Photo-electrochemical deposition behaviour of metal silver on polypyrrole as conducting polymer

J. Kawakita; H. Fujihira; T. Chikyow; Y. Sakamoto

doi:10.1149/05053.0025ecst

Photo-electrochemical deposition behaviour of metal silver on polypyrrole as conducting polymer

J. Kawakita, H. Fujihira, T. Chikyow, Y. Sakamoto

Research output: Contribution to journal › Article › peer-review

Abstract

Composite of metal and conducting polymer is expected for the electrical application by the use of their advantages. The purpose of this research was to reveal photo-electrochemical deposition behavior of metal, which is important to control the formation rate and the composite's structure obtained by simultaneous metal deposition and polymerization under the photo-irradiation. Cathodic polarization curves for silver deposition on polypyrrole film with different substrates under UV irradiation were compared in addition to the electrical resistance of the polypyrrole and the substrate. Morphology of silver deposition on polypyrrole was characterized by microscopic observation. The experimental results showed that photo introduction to polypyrrole upon silver deposition enhanced the deposition rate to 24 times at maximum.

Original language	English
Pages (from-to)	25-33
Number of pages	9
Journal	ECS Transactions
Volume	50
Issue number	53
DOIs	https://doi.org/10.1149/05053.0025ecst
Publication status	Published - 2012
Externally published	Yes

ASJC Scopus subject areas

Engineering(all)

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abstract = "Composite of metal and conducting polymer is expected for the electrical application by the use of their advantages. The purpose of this research was to reveal photo-electrochemical deposition behavior of metal, which is important to control the formation rate and the composite's structure obtained by simultaneous metal deposition and polymerization under the photo-irradiation. Cathodic polarization curves for silver deposition on polypyrrole film with different substrates under UV irradiation were compared in addition to the electrical resistance of the polypyrrole and the substrate. Morphology of silver deposition on polypyrrole was characterized by microscopic observation. The experimental results showed that photo introduction to polypyrrole upon silver deposition enhanced the deposition rate to 24 times at maximum.",

author = "J. Kawakita and H. Fujihira and T. Chikyow and Y. Sakamoto",

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AU - Fujihira, H.

AU - Chikyow, T.

AU - Sakamoto, Y.

PY - 2012

Y1 - 2012

N2 - Composite of metal and conducting polymer is expected for the electrical application by the use of their advantages. The purpose of this research was to reveal photo-electrochemical deposition behavior of metal, which is important to control the formation rate and the composite's structure obtained by simultaneous metal deposition and polymerization under the photo-irradiation. Cathodic polarization curves for silver deposition on polypyrrole film with different substrates under UV irradiation were compared in addition to the electrical resistance of the polypyrrole and the substrate. Morphology of silver deposition on polypyrrole was characterized by microscopic observation. The experimental results showed that photo introduction to polypyrrole upon silver deposition enhanced the deposition rate to 24 times at maximum.

AB - Composite of metal and conducting polymer is expected for the electrical application by the use of their advantages. The purpose of this research was to reveal photo-electrochemical deposition behavior of metal, which is important to control the formation rate and the composite's structure obtained by simultaneous metal deposition and polymerization under the photo-irradiation. Cathodic polarization curves for silver deposition on polypyrrole film with different substrates under UV irradiation were compared in addition to the electrical resistance of the polypyrrole and the substrate. Morphology of silver deposition on polypyrrole was characterized by microscopic observation. The experimental results showed that photo introduction to polypyrrole upon silver deposition enhanced the deposition rate to 24 times at maximum.

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Photo-electrochemical deposition behaviour of metal silver on polypyrrole as conducting polymer

Abstract

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