Journal
THEORETICAL AND EXPERIMENTAL CHEMISTRY
Volume 50, Issue 4, Pages 197-203Publisher
SPRINGER
DOI: 10.1007/s11237-014-9373-7
Keywords
polyaniline; mechanochemical doping; nanofibrillar structure; metallic conductivity
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It was shown that the conductivity of polyaniline can be increased significantly as a result of mechanochemical doping with camphorsulfonic acid and secondary doping with m-cresol in comparison with the conductivity of the polymer synthesized by the traditional method. The obtained polymer has a nanofibrillar structure and is characterized by a metallic type of temperature dependence of the conductivity over a wide range of temperatures.
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