Substituted polyanilines are of interest due to their increased solubility over polyaniline. However, early experiments showed that the substituted materials, while exhibiting a higher solubility (and thus workability), were also less conducting. Here, it is shown that dialkoxy substitution of aniline increases solubility of the polymer while not reducing the conductivity. The lower steric hindrance caused by teh methoxy groups in comparison with methyl groups is thought to be responsible.
Electrochemical deposition and characterization of poly(2,5-dimethoxyaniline): a new highly conducting polyaniline with enhanced solubility, stability and electrochromic properties.
G ZOTTI;N COMISSO;
1992
Abstract
Substituted polyanilines are of interest due to their increased solubility over polyaniline. However, early experiments showed that the substituted materials, while exhibiting a higher solubility (and thus workability), were also less conducting. Here, it is shown that dialkoxy substitution of aniline increases solubility of the polymer while not reducing the conductivity. The lower steric hindrance caused by teh methoxy groups in comparison with methyl groups is thought to be responsible.File in questo prodotto:
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Descrizione: Electrochemical deposition and characterization of poly(2,5-dimethoxyaniline): a new highly conducting polyaniline
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