Chemistry Reference
In-Depth Information
Compound
coordination
Terminal
Bridging
MOC
Reference
[Mo
6
3
-Cl
8
OMe
6
]
2
5
1
2.032, 2.038,
2.080 (3)
av. 2.051
-
126
271
[Mo
6
3
-OMe
8
OMe
6
]
2
5
1
2.092, 2.149,
2.150 (6)
av. 2.130
av. 2.173
119.9
271
[W(OMe)
4
Cl
2
-
cis
]
6
1.82 - 1.87 (4)
av. 1.84
-
131 - 143
av. 138
272
[W
OBu
t
4
I
2
-
trans
]
6
1.840 (4)
-
160.5
273
[W
OCH
2
CF
3
2
Cl
2
PMe
2
Ph
2
]
6
1.844, 1.852 (5)
-
142.2, 144.8
274
[W
OCH
2
Bu
t
4
py
OCPh
2
]
6
1
1.897 - 1.967 (6)
av. 1.924
-
128.4 - 136.8
av. 131.7
275
[WfO
12
Si
7
C
6
H
11
-
c
7
NMe
2
3
]
6
1.947 (4)
-
162.4
276
[W
OBu
t
3
(NPh)Cl
Bu
t
NH
2
]
6
1.85, 1.86, 1.91 (1)
-
143 - 153
av. 148
277
[W
OBu
t
3
NBu
t
Cl
Bu
t
NH
2
]
6
1.864 - 1.897 (7)
av. 1.884
-
-
278
[W
OPr
i
4
(NPh)(py)]
6
1.912 - 1.977 (16)
av. 1.951
-
123.9 - 132.5
av. 130.0
279
[W
OC
2
H
4
O
3
]
6
1.880 - 1.932 (15)
av. 1.907
-
117 - 121
av. 120
280
[W
OC
2
Me
4
O
3
]
6
1.914 - 1.920 (3)
av. 1.916
-
119.2 - 120.6
av. 119.7
281
Li[W
OC
2
CF
3
2
O
2
(NPh)Cl]
6
1.929 - 2.053 (16)
av. 1.987
-
124.2, 125.1
282
Cis-[W
OC
2
Me
4
O
2
Cl
2
]
6
1.874 - 1.892 (8)
av. 1.882
-
-
283
[W
OC
2
H
4
O
OC
2
Me
4
O
2
]
6
1.889 - 1.924
av. 1.905
-
118.3 - 120.6
av. 119.5
284
[W
OC
2
H
4
O
OC
2
Me
4
O
2
]
PhOH
2
6
1.884 - 1.936 (6)
av. 1.903
-
118.0 - 121.5
av. 119.7
284
