Sonovoltammetry at platinum electrodes: Surface phenomena and mass transport processes

Application of simultaneous ultrasound to representative solution-phase reversible voltammetric couples produce a step-shaped voltammogram at platinum electrodes of both 'macro' and 'micro' dimensions. The limiting current increases with ultrasonic power, but is not markedly affe...

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Main Authors: Walton, D, Phull, S, Chyla, A, Lorimer, J, Mason, T, Burke, L, Murphy, M, Compton, R, Eklund, J, Page, S
Format: Journal article
Published: 1995
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author Walton, D
Phull, S
Chyla, A
Lorimer, J
Mason, T
Burke, L
Murphy, M
Compton, R
Eklund, J
Page, S
author_facet Walton, D
Phull, S
Chyla, A
Lorimer, J
Mason, T
Burke, L
Murphy, M
Compton, R
Eklund, J
Page, S
author_sort Walton, D
collection OXFORD
description Application of simultaneous ultrasound to representative solution-phase reversible voltammetric couples produce a step-shaped voltammogram at platinum electrodes of both 'macro' and 'micro' dimensions. The limiting current increases with ultrasonic power, but is not markedly affected by ultrasonic frequency in the 20-800kHz region. In contrast the complex voltammetry of a platinized platinum electrode surface within the hydrogen adsorption regime in aqueous acid medium is very little affected by sonication. Factors affecting the reproducibility of sonoelectrochemical experiments when employing ultrasonic sources are discussed. © 1995 Chapman and Hall.
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spelling oxford-uuid:bdf427ed-49d6-44bc-846f-155e0d6958792022-03-27T05:35:46ZSonovoltammetry at platinum electrodes: Surface phenomena and mass transport processesJournal articlehttp://purl.org/coar/resource_type/c_dcae04bcuuid:bdf427ed-49d6-44bc-846f-155e0d695879Symplectic Elements at Oxford1995Walton, DPhull, SChyla, ALorimer, JMason, TBurke, LMurphy, MCompton, REklund, JPage, SApplication of simultaneous ultrasound to representative solution-phase reversible voltammetric couples produce a step-shaped voltammogram at platinum electrodes of both 'macro' and 'micro' dimensions. The limiting current increases with ultrasonic power, but is not markedly affected by ultrasonic frequency in the 20-800kHz region. In contrast the complex voltammetry of a platinized platinum electrode surface within the hydrogen adsorption regime in aqueous acid medium is very little affected by sonication. Factors affecting the reproducibility of sonoelectrochemical experiments when employing ultrasonic sources are discussed. © 1995 Chapman and Hall.
spellingShingle Walton, D
Phull, S
Chyla, A
Lorimer, J
Mason, T
Burke, L
Murphy, M
Compton, R
Eklund, J
Page, S
Sonovoltammetry at platinum electrodes: Surface phenomena and mass transport processes
title Sonovoltammetry at platinum electrodes: Surface phenomena and mass transport processes
title_full Sonovoltammetry at platinum electrodes: Surface phenomena and mass transport processes
title_fullStr Sonovoltammetry at platinum electrodes: Surface phenomena and mass transport processes
title_full_unstemmed Sonovoltammetry at platinum electrodes: Surface phenomena and mass transport processes
title_short Sonovoltammetry at platinum electrodes: Surface phenomena and mass transport processes
title_sort sonovoltammetry at platinum electrodes surface phenomena and mass transport processes
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