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Electrochemically Controlled Raman Response in Electropolymerized Polymethylene Blue-Gold Nanoparticle Films on Screen-Printed Carbon Electrodes. [PDF]
ACS OmegaBorja A +5 more
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Electrochemical Characterization of a Molecularly Imprinted Polymer Sensor for the Selective Recognition of Type II Collagen in Joint Degeneration Monitoring. [PDF]
Polymers (Basel)Nampeng J +3 more
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Microcells for voltammetry and stripping voltammetry
Talanta, 1997The designs and applications of "non-flow" microcells in voltammetry and stripping voltammetry for samples with volumes from sub-microliters to 5 ml are reviewed. The analysis of microcell designs was carried out on the basis of their classification: (i) microcells with a static sample, including thin-layer microcells with a static sample; (ii ...
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Voltammetry | Stripping Voltammetry
2019This article covers the main aspects of ASV, AdSV, and CSV, including past and recent developments of WEs, analytical methodologies, instrumentation, and applications. A hint is also given to two other techniques relying on a stripping step, namely potentiometric stripping analysis (PSA), which indeed is not a voltammetric method, and abrasive ...
Ornella Abollino +2 more
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Talanta, 1987
The possibilities of voltammetry as a source of information in bioelectrochemistry, electro-chemistry solid-state chemistry and analytical chemistry are reviewed. Attention is drawn to the use of catalytic currents and adsorption, inverse voltammetry, and solid and modified electrodes.
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The possibilities of voltammetry as a source of information in bioelectrochemistry, electro-chemistry solid-state chemistry and analytical chemistry are reviewed. Attention is drawn to the use of catalytic currents and adsorption, inverse voltammetry, and solid and modified electrodes.
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Genuine differential voltammetry
TalantaA novel form of differential voltammetry is proposed, developed through the implicit anodic and cathodic current components of the experimentally accessible conventional net current measured in a voltammetric experiment. By employing basic mathematical modelling of an electrode reaction of a dissolved redox couple at a conventional, macroscopic ...
Valentin Mirceski, Milivoj Lovric
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Hydrodynamic modulation voltammetry
Talanta, 1981Highly efficient background-correction techniques applicable to voltammetric methods of trace analysis can be developed by modulating the convection rate of the solution at a solid electrode surface. The theoretical aspects, advantages, disadvantages, and analytical applications of the various batch and flow approaches to hydrodynamic modulation ...
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Talanta, 1971
Film stripping voltammetry is a new electrochemical analytical method consisting in concentrating the test substance in the form of a metal or a sparingly soluble compound on the electrode surface and subsequently recording the current for electrodissolution of the deposit.
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Film stripping voltammetry is a new electrochemical analytical method consisting in concentrating the test substance in the form of a metal or a sparingly soluble compound on the electrode surface and subsequently recording the current for electrodissolution of the deposit.
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1986
Abstract Voltammetry is the study of the current voltage relationships observed when electroactive species in solution are subject to oxidation or reduction at electrodes under carefully controlled conditions. This article describes the basic principle of voltammetry performed using the dropping mercury electrode (polarography).
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Abstract Voltammetry is the study of the current voltage relationships observed when electroactive species in solution are subject to oxidation or reduction at electrodes under carefully controlled conditions. This article describes the basic principle of voltammetry performed using the dropping mercury electrode (polarography).
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2005
Square-wave voltammetry (SWV) is one of the four major voltammetric techniques provided by modern computer-controlled electroanalytical instruments, such as Autolab and µAutolab (both EcoChemie, Utrecht), BAS 100 A (Bioanalytical Systems) and PAR Model 384 B (Princeton Applied Research).
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Square-wave voltammetry (SWV) is one of the four major voltammetric techniques provided by modern computer-controlled electroanalytical instruments, such as Autolab and µAutolab (both EcoChemie, Utrecht), BAS 100 A (Bioanalytical Systems) and PAR Model 384 B (Princeton Applied Research).
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