Modification of nano-sized layered double hydroxides by long-chain organic aliphatic surfactants

The inter-layer anion of layered double hydroxides (LDH) with a hydrotalcite (HT)-like structure was ion-exchanged with various organic surfactants, particularly with long chain aliphatic surfactants. After the ion-exchange process, the basal spacing of the LDH was increased and the increase of the...

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Main Authors: RAMASAMY ANBARASAN, SEUNG SOON IM, WANDUC LEE
Format: Article
Language:English
Published: Serbian Chemical Society 2008-03-01
Series:Journal of the Serbian Chemical Society
Subjects:
Online Access:http://www.shd.org.yu/JSCS/Vol73/No3/JSCS-3714.pdf
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author RAMASAMY ANBARASAN
SEUNG SOON IM
WANDUC LEE
author_facet RAMASAMY ANBARASAN
SEUNG SOON IM
WANDUC LEE
author_sort RAMASAMY ANBARASAN
collection DOAJ
description The inter-layer anion of layered double hydroxides (LDH) with a hydrotalcite (HT)-like structure was ion-exchanged with various organic surfactants, particularly with long chain aliphatic surfactants. After the ion-exchange process, the basal spacing of the LDH was increased and the increase of the basal spacing depended on various factors, such as the intercalation capacity functionality and orientation capability of the surfactant. Of the employed surfactants, stearic acid intercalated LDH showed the highest increase of the basal spacing, which was confirmed by XRD analysis. FTIR results supported the interaction of the surfactants with the LDH. In addition, an increase in the thermal stability of the dodecanedioic acid intercalated HT was evidenced by the TGA method.
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spelling doaj.art-f7b9fd56569f48bba8806706094082492022-12-22T01:09:53ZengSerbian Chemical SocietyJournal of the Serbian Chemical Society0352-51392008-03-01733321331Modification of nano-sized layered double hydroxides by long-chain organic aliphatic surfactantsRAMASAMY ANBARASANSEUNG SOON IMWANDUC LEEThe inter-layer anion of layered double hydroxides (LDH) with a hydrotalcite (HT)-like structure was ion-exchanged with various organic surfactants, particularly with long chain aliphatic surfactants. After the ion-exchange process, the basal spacing of the LDH was increased and the increase of the basal spacing depended on various factors, such as the intercalation capacity functionality and orientation capability of the surfactant. Of the employed surfactants, stearic acid intercalated LDH showed the highest increase of the basal spacing, which was confirmed by XRD analysis. FTIR results supported the interaction of the surfactants with the LDH. In addition, an increase in the thermal stability of the dodecanedioic acid intercalated HT was evidenced by the TGA method.http://www.shd.org.yu/JSCS/Vol73/No3/JSCS-3714.pdfhybridion-exchange methodXRDFTIR spectroscopyTGA
spellingShingle RAMASAMY ANBARASAN
SEUNG SOON IM
WANDUC LEE
Modification of nano-sized layered double hydroxides by long-chain organic aliphatic surfactants
Journal of the Serbian Chemical Society
hybrid
ion-exchange method
XRD
FTIR spectroscopy
TGA
title Modification of nano-sized layered double hydroxides by long-chain organic aliphatic surfactants
title_full Modification of nano-sized layered double hydroxides by long-chain organic aliphatic surfactants
title_fullStr Modification of nano-sized layered double hydroxides by long-chain organic aliphatic surfactants
title_full_unstemmed Modification of nano-sized layered double hydroxides by long-chain organic aliphatic surfactants
title_short Modification of nano-sized layered double hydroxides by long-chain organic aliphatic surfactants
title_sort modification of nano sized layered double hydroxides by long chain organic aliphatic surfactants
topic hybrid
ion-exchange method
XRD
FTIR spectroscopy
TGA
url http://www.shd.org.yu/JSCS/Vol73/No3/JSCS-3714.pdf
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AT wanduclee modificationofnanosizedlayereddoublehydroxidesbylongchainorganicaliphaticsurfactants