Channel microband electrode arrays for mechanistic electrochemistry. Two-dimensional voltammetry:  transport-limited currents.

A channel electrode array, with electrodes ranging in size from the millimeter to the submicrometer scale, is used for the amperometric interrogation of mechanistically complex electrode processes. In this way, the transport-limited current, measured as a function of both electrode size and electrol...

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Main Authors: Alden, J, Feldman, M, Hill, E, Prieto, F, Oyama, M, Coles, B, Compton, R, Dobson, P, Leigh, P
Format: Journal article
Language:English
Published: 1998
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author Alden, J
Feldman, M
Hill, E
Prieto, F
Oyama, M
Coles, B
Compton, R
Dobson, P
Leigh, P
author_facet Alden, J
Feldman, M
Hill, E
Prieto, F
Oyama, M
Coles, B
Compton, R
Dobson, P
Leigh, P
author_sort Alden, J
collection OXFORD
description A channel electrode array, with electrodes ranging in size from the millimeter to the submicrometer scale, is used for the amperometric interrogation of mechanistically complex electrode processes. In this way, the transport-limited current, measured as a function of both electrode size and electrolyte flow rate (convection), is shown to provide a highly sensitive probe of mechanism and kinetics. The application of "two-dimensional voltammetry" to diverse electrode processes, including E, ECE, ECEE, EC', and DISP2 reactions, is reported.
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spelling oxford-uuid:85b4b130-4a95-4114-8d93-10bade24ddfc2022-03-26T21:59:14ZChannel microband electrode arrays for mechanistic electrochemistry. Two-dimensional voltammetry:  transport-limited currents.Journal articlehttp://purl.org/coar/resource_type/c_dcae04bcuuid:85b4b130-4a95-4114-8d93-10bade24ddfcEnglishSymplectic Elements at Oxford1998Alden, JFeldman, MHill, EPrieto, FOyama, MColes, BCompton, RDobson, PLeigh, PA channel electrode array, with electrodes ranging in size from the millimeter to the submicrometer scale, is used for the amperometric interrogation of mechanistically complex electrode processes. In this way, the transport-limited current, measured as a function of both electrode size and electrolyte flow rate (convection), is shown to provide a highly sensitive probe of mechanism and kinetics. The application of "two-dimensional voltammetry" to diverse electrode processes, including E, ECE, ECEE, EC', and DISP2 reactions, is reported.
spellingShingle Alden, J
Feldman, M
Hill, E
Prieto, F
Oyama, M
Coles, B
Compton, R
Dobson, P
Leigh, P
Channel microband electrode arrays for mechanistic electrochemistry. Two-dimensional voltammetry:  transport-limited currents.
title Channel microband electrode arrays for mechanistic electrochemistry. Two-dimensional voltammetry:  transport-limited currents.
title_full Channel microband electrode arrays for mechanistic electrochemistry. Two-dimensional voltammetry:  transport-limited currents.
title_fullStr Channel microband electrode arrays for mechanistic electrochemistry. Two-dimensional voltammetry:  transport-limited currents.
title_full_unstemmed Channel microband electrode arrays for mechanistic electrochemistry. Two-dimensional voltammetry:  transport-limited currents.
title_short Channel microband electrode arrays for mechanistic electrochemistry. Two-dimensional voltammetry:  transport-limited currents.
title_sort channel microband electrode arrays for mechanistic electrochemistry two dimensional voltammetry transport limited currents
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