Sztirol - metakrilsav - blokk - kopolimer micellákkal módosított polipirrolfilmek vizsgálata pásztázó elektrokémiai mikroszkópiás módszerrel

Translated title of the contribution: Investigation of styrene-methacrylic acid block copolymer micelle doped polypyrrole films by scanning electrochemical microscopy

Imre Kapui, R. Gyurcsányi, K. Tóth, G. Nagy, Meral Arca, Emin Arca, Wolfgang Frey

Research output: Contribution to journalArticle

Abstract

The preparation of a novel type of polypyrrole films is described. Spherical styrenemethacrylic acid block copolymer micelles with a hydrophobic core of 18 nm and a hydrophilic corona of 100 nm were incorporated in polypyrrole films by electro-polymerization from a mixed solvent with 80 vol % of dioxane and 20 vol % of water. The properties of the block copolymer micelle doped polypyrrole films were investigated by cyclic voltammetry and Scanning Electrochemical Microscopy (SECM). It was found that the self assembled block copolymer micelles in polypyrrole behave as polyanions and the charge compensation by cations has been identified during electrochemical switching of the polymer films. The ejection of cations from the film was monitored by SECM using an amperometric or potentiometric ultramicro electrode tip during different potential programs (potential step and cyclic voltammetric scans) applied on the block copolymer micelles doped polypyrrole modified substrate electrodes. The incorporation of self-assembled block copolymer micelles into the polypyrrole structure can represent an interesting way to change its properties. Different kinds of hydrophobic molecules can be dissolved in the core of the micelle and thus incorporated into the polypyrrole films.

Original languageHungarian
JournalMagyar Kemiai Folyoirat, Kemiai Kozlemenyek
Volume105
Issue number1
Publication statusPublished - Jan 1999

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Styrene
Micelles
Block copolymers
Microscopic examination
Scanning
Cations
Electrodes
Electropolymerization
methacrylic acid
polypyrrole
Polymer films
Cyclic voltammetry
Molecules
Acids
Water
Substrates

ASJC Scopus subject areas

  • Chemistry(all)

Cite this

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title = "Sztirol - metakrilsav - blokk - kopolimer micell{\'a}kkal m{\'o}dos{\'i}tott polipirrolfilmek vizsg{\'a}lata p{\'a}szt{\'a}z{\'o} elektrok{\'e}miai mikroszk{\'o}pi{\'a}s m{\'o}dszerrel",
abstract = "The preparation of a novel type of polypyrrole films is described. Spherical styrenemethacrylic acid block copolymer micelles with a hydrophobic core of 18 nm and a hydrophilic corona of 100 nm were incorporated in polypyrrole films by electro-polymerization from a mixed solvent with 80 vol {\%} of dioxane and 20 vol {\%} of water. The properties of the block copolymer micelle doped polypyrrole films were investigated by cyclic voltammetry and Scanning Electrochemical Microscopy (SECM). It was found that the self assembled block copolymer micelles in polypyrrole behave as polyanions and the charge compensation by cations has been identified during electrochemical switching of the polymer films. The ejection of cations from the film was monitored by SECM using an amperometric or potentiometric ultramicro electrode tip during different potential programs (potential step and cyclic voltammetric scans) applied on the block copolymer micelles doped polypyrrole modified substrate electrodes. The incorporation of self-assembled block copolymer micelles into the polypyrrole structure can represent an interesting way to change its properties. Different kinds of hydrophobic molecules can be dissolved in the core of the micelle and thus incorporated into the polypyrrole films.",
author = "Imre Kapui and R. Gyurcs{\'a}nyi and K. T{\'o}th and G. Nagy and Meral Arca and Emin Arca and Wolfgang Frey",
year = "1999",
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language = "Hungarian",
volume = "105",
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AU - Kapui, Imre

AU - Gyurcsányi, R.

AU - Tóth, K.

AU - Nagy, G.

AU - Arca, Meral

AU - Arca, Emin

AU - Frey, Wolfgang

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N2 - The preparation of a novel type of polypyrrole films is described. Spherical styrenemethacrylic acid block copolymer micelles with a hydrophobic core of 18 nm and a hydrophilic corona of 100 nm were incorporated in polypyrrole films by electro-polymerization from a mixed solvent with 80 vol % of dioxane and 20 vol % of water. The properties of the block copolymer micelle doped polypyrrole films were investigated by cyclic voltammetry and Scanning Electrochemical Microscopy (SECM). It was found that the self assembled block copolymer micelles in polypyrrole behave as polyanions and the charge compensation by cations has been identified during electrochemical switching of the polymer films. The ejection of cations from the film was monitored by SECM using an amperometric or potentiometric ultramicro electrode tip during different potential programs (potential step and cyclic voltammetric scans) applied on the block copolymer micelles doped polypyrrole modified substrate electrodes. The incorporation of self-assembled block copolymer micelles into the polypyrrole structure can represent an interesting way to change its properties. Different kinds of hydrophobic molecules can be dissolved in the core of the micelle and thus incorporated into the polypyrrole films.

AB - The preparation of a novel type of polypyrrole films is described. Spherical styrenemethacrylic acid block copolymer micelles with a hydrophobic core of 18 nm and a hydrophilic corona of 100 nm were incorporated in polypyrrole films by electro-polymerization from a mixed solvent with 80 vol % of dioxane and 20 vol % of water. The properties of the block copolymer micelle doped polypyrrole films were investigated by cyclic voltammetry and Scanning Electrochemical Microscopy (SECM). It was found that the self assembled block copolymer micelles in polypyrrole behave as polyanions and the charge compensation by cations has been identified during electrochemical switching of the polymer films. The ejection of cations from the film was monitored by SECM using an amperometric or potentiometric ultramicro electrode tip during different potential programs (potential step and cyclic voltammetric scans) applied on the block copolymer micelles doped polypyrrole modified substrate electrodes. The incorporation of self-assembled block copolymer micelles into the polypyrrole structure can represent an interesting way to change its properties. Different kinds of hydrophobic molecules can be dissolved in the core of the micelle and thus incorporated into the polypyrrole films.

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