Royal Society of Chemistry
CrystEngComm, 2006, issue 12
Organic Structures
Published Formula (clickable)
Article
Summary
C
22
H
20
N
2
view
view
C
22
H
20
N
2
view
view
C
22
H
20
N
2
view
view
C
22
H
20
N
2
view
view
C
22
H
20
N
2
view
view
C
22
H
20
N
2
view
view
C
40
H
38
N
4
O
6
((DU))
view
view
C
42
H
33
N
5
O
2
view
view
C
43
H
36
N
4
O
3
view
view
C
40
H
38
N
4
O
6
((DU))
view
view
C
42
H
33
N
5
O
2
view
view
C
43
H
36
N
4
O
3
view
view
C
12
H
15
N
3
O
3
S
view
view
C
13
H
25
N
3
O
4
S
view
view
C
13
H
17
N
3
O
3
S
view
view
C
12
H
15
N
3
O
3
S
view
view
C
4
H
13
N
3
O
3
S
view
view
C
13
H
19
N
3
O
4
S
view
view
C
12
H
23
N
3
O
4
S
view
view
C
9
H
15
N
3
O
3
S
view
view
C
13
H
25
N
3
O
4
S
view
view
C
13
H
19
N
3
O
4
S
view
view
C
12
H
15
N
3
O
3
S
view
view
C
13
H
17
N
3
O
3
S
view
view
C
13
H
25
N
3
O
4
S
view
view
C
13
H
17
N
3
O
3
S
view
view
C
12
H
15
N
3
O
3
S
view
view
C
4
H
13
N
3
O
3
S
view
view
C
12
H
23
N
3
O
4
S
view
view
C
13
H
19
N
3
O
4
S
view
view
C
9
H
15
N
3
O
3
S
view
view
C
13
H
25
N
3
O
4
S
view
view
C
13
H
17
N
3
O
3
S
view
view
C
13
H
19
N
3
O
4
S
view
view
C
35
H
22
Br
2
Cl
2
N
2
view
view
(
C
35
H
22
Br
2
Cl
2
N
2
)(
CCl
4
)
2
((DP))
view
view
(
C
35
H
23
Br
2
Cl
2
N
2
)(
CHBr
3
)
view
view
C
35
H
24
Cl
2
N
2
view
view
C
35
H
22
Br
2
Cl
2
N
2
view
view
(
C
35
H
22
Br
2
Cl
2
N
2
)(
CCl
4
)
2
((DP))
view
view
(
C
35
H
23
Br
2
Cl
2
N
2
)(
CHBr
3
)
view
view
C
35
H
24
Cl
2
N
2
view
view
C
18
H
20
N
4
view
view
C
18
H
20
N
4
view
view
C
18
H
20
N
4
view
view
C
18
H
20
N
4
view
view
C
18
H
20
N
4
view
view
C
18
H
20
N
4
view
view
Organometallic Structures
Published Formula (clickable)
Article
Summary
C
44
H
50
CdN
6
O
7
((DU))
[[P]]
view
view
C
66
H
79
CdCl
2
N
6
O
12
((DU))
[[P]]
view
view
C
66
H
76
CoN
8
O
8
((DU))
[[P]]
view
view
C
66
H
76
N
8
NiO
8
((DU))
[[P]]
view
view
C
44
H
50
CdN
6
O
7
((DU))
[[P]]
view
view
C
44
H
42
CuN
6
O
7
view
view
C
44
H
42
CuN
6
O
7
view
view
C
44
H
50
CdN
6
O
7
((DU))
[[P]]
view
view
C
66
H
79
CdCl
2
N
6
O
12
((DU))
[[P]]
view
view
C
66
H
76
CoN
8
O
8
((DU))
[[P]]
view
view
C
66
H
76
N
8
NiO
8
((DU))
[[P]]
view
view
C
44
H
50
CdN
6
O
7
((DU))
[[P]]
view
view
(
C
37
H
22
Br
2
Cl
2
HgN
2
O
4
)(
CHCl
3
)
3
[[P]]
view
view
(
C
37
H
22
Br
2
Cl
2
CoN
2
O
4
)(
CHCl
3
)
3
[[P]]
view
view
(
C
37
H
22
Br
4
CdN
2
O
4
)(
CHCl
3
)
3
[[P]]
view
view
(
C
37
H
22
Br
4
N
2
O
4
Zn
)(
CHCl
3
)
3
[[P]]
view
view
(
C
37
H
22
Br
2
Cl
2
HgN
2
O
4
)(
CHCl
3
)
[[P]]
view
view
(
C
37
H
22
Br
2
HgI
2
N
2
O
4
)(
CHCl
3
)
((DP))
[[P]]
view
view
(
C
37
H
22
Br
4
HgN
2
O
4
)(
CHCl
3
)
[[P]]
view
view
(
C
37
H
22
Br
2
Cl
2
HgN
2
O
4
)(
CHCl
3
)
3
[[P]]
view
view
(
C
37
H
22
Br
2
Cl
2
CoN
2
O
4
)(
CHCl
3
)
3
[[P]]
view
view
(
C
37
H
22
Br
4
CdN
2
O
4
)(
CHCl
3
)
3
[[P]]
view
view
(
C
37
H
22
Br
4
N
2
O
4
Zn
)(
CHCl
3
)
3
[[P]]
view
view
(
C
37
H
22
Br
2
Cl
2
HgN
2
O
4
)(
CHCl
3
)
[[P]]
view
view
(
C
37
H
22
Br
2
HgI
2
N
2
O
4
)(
CHCl
3
)
((DP))
[[P]]
view
view
(
C
37
H
22
Br
4
HgN
2
O
4
)(
CHCl
3
)
[[P]]
view
view
(
C
8
H
17
AgN
2
O
2
)
2
(
H
2
O
)
[[P]]
view
view
(
C
6
H
16
AgN
2
O
)(
C
2
H
3
O
2
)(
H
2
O
)
[[P]]
view
view
(
C
18
H
42
Ag
3
N
6
)(
BF
4
)
3
(
H
2
O
)
[[P]]
view
view
(
C
6
H
14
AgN
2
)(
BF
4
)
[[P]]
view
view
(
C
6
H
14
AgN
2
)(
NO
3
)
[[P]]
view
view
(
C
8
H
17
AgN
2
O
2
)
2
(
H
2
O
)
[[P]]
view
view
(
C
6
H
16
AgN
2
O
)(
C
2
H
3
O
2
)(
H
2
O
)
[[P]]
view
view
(
C
18
H
42
Ag
3
N
6
)(
BF
4
)
3
(
H
2
O
)
[[P]]
view
view
(
C
6
H
14
AgN
2
)(
BF
4
)
[[P]]
view
view
(
C
6
H
14
AgN
2
)(
NO
3
)
[[P]]
view
view
C
25
H
38
CuN
4
O
14
((DP))
view
view
C
25
H
38
CuN
4
O
14
((DP))
view
view
C
25
H
30
CuN
4
O
10
view
view
C
25
H
30
CuN
4
O
10
view
view
C
12
H
10
N
2
NiO
4
[[P]]
view
view
C
12
H
10
N
2
NiO
4
[[P]]
view
view
C
22
H
40
Eu
2
N
12
O
18
W
[[P]]
view
view
C
25
H
44
N
12
Nd
2
O
17
W
((DP))
[[P]]
view
view
C
22
H
40
Eu
2
N
12
O
18
W
[[P]]
view
view
C
25
H
44
N
12
Nd
2
O
17
W
((DP))
[[P]]
view
view
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![C44H50CdN6O7 ((DU)) [[P]]](javascript:showThisStructure('./display/placeholder.bmp',1,'load./data/b609740e/b609740esup2_s92-i/b609740esup2_s92-i.complete.cml.xml;',53);){kind=link}
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![C66H79CdCl2N6O12 ((DU)) [[P]]](javascript:showThisStructure('./display/placeholder.bmp',1,'load./data/b609740e/b609740esup1_s92-f/b609740esup1_s92-f.complete.cml.xml;',57);){kind=link}
![C66H76CoN8O8 ((DU)) [[P]]](javascript:showThisStructure('./display/placeholder.bmp',1,'load./data/b609740e/b609740esup1_s92-g/b609740esup1_s92-g.complete.cml.xml;',58);){kind=link}
![C66H76N8NiO8 ((DU)) [[P]]](javascript:showThisStructure('./display/placeholder.bmp',1,'load./data/b609740e/b609740esup1_s92-h/b609740esup1_s92-h.complete.cml.xml;',59);){kind=link}
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![(C37H22Br2Cl2HgN2O4)(CHCl3)3 [[P]]](javascript:showThisStructure('./display/placeholder.bmp',1,'load./data/b611733n/b611733nsup1_e446a/b611733nsup1_e446a.complete.cml.xml;',61);){kind=link}
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![(C37H22Br4CdN2O4)(CHCl3)3 [[P]]](javascript:showThisStructure('./display/placeholder.bmp',1,'load./data/b611733n/b611733nsup1_e460a/b611733nsup1_e460a.complete.cml.xml;',63);){kind=link}
![(C37H22Br4N2O4Zn)(CHCl3)3 [[P]]](javascript:showThisStructure('./display/placeholder.bmp',1,'load./data/b611733n/b611733nsup1_e465a/b611733nsup1_e465a.complete.cml.xml;',64);){kind=link}
![(C37H22Br2Cl2HgN2O4)(CHCl3) [[P]]](javascript:showThisStructure('./display/placeholder.bmp',1,'load./data/b611733n/b611733nsup1_e480a/b611733nsup1_e480a.complete.cml.xml;',65);){kind=link}
![(C37H22Br2HgI2N2O4)(CHCl3) ((DP)) [[P]]](javascript:showThisStructure('./display/placeholder.bmp',1,'load./data/b611733n/b611733nsup1_e670a/b611733nsup1_e670a.complete.cml.xml;',66);){kind=link}
![(C37H22Br4HgN2O4)(CHCl3) [[P]]](javascript:showThisStructure('./display/placeholder.bmp',1,'load./data/b611733n/b611733nsup1_e674a/b611733nsup1_e674a.complete.cml.xml;',67);){kind=link}
![(C37H22Br2Cl2HgN2O4)(CHCl3)3 [[P]]](javascript:showThisStructure('./display/placeholder.bmp',1,'load./data/b611733n/b611733nsup2_e446a/b611733nsup2_e446a.complete.cml.xml;',68);){kind=link}
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![(C37H22Br4CdN2O4)(CHCl3)3 [[P]]](javascript:showThisStructure('./display/placeholder.bmp',1,'load./data/b611733n/b611733nsup2_e460a/b611733nsup2_e460a.complete.cml.xml;',70);){kind=link}
![(C37H22Br4N2O4Zn)(CHCl3)3 [[P]]](javascript:showThisStructure('./display/placeholder.bmp',1,'load./data/b611733n/b611733nsup2_e465a/b611733nsup2_e465a.complete.cml.xml;',71);){kind=link}
![(C37H22Br2Cl2HgN2O4)(CHCl3) [[P]]](javascript:showThisStructure('./display/placeholder.bmp',1,'load./data/b611733n/b611733nsup2_e480a/b611733nsup2_e480a.complete.cml.xml;',72);){kind=link}
![(C37H22Br2HgI2N2O4)(CHCl3) ((DP)) [[P]]](javascript:showThisStructure('./display/placeholder.bmp',1,'load./data/b611733n/b611733nsup2_e670a/b611733nsup2_e670a.complete.cml.xml;',73);){kind=link}
![(C37H22Br4HgN2O4)(CHCl3) [[P]]](javascript:showThisStructure('./display/placeholder.bmp',1,'load./data/b611733n/b611733nsup2_e674a/b611733nsup2_e674a.complete.cml.xml;',74);){kind=link}
![(C8H17AgN2O2)2(H2O) [[P]]](javascript:showThisStructure('./display/placeholder.bmp',1,'load./data/b612027j/b612027jsup1_1/b612027jsup1_1.complete.cml.xml;',75);){kind=link}
![(C6H16AgN2O)(C2H3O2)(H2O) [[P]]](javascript:showThisStructure('./display/placeholder.bmp',1,'load./data/b612027j/b612027jsup1_2/b612027jsup1_2.complete.cml.xml;',76);){kind=link}
![(C18H42Ag3N6)(BF4)3(H2O) [[P]]](javascript:showThisStructure('./display/placeholder.bmp',1,'load./data/b612027j/b612027jsup1_3/b612027jsup1_3.complete.cml.xml;',77);){kind=link}
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![(C6H14AgN2)(NO3) [[P]]](javascript:showThisStructure('./display/placeholder.bmp',1,'load./data/b612027j/b612027jsup1_5/b612027jsup1_5.complete.cml.xml;',79);){kind=link}
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![C22H40Eu2N12O18W [[P]]](javascript:showThisStructure('./display/placeholder.bmp',1,'load./data/b614215j/b614215jsup1_LEID39/b614215jsup1_LEID39.complete.cml.xml;',91);){kind=link}
![C25H44N12Nd2O17W ((DP)) [[P]]](javascript:showThisStructure('./display/placeholder.bmp',1,'load./data/b614215j/b614215jsup1_LEID41/b614215jsup1_LEID41.complete.cml.xml;',92);){kind=link}
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