comparison of sinusoidal‚ square wave‚ sawtooth‚ and staircase forms of transient ramped voltammetry when a reversible process is analysed in the frequency domain

Sawtooth and squarewave forms of transient voltammetry have been simulated in order that a detailed comparison with results previously undertaken on sinusoidal and square wave forms of voltammetry could be made in the frequency domain. All theoretical calculations were performed for a reversible pro...

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Main Authors: Gavaghan, D, Elton, D, Bond, A
Format: Journal article
Published: 2001
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author Gavaghan, D
Elton, D
Bond, A
author_facet Gavaghan, D
Elton, D
Bond, A
author_sort Gavaghan, D
collection OXFORD
description Sawtooth and squarewave forms of transient voltammetry have been simulated in order that a detailed comparison with results previously undertaken on sinusoidal and square wave forms of voltammetry could be made in the frequency domain. All theoretical calculations were performed for a reversible process, assuming a linear de ramped potential is present, and using numerical simulations which were analysed using the fast Fourier transform method. On the basis of this study, the conclusion is reached that transient voltammetric methods, where a periodic signal is superimposed onto a de potential, are part of a family of techniques having essentially c
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spelling oxford-uuid:772be62d-9cf2-45e7-9da3-4c3bacb075292022-03-26T20:21:50Zcomparison of sinusoidal‚ square wave‚ sawtooth‚ and staircase forms of transient ramped voltammetry when a reversible process is analysed in the frequency domainJournal articlehttp://purl.org/coar/resource_type/c_dcae04bcuuid:772be62d-9cf2-45e7-9da3-4c3bacb07529Department of Computer Science2001Gavaghan, DElton, DBond, ASawtooth and squarewave forms of transient voltammetry have been simulated in order that a detailed comparison with results previously undertaken on sinusoidal and square wave forms of voltammetry could be made in the frequency domain. All theoretical calculations were performed for a reversible process, assuming a linear de ramped potential is present, and using numerical simulations which were analysed using the fast Fourier transform method. On the basis of this study, the conclusion is reached that transient voltammetric methods, where a periodic signal is superimposed onto a de potential, are part of a family of techniques having essentially c
spellingShingle Gavaghan, D
Elton, D
Bond, A
comparison of sinusoidal‚ square wave‚ sawtooth‚ and staircase forms of transient ramped voltammetry when a reversible process is analysed in the frequency domain
title comparison of sinusoidal‚ square wave‚ sawtooth‚ and staircase forms of transient ramped voltammetry when a reversible process is analysed in the frequency domain
title_full comparison of sinusoidal‚ square wave‚ sawtooth‚ and staircase forms of transient ramped voltammetry when a reversible process is analysed in the frequency domain
title_fullStr comparison of sinusoidal‚ square wave‚ sawtooth‚ and staircase forms of transient ramped voltammetry when a reversible process is analysed in the frequency domain
title_full_unstemmed comparison of sinusoidal‚ square wave‚ sawtooth‚ and staircase forms of transient ramped voltammetry when a reversible process is analysed in the frequency domain
title_short comparison of sinusoidal‚ square wave‚ sawtooth‚ and staircase forms of transient ramped voltammetry when a reversible process is analysed in the frequency domain
title_sort comparison of sinusoidal square wave sawtooth and staircase forms of transient ramped voltammetry when a reversible process is analysed in the frequency domain
work_keys_str_mv AT gavaghand comparisonofsinusoidalsquarewavesawtoothandstaircaseformsoftransientrampedvoltammetrywhenareversibleprocessisanalysedinthefrequencydomain
AT eltond comparisonofsinusoidalsquarewavesawtoothandstaircaseformsoftransientrampedvoltammetrywhenareversibleprocessisanalysedinthefrequencydomain
AT bonda comparisonofsinusoidalsquarewavesawtoothandstaircaseformsoftransientrampedvoltammetrywhenareversibleprocessisanalysedinthefrequencydomain