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Journal of Nanomaterials
/
2009
/
Article
/
Tab 1
/
Review Article
Fabrication of One-Dimensional Organic Nanostructures Using Anodic Aluminum Oxide Templates
Table 1
Some of the small molecules used to make nanorods.
Molecule
Nanorod size/solvent/annealing temperature
200 nm diameter/60
m
Solvent: THF
Temperature: 70
[
61
]
200 nm diameter/60
m
Solvent: THF
Temperature: room temperature (22
)
[
61
]
200 nm diameter/60
m
Solvent: dichloromethane
Temperature: Room temperature. (22
)
[
63
]
200 nm diameter/60
m
Solvent: THF
Temperature: room temperature (22
) or 5
gave similar results
[
61
]
200 nm diameter/60
m
Solvent: dichloromethane
Temperature: room temperature (22
)
[
61
]
200 nm diameter/60
m
Solvent: dichloromethane
Temperature: room temperature (22
)
[
63
]
200 nm diameter/60
m
Solvent: THF
Temperature: 70
[
63
]
200 nm diameter/60
m
Solvent: THF
Temperature: room temperature (22
)
[
61
]
200 nm diameter/60
m
Solvent: THF
Temperature: (68
)
[
63
]
200 nm diameter/60
m
35 nm diameter/50
m
Solvent: THF
Temperature: 70
[
63
]
200 nm diameter/60
m
Solvent: THF
Temperature: 68
[
63
]
200 nm diameter/60
m
35 nm diameter/50
m
13 nm diameter/50
m
Solvent: THF or dichloromethane
Temperature: room temperature (22
)
[
64
]
200 nm diameter/60
m
Solvent: THF, or dichloromethane
Temperature: room temperature (22
)
[
65
]
200 nm diameter/60
m
Solvent: dichloromethane
Temperature: 68
[
63
]
200 nm diameter/60
m
35 nm diameter/50
m
13 nm diameter/50
m
Solvent: THF
Temperature: room temperature (22
)
[
39
,
62
]
200 nm diameter/60
m
35 nm diameter/50
m
Solvent: THF
Temperature: 70
[
40
]
