Changes in the surface morphology of magnesia particles due to the leaching using hydrochloric acid

Thorough kinetic analysis of the magnesia leaching based on measuring the changes in lixiviant composition revealed that there are differences between the actual leaching behaviour and predictions obtained using the non-porous shrinking particle model (NSPM). A detailed study of the morphology of th...

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Main Authors: Jaroslav Briančin, Gabriel Sučik, Pavel Raschman, Alena Fedoročková
Format: Article
Language:English
Published: Technical University of Kosice 2007-10-01
Series:Acta Montanistica Slovaca
Subjects:
Online Access:http://actamont.tuke.sk/pdf/2007/n3/7fedorockova.pdf
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spelling doaj-b7a152b80c0f475190b1390f50f8c10d2020-11-24T21:23:37ZengTechnical University of Kosice Acta Montanistica Slovaca1335-17882007-10-01123212216Changes in the surface morphology of magnesia particles due to the leaching using hydrochloric acidJaroslav BriančinGabriel SučikPavel RaschmanAlena FedoročkováThorough kinetic analysis of the magnesia leaching based on measuring the changes in lixiviant composition revealed that there are differences between the actual leaching behaviour and predictions obtained using the non-porous shrinking particle model (NSPM). A detailed study of the morphology of the solid during the leaching process using SEM showed that observed deviations from the NSPM model depend on the particle size; chemical (mineralogical) composition and the polycrystalline nature of magnesia.http://actamont.tuke.sk/pdf/2007/n3/7fedorockova.pdfMagnesiaHydrochloric acidLeachingKineticsNon-porous shrinking particle model (NSPM)Morphology
collection DOAJ
language English
format Article
sources DOAJ
author Jaroslav Briančin
Gabriel Sučik
Pavel Raschman
Alena Fedoročková
spellingShingle Jaroslav Briančin
Gabriel Sučik
Pavel Raschman
Alena Fedoročková
Changes in the surface morphology of magnesia particles due to the leaching using hydrochloric acid
Acta Montanistica Slovaca
Magnesia
Hydrochloric acid
Leaching
Kinetics
Non-porous shrinking particle model (NSPM)
Morphology
author_facet Jaroslav Briančin
Gabriel Sučik
Pavel Raschman
Alena Fedoročková
author_sort Jaroslav Briančin
title Changes in the surface morphology of magnesia particles due to the leaching using hydrochloric acid
title_short Changes in the surface morphology of magnesia particles due to the leaching using hydrochloric acid
title_full Changes in the surface morphology of magnesia particles due to the leaching using hydrochloric acid
title_fullStr Changes in the surface morphology of magnesia particles due to the leaching using hydrochloric acid
title_full_unstemmed Changes in the surface morphology of magnesia particles due to the leaching using hydrochloric acid
title_sort changes in the surface morphology of magnesia particles due to the leaching using hydrochloric acid
publisher Technical University of Kosice
series Acta Montanistica Slovaca
issn 1335-1788
publishDate 2007-10-01
description Thorough kinetic analysis of the magnesia leaching based on measuring the changes in lixiviant composition revealed that there are differences between the actual leaching behaviour and predictions obtained using the non-porous shrinking particle model (NSPM). A detailed study of the morphology of the solid during the leaching process using SEM showed that observed deviations from the NSPM model depend on the particle size; chemical (mineralogical) composition and the polycrystalline nature of magnesia.
topic Magnesia
Hydrochloric acid
Leaching
Kinetics
Non-porous shrinking particle model (NSPM)
Morphology
url http://actamont.tuke.sk/pdf/2007/n3/7fedorockova.pdf
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