Add to ORKGThe possibilities of applying surfactants to the voltammetry of various biologically active compounds are generalized. Attention is focused on micellar solutions and surfactant-modified electrodes in the determination of a number of organic compounds, including antioxidants. It is demonstrated that the use of surfactants makes it possible to improve analytical characteristics and, in some cases, to simultaneously determine different analytes. © 2012 Pleiades Publishing, Ltd
Retinol is irreversibly oxidized at 790 mV in water 0.1 M LiClO4 that corresponds to formation of re...
This doctoral research involved fundamental studies of electrochemistry and chromatography in organi...
Práce se zabývá problematikou využití povrchově aktivních látek ve stripping voltametrii s uhlíkovým...
The possibilities of applying surfactants to the voltammetry of various biologically active compound...
The possibilities of applying surfactants to the voltammetry of various biologically active compound...
Effect of surfactant presence on electrochemical generation of titrants has been evaluated and discu...
Effect of surfactant presence on electrochemical generation of titrants has been evaluated and discu...
Effect of surfactant presence on electrochemical generation of titrants has been evaluated and discu...
Effect of surfactant presence on electrochemical generation of titrants has been evaluated and discu...
As established, α-tocopherol is electrochemically active on glassy carbon electrode in the available...
The electrochemistry of three surfactants has been studied by voltammetry at boron doped diamond (BD...
As established, α-tocopherol is electrochemically active on glassy carbon electrode in the available...
An overview on electrochemical surfactant sensors is given with special attention to papers publishe...
Retinol is irreversibly oxidized at 790 mV in water 0.1 M LiClO4 that corresponds to formation of re...
This doctoral research involved fundamental studies of electrochemistry and chromatography in organi...
Retinol is irreversibly oxidized at 790 mV in water 0.1 M LiClO4 that corresponds to formation of re...
This doctoral research involved fundamental studies of electrochemistry and chromatography in organi...
Práce se zabývá problematikou využití povrchově aktivních látek ve stripping voltametrii s uhlíkovým...
The possibilities of applying surfactants to the voltammetry of various biologically active compound...
The possibilities of applying surfactants to the voltammetry of various biologically active compound...
Effect of surfactant presence on electrochemical generation of titrants has been evaluated and discu...
Effect of surfactant presence on electrochemical generation of titrants has been evaluated and discu...
Effect of surfactant presence on electrochemical generation of titrants has been evaluated and discu...
Effect of surfactant presence on electrochemical generation of titrants has been evaluated and discu...
As established, α-tocopherol is electrochemically active on glassy carbon electrode in the available...
The electrochemistry of three surfactants has been studied by voltammetry at boron doped diamond (BD...
As established, α-tocopherol is electrochemically active on glassy carbon electrode in the available...
An overview on electrochemical surfactant sensors is given with special attention to papers publishe...
Retinol is irreversibly oxidized at 790 mV in water 0.1 M LiClO4 that corresponds to formation of re...
This doctoral research involved fundamental studies of electrochemistry and chromatography in organi...
Retinol is irreversibly oxidized at 790 mV in water 0.1 M LiClO4 that corresponds to formation of re...
This doctoral research involved fundamental studies of electrochemistry and chromatography in organi...
Práce se zabývá problematikou využití povrchově aktivních látek ve stripping voltametrii s uhlíkovým...