A study of the effect of magnetic fields on the diffusion layer at the Fe/H2SO4 interface by holographic microphotography

The effect of externally imposed magnetic fields on the relaxation of the concentration diffusion layer at the Fe/0.5 mol dm-3 H2SO4 interface after passivation of the iron electrode during potentiodynamic polarization was studied by holographic microphotography. The presence of a magnetic field was...

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Main Authors:	SHENHAO CHEN, CHAO WANG
Format:	Article
Language:	English
Published:	Serbian Chemical Society 2001-07-01
Series:	Journal of the Serbian Chemical Society
Subjects:	diffusion layer relaxation process magnetic field holographic microphotography microturbulence
Online Access:	http://www.shd.org.yu/HtDocs/SHD/Vol66/No7/V66-No7-06.pdf

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record_format	Article
spelling	doaj-cc91f544f9d24e7685d9582c5161a00e2020-11-24T22:07:17ZengSerbian Chemical Society Journal of the Serbian Chemical Society0352-51392001-07-01667477481A study of the effect of magnetic fields on the diffusion layer at the Fe/H2SO4 interface by holographic microphotographySHENHAO CHENCHAO WANGThe effect of externally imposed magnetic fields on the relaxation of the concentration diffusion layer at the Fe/0.5 mol dm-3 H2SO4 interface after passivation of the iron electrode during potentiodynamic polarization was studied by holographic microphotography. The presence of a magnetic field was found to retard the relaxation process while the microturbulence was impeded.http://www.shd.org.yu/HtDocs/SHD/Vol66/No7/V66-No7-06.pdfdiffusion layerrelaxation processmagnetic fieldholographic microphotographymicroturbulence
collection	DOAJ
language	English
format	Article
sources	DOAJ
author	SHENHAO CHEN CHAO WANG
spellingShingle	SHENHAO CHEN CHAO WANG A study of the effect of magnetic fields on the diffusion layer at the Fe/H2SO4 interface by holographic microphotography Journal of the Serbian Chemical Society diffusion layer relaxation process magnetic field holographic microphotography microturbulence
author_facet	SHENHAO CHEN CHAO WANG
author_sort	SHENHAO CHEN
title	A study of the effect of magnetic fields on the diffusion layer at the Fe/H2SO4 interface by holographic microphotography
title_short	A study of the effect of magnetic fields on the diffusion layer at the Fe/H2SO4 interface by holographic microphotography
title_full	A study of the effect of magnetic fields on the diffusion layer at the Fe/H2SO4 interface by holographic microphotography
title_fullStr	A study of the effect of magnetic fields on the diffusion layer at the Fe/H2SO4 interface by holographic microphotography
title_full_unstemmed	A study of the effect of magnetic fields on the diffusion layer at the Fe/H2SO4 interface by holographic microphotography
title_sort	study of the effect of magnetic fields on the diffusion layer at the fe/h2so4 interface by holographic microphotography
publisher	Serbian Chemical Society
series	Journal of the Serbian Chemical Society
issn	0352-5139
publishDate	2001-07-01
description	The effect of externally imposed magnetic fields on the relaxation of the concentration diffusion layer at the Fe/0.5 mol dm-3 H2SO4 interface after passivation of the iron electrode during potentiodynamic polarization was studied by holographic microphotography. The presence of a magnetic field was found to retard the relaxation process while the microturbulence was impeded.
topic	diffusion layer relaxation process magnetic field holographic microphotography microturbulence
url	http://www.shd.org.yu/HtDocs/SHD/Vol66/No7/V66-No7-06.pdf
work_keys_str_mv	AT shenhaochen astudyoftheeffectofmagneticfieldsonthediffusionlayeratthefeh2so4interfacebyholographicmicrophotography AT chaowang astudyoftheeffectofmagneticfieldsonthediffusionlayeratthefeh2so4interfacebyholographicmicrophotography AT shenhaochen studyoftheeffectofmagneticfieldsonthediffusionlayeratthefeh2so4interfacebyholographicmicrophotography AT chaowang studyoftheeffectofmagneticfieldsonthediffusionlayeratthefeh2so4interfacebyholographicmicrophotography
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A study of the effect of magnetic fields on the diffusion layer at the Fe/H2SO4 interface by holographic microphotography

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