cl
2
N
5
)(
C
4
H
6
O
4
)
0.5
(
C
2
H
6
OS
)
((DP))
N/A
view
(
C
9
H
17
NO
2
)(
C
7
H
6
O
3
)
N/A
view
C
16
H
23
NO
5
N/A
view
(
C
9
H
18
NO
2
)(
C
7
H
5
O
3
)
N/A
view
(
C
9
H
18
NO
2
)(
C
11
H
7
O
3
)
N/A
view
(
C
9
H
18
NO
2
)(
C
8
H
7
O
3
)
N/A
view
C
28
H
16
O
8
C
28
H
16
O
8
N/A
view
C
28
H
16
O
8
C
28
H
16
O
8
N/A
view
C
28
H
16
O
8
C
28
H
16
O
8
N/A
view
C
28
H
16
O
8
C
28
H
16
O
8
N/A
view
C
28
H
16
O
8
C
28
H
16
O
8
N/A
view
C
7
H
7
NO
2
((DP))
N/A
view
C
7
H
7
NO
2
((DP))
N/A
view
C
7
H
7
NO
2
N/A
view
C
7
H
7
NO
2
N/A
view
C
162
H
96
O
12
((DU))
N/A
view
(
C
60
)(
C
46
H
44
O
6
)(
C
7
H
8
)
2
((DU))
N/A
view
C
162
H
96
O
12
((DU))
N/A
view
(
C
70
)(
C
46
H
44
O
6
)(
C
7
H
8
)
2
((DP))
N/A
view
(
C
60
)(
C
46
H
44
O
6
)(
C
7
H
8
)
2
((DU))
N/A
view
(
C
70
)(
C
46
H
44
O
6
)(
C
7
H
8
)
2
((DP))
N/A
view
C
55
H
52
N
4
O
6
((DU))
N/A
view
C
56
H
54
N
4
O
6
N/A
view
C
57
H
56
N
4
O
6
N/A
view
C
26.33
H
25.33
N
4
O
7.67
N/A
view
C
46
H
40
N
6
O
16
N/A
view
C
85
H
74
N
6
O
18
N/A
view
Organometallic Structures
C
12
H
10
N
3
O
5
Zn
((DU))
[[P]]
N/A
view
C
12
H
9
N
2
O
6
Zn
[[P]]
N/A
view
C
12
H
9
N
2
O
6
Zn
[[P]]
N/A
view
(
C
21
H
17
N
5
O
5
Zn
)(
H
2
O
)
[[P]]
N/A
view
(
C
21
H
17
N
5
O
5
Zn
)(
H
2
O
)
[[P]]
N/A
view
(
C
29
H
21
CoN
5
O
5
)(
H
2
O
)
[[P]]
N/A
view
(
C
12
H
9
CoN
2
O
6
)
2
(
H
2
O
)
((DU))
[[P]]
N/A
view
(
C
28
H
22
Mn
5
N
4
O
26
)(
H
4
O
2
)
1.75
(
H
4
O
2
)(
H
4
O
2
)
((DU))
[[P]]
N/A
view
(
C
28
H
22
Cd
5
N
4
O
26
)
2
(
H
4
O
2
)
0.5
(
H
2
O
)
2
((DU))
[[P]]
N/A
view
(
C
28
H
22
Cd
5
N
4
O
26
)
2
(
H
4
O
2
)
0.5
(
H
2
O
)
2
((DU))
[[P]]
N/A
view
(
C
29
H
21
CoN
5
O
5
)(
H
2
O
)
[[P]]
N/A
view
C
17
H
13
CuN
3
O
6
[[P]]
N/A
view
(
C
28
H
22
Co
5
N
4
O
26
)(
H
2
O
)
3
[[P]]
N/A
view
C
17
H
13
CuN
3
O
6
[[P]]
N/A
view
(
C
28
H
22
Co
5
N
4
O
26
)(
H
2
O
)
3
[[P]]
N/A
view
(
C
12
H
9
CoN
2
O
6
)
2
(
H
2
O
)
((DU))
[[P]]
N/A
view
C
12
H
10
N
3
O
5
Zn
((DU))
[[P]]
N/A
view
C
17
H
15
MnN
3
O
7
[[P]]
N/A
view
C
17
H
15
MnN
3
O
7
[[P]]
N/A
view
C
8
H
6
Hg
2
I
4
N
4
N/A
view
C
8
H
6
Cl
2
HgN
4
[[P]]
N/A
view
C
8
H
6
Br
4
Hg
2
N
4
N/A
view
C
8
H
6
Br
2
HgN
4
[[P]]
N/A
view
(
C
6
H
20
CuN
4
O
61
P
2
W
18
)(
C
6
H
20
CuN
4
)(
C
3
H
11
N
2
)
2
(
H
2
O
)
9
((DU))
[[P]]
N/A
view
C
26
H
147.7
Cu
5.5
N
26
O
143.35
P
4
W
36
((DU))
N/A
view
(
C
9
H
15
N
2
)
2
(
CdI
4
)
N/A
view
(
C
8
H
14
N
2
)(
CdCl
4
)
N/A
view
(
C
8
H
14
N
2
)(
Br
4
Cd
)
N/A
view
(
C
8
H
14
N
2
)(
Br
4
Cd
)
N/A
view
(
C
8
H
14
N
2
)(
CdCl
4
)
N/A
view
(
C
9
H
15
N
2
)
2
(
CdI
4
)
N/A
view
C
18
H
23
N
3
NiO
5
((DP))
[[P]]
N/A
view
C
18
H
23
CoN
3
O
5
((DP))
[[P]]
N/A
view
C
40
H
52
Cu
2
N
12
O
12
S
2
[[P]]
N/A
view
C
18
H
18
Cl
2
CuN
6
[[P]]
N/A
view
C
36
H
44
CdN
14
O
10
[[P]]
N/A
view
C
20
H
30
CdN
6
O
8
S
[[P]]
N/A
view
C
20
H
30
CoN
6
O
8
S
[[P]]
N/A
view
C
20
H
30
N
6
O
8
NiS
[[P]]
N/A
view
C
72
H
81.88
Cu
3
N
30
O
22.94
C
72
H
81.88
Cu
3
N
30
O
22.94
((DU))
[[P]]
N/A
view
C
30
H
30
N
11
NdNi
2
O
15
[[P]]
N/A
view
C
30
H
20
EuN
11
Ni
2
O
15
[[P]]
N/A
view
C
30
H
20
N
11
Ni
2
O
13
Sm
[[P]]
N/A
view
C
30
H
30
LaN
11
Ni
2
O
15
[[P]]
N/A
view
C
30
H
30
Cu
2
GdN
11
O
15
[[P]]
N/A
view
(
C
7
H
7
NO
2
)(
C
6
Cl
2
F
4
Hg
2
)
N/A
view
(
C
6
Cl
2
F
4
Hg
2
)(
C
7
H
7
NO
2
)
N/A
view
(
C
6
Cl
2
F
4
Hg
2
)(
C
6
H
5
NO
2
)
N/A
view
(
C
7
H
7
NO
2
)(
C
6
Cl
2
F
4
Hg
2
)
2
N/A
view
(
C
7
H
7
NO
2
)(
C
6
Cl
2
F
4
Hg
2
)
N/A
view
C
42
H
48
Ag
2
N
4
O
9
[[P]]
N/A
view
C
42
H
48
Ag
2
N
4
O
9
[[P]]
N/A
view
C
21
H
25
AgN
2
O
5
((DU))
[[P]]
N/A
view
C
21
H
22
AgN
2
O
3.5
((DU))
[[P]]
N/A
view
C
22
H
25
AgN
2
O
4
[[P]]
N/A
view
C
28
H
20
CdN
6
O
4
[[P]]
N/A
view
C
60
H
44
N
12
O
18
Zn
4
((DU))
[[P]]
N/A
view
C
15
H
10
CoN
3
O
4
[[P]]
N/A
view
C
46
H
36
N
6
O
20
Zn
3
[[P]]
N/A
view
C
42
H
27
Co
2
N
12
O
((DP))
[[P]]
N/A
view
C
68
H
42
Co
5
N
18
O
5
((DU))
[[P]]
N/A
view
C
84
H
52
Co
4
N
24
O
2
((DU))
[[P]]
N/A
view
C
42
H
33
CoN
12
O
3
N/A
view
C
68
H
42
Co
5
N
18
O
5
((DU))
[[P]]
N/A
view
C
84
H
52
Co
4
N
24
O
2
((DU))
[[P]]
N/A
view
C
222
H
192
Co
9
N
72
O
51
((DU))
[[P]]
N/A
view
C
162
H
174
Co
9
N
72
O
48
((DU))
[[P]]
N/A
view
C
156
H
144
Co
9
N
78
O
36
N/A
view
((DU))
N/A
view
C
73
H
46
Cl
2
F
36
N
6
O
12
PtYb
2
((DU))
N/A
view
C
95
H
60
Cl
2
F
36
N
8
O
12
PtYb
2
((DP))
N/A
view
C
61
H
52
Cl
6
N
6
Pt
((DU))
N/A
view
C
53
H
51
Mn
3
N
4
O
14
((DU))
[[P]]
N/A
view
C
58
H
64
Mn
3
N
4
O
16
((DP))
[[P]]
N/A
view
C
52
H
44
Mn
3
N
4
O
12
[[P]]
N/A
view
C
53
H
52
Mn
3
N
4
O
15
[[P]]
N/A
view
C
4
H
12.3
Cu
1.5
O
8.15
PS
((DU))
[[P]]
N/A
view
C
4
H
12.3
Cu
1.5
O
8.15
PS
((DU))
[[P]]
N/A
view
C
38
H
48
CuF
6
N
18
O
12
S
2
[[P]]
N/A
view
C
26
H
32
CuF
6
N
12
O
10
S
2
[[P]]
N/A
view
C
12
H
12
ClCu
0.5
N
6
[[P]]
N/A
view
C
24
H
24
B
2
CuF
8
N
12
((DU))
[[P]]
N/A
view
C
2
H
12
CdN
10
O
7
S
[[P]]
N/A
view
C
4
H
10
Cd
5
N
20
O
10
S
2
[[P]]
N/A
view
C
2
H
6
CdCl
2
N
10
[[P]]
N/A
view
C
8
H
14
Cd
3
Cl
2
N
22
((DU))
[[P]]
N/A
view
C
28
H
26
Cu
2
N
4
O
8
[[P]]
N/A
view
C
84
H
81
Cu
5
N
10
O
36.5
((DU))
[[P]]
N/A
view
C
30
H
39
ClMn
3
N
3
O
14
N/A
view
(
C
39
H
30
ClMn
3
N
6
O
11
)(
CH
4
O
)
4
[[P]]
N/A
view
C
96
H
94
Mn
6
N
10
O
20
((DP))
N/A
view
C
144
H
108
Cl
3
N
42
Ni
9
O
58
((DU))
N/A
view
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2-toluene/cg801132rsup1_(4)2-toluene_1.small.png',2,'load./data/cg801132r/cg801132rsup1_(4)2-toluene/cg801132rsup1_(4)2-toluene.complete.cml.xml;',63);){kind=link}
![C12H10N3O5Zn ((DU)) [[P]]](javascript:showThisStructure('./display/placeholder.bmp',1,'load./data/cg800329k/cg800329ksup9_12345/cg800329ksup9_12345.complete.cml.xml;',64);){kind=link}
![C12H9N2O6Zn [[P]]](javascript:showThisStructure('./display/placeholder.bmp',1,'load./data/cg800329k/cg800329ksup4_1234/cg800329ksup4_1234.complete.cml.xml;',65);){kind=link}
![C12H9N2O6Zn [[P]]](javascript:showThisStructure('./display/placeholder.bmp',1,'load./data/cg800329k/cg800329ksup6_1234/cg800329ksup6_1234.complete.cml.xml;',66);){kind=link}
![(C21H17N5O5Zn)(H2O) [[P]]](javascript:showThisStructure('./display/placeholder.bmp',1,'load./data/cg800329k/cg800329ksup3_1/cg800329ksup3_1.complete.cml.xml;',67);){kind=link}
![(C21H17N5O5Zn)(H2O) [[P]]](javascript:showThisStructure('./display/placeholder.bmp',1,'load./data/cg800329k/cg800329ksup6_1/cg800329ksup6_1.complete.cml.xml;',68);){kind=link}
![(C29H21CoN5O5)(H2O) [[P]]](javascript:showThisStructure('./display/placeholder.bmp',1,'load./data/cg800329k/cg800329ksup5_51203bm/cg800329ksup5_51203bm.complete.cml.xml;',69);){kind=link}
![(C12H9CoN2O6)2(H2O) ((DU)) [[P]]](javascript:showThisStructure('./display/placeholder.bmp',1,'load./data/cg800329k/cg800329ksup9_50704c/cg800329ksup9_50704c.complete.cml.xml;',70);){kind=link}
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![(C29H21CoN5O5)(H2O) [[P]]](javascript:showThisStructure('./display/placeholder.bmp',1,'load./data/cg800329k/cg800329ksup4_51203bm/cg800329ksup4_51203bm.complete.cml.xml;',74);){kind=link}
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![C17H15MnN3O7 [[P]]](javascript:showThisStructure('./display/placeholder.bmp',1,'load./data/cg800329k/cg800329ksup8_50925bm/cg800329ksup8_50925bm.complete.cml.xml;',81);){kind=link}
![C17H15MnN3O7 [[P]]](javascript:showThisStructure('./display/placeholder.bmp',1,'load./data/cg800329k/cg800329ksup10_50925bm/cg800329ksup10_50925bm.complete.cml.xml;',82);){kind=link}
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![C18H18Cl2CuN6 [[P]]](javascript:showThisStructure('./display/placeholder.bmp',1,'load./data/cg800600g/cg800600gsup1_3/cg800600gsup1_3.complete.cml.xml;',98);){kind=link}
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![C22H25AgN2O4 [[P]]](javascript:showThisStructure('./display/placeholder.bmp',1,'load./data/cg800710q/cg800710qsup1_complex5/cg800710qsup1_complex5.complete.cml.xml;',118);){kind=link}
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![C53H52Mn3N4O15 [[P]]](javascript:showThisStructure('./display/placeholder.bmp',1,'load./data/cg800879c/cg800879csup1_msa538/cg800879csup1_msa538.complete.cml.xml;',139);){kind=link}
![C4H12.3Cu1.5O8.15PS ((DU)) [[P]]](javascript:showThisStructure('./display/placeholder.bmp',1,'load./data/cg8008865/cg8008865sup1_[Cu1-5(O3P-C4H8-SO3)(H2O)]1-15H2O/cg8008865sup1_[Cu1-5(O3P-C4H8-SO3)(H2O)]1-15H2O.complete.cml.xml;',140);){kind=link}
![C4H12.3Cu1.5O8.15PS ((DU)) [[P]]](javascript:showThisStructure('./display/placeholder.bmp',1,'load./data/cg8008865/cg8008865sup2_[Cu1-5(O3P-C4H8-SO3)(H2O)]1-15H2O/cg8008865sup2_[Cu1-5(O3P-C4H8-SO3)(H2O)]1-15H2O.complete.cml.xml;',141);){kind=link}
![C38H48CuF6N18O12S2 [[P]]](javascript:showThisStructure('./display/placeholder.bmp',1,'load./data/cg8008943/cg8008943sup1_1/cg8008943sup1_1.complete.cml.xml;',142);){kind=link}
![C26H32CuF6N12O10S2 [[P]]](javascript:showThisStructure('./display/placeholder.bmp',1,'load./data/cg8008943/cg8008943sup1_2/cg8008943sup1_2.complete.cml.xml;',143);){kind=link}
![C12H12ClCu0.5N6 [[P]]](javascript:showThisStructure('./display/placeholder.bmp',1,'load./data/cg8008943/cg8008943sup1_3/cg8008943sup1_3.complete.cml.xml;',144);){kind=link}
![C24H24B2CuF8N12 ((DU)) [[P]]](javascript:showThisStructure('./display/placeholder.bmp',1,'load./data/cg8008943/cg8008943sup1_4/cg8008943sup1_4.complete.cml.xml;',145);){kind=link}
![C2H12CdN10O7S [[P]]](javascript:showThisStructure('./display/placeholder.bmp',1,'load./data/cg8009157/cg8009157sup1_1a/cg8009157sup1_1a.complete.cml.xml;',146);){kind=link}
![C4H10Cd5N20O10S2 [[P]]](javascript:showThisStructure('./display/placeholder.bmp',1,'load./data/cg8009157/cg8009157sup1_1b/cg8009157sup1_1b.complete.cml.xml;',147);){kind=link}
![C2H6CdCl2N10 [[P]]](javascript:showThisStructure('./display/placeholder.bmp',1,'load./data/cg8009157/cg8009157sup1_2a/cg8009157sup1_2a.complete.cml.xml;',148);){kind=link}
![C8H14Cd3Cl2N22 ((DU)) [[P]]](javascript:showThisStructure('./display/placeholder.bmp',1,'load./data/cg8009157/cg8009157sup1_2b/cg8009157sup1_2b.complete.cml.xml;',149);){kind=link}
![C28H26Cu2N4O8 [[P]]](javascript:showThisStructure('./display/placeholder.bmp',1,'load./data/cg800938y/cg800938ysup1_a/cg800938ysup1_a.complete.cml.xml;',150);){kind=link}
![C84H81Cu5N10O36.5 ((DU)) [[P]]](javascript:showThisStructure('./display/placeholder.bmp',1,'load./data/cg800938y/cg800938ysup2_a/cg800938ysup2_a.complete.cml.xml;',151);){kind=link}
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![(C39H30ClMn3N6O11)(CH4O)4 [[P]]](javascript:showThisStructure('./display/placeholder.bmp',1,'load./data/cg800947z/cg800947zsup1_EB8039/cg800947zsup1_EB8039.complete.cml.xml;',153);){kind=link}
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