NANO TREATMENT OF DECAYED CEMENT-LIME MORTARS FROM THE EDFENA ROYAL PALACE (ROSETTA, EGYPT)

<strong>This article focuses on the identification of the used building materials and their most common degradation factors at the royal palace of king Farouk at Edfena, Rosetta, Egypt; and then assessing the most appropriate nano-consolidants for the decayed lime-based mortars at the palace,...

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Autor principal:	Abubakr MOUSSA
Formato:	article
Lenguaje:	EN
Publicado:	Fayoum University 2018
Materias:	royal palace xrd analysis ir spectroscopy building materials deterioration factors nanolime nanotitanium nanokaolin nanosilica mwcnts Auxiliary sciences of history C Archaeology CC1-960
Acceso en línea:	https://doaj.org/article/06f6a1803cfe43fc8b51d39e5d719b3d
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spelling	oai:doaj.org-article:06f6a1803cfe43fc8b51d39e5d719b3d2021-12-02T09:20:20ZNANO TREATMENT OF DECAYED CEMENT-LIME MORTARS FROM THE EDFENA ROYAL PALACE (ROSETTA, EGYPT)2356-87042536-995410.36816/shedet.005.16https://doaj.org/article/06f6a1803cfe43fc8b51d39e5d719b3d2018-12-01T00:00:00Zhttps://shedet.journals.ekb.eg/article_87903_feb7e88873f39be2e875f0da3975927a.pdfhttps://doaj.org/toc/2356-8704https://doaj.org/toc/2536-9954<strong>This article focuses on the identification of the used building materials and their most common degradation factors at the royal palace of king Farouk at Edfena, Rosetta, Egypt; and then assessing the most appropriate nano-consolidants for the decayed lime-based mortars at the palace, to achieve the target of this study; building materials were studied by means of XRD, FTIR spectroscopy and light optical microscope; in order to find out if there are any chemical decomposition or any physical failure. Halite salt was detected in the building limestone; mortars’ composition varies between lime and white Portland cement, while the plaster in the palace walls is a mixture of white Portland cement and lime. Plaster in the marina is a mixture of lime, white Portland cement and anhydrite. Pigment material in the green terrazzo is a mix of malachite and greenalite; portlandite abreast with brucite were found in the plaster and mortar mixtures in addition to clay minerals. Nanolime, nanotitanium, nanokaolin, nanosilica and multi-walled carbon nanotubes were used as consolidants, experimental study made it clear that nanotitanium and MWCNTs are the most appropriate consolidants in the current case study.</strong>Abubakr MOUSSAFayoum Universityarticleroyal palacexrd analysisir spectroscopybuilding materialsdeterioration factorsnanolimenanotitaniumnanokaolinnanosilicamwcntsAuxiliary sciences of historyCArchaeologyCC1-960ENShedet, Vol 5, Iss 5, Pp 230-251 (2018)
institution	DOAJ
collection	DOAJ
language	EN
topic	royal palace xrd analysis ir spectroscopy building materials deterioration factors nanolime nanotitanium nanokaolin nanosilica mwcnts Auxiliary sciences of history C Archaeology CC1-960
spellingShingle	royal palace xrd analysis ir spectroscopy building materials deterioration factors nanolime nanotitanium nanokaolin nanosilica mwcnts Auxiliary sciences of history C Archaeology CC1-960 Abubakr MOUSSA NANO TREATMENT OF DECAYED CEMENT-LIME MORTARS FROM THE EDFENA ROYAL PALACE (ROSETTA, EGYPT)
description	<strong>This article focuses on the identification of the used building materials and their most common degradation factors at the royal palace of king Farouk at Edfena, Rosetta, Egypt; and then assessing the most appropriate nano-consolidants for the decayed lime-based mortars at the palace, to achieve the target of this study; building materials were studied by means of XRD, FTIR spectroscopy and light optical microscope; in order to find out if there are any chemical decomposition or any physical failure. Halite salt was detected in the building limestone; mortars’ composition varies between lime and white Portland cement, while the plaster in the palace walls is a mixture of white Portland cement and lime. Plaster in the marina is a mixture of lime, white Portland cement and anhydrite. Pigment material in the green terrazzo is a mix of malachite and greenalite; portlandite abreast with brucite were found in the plaster and mortar mixtures in addition to clay minerals. Nanolime, nanotitanium, nanokaolin, nanosilica and multi-walled carbon nanotubes were used as consolidants, experimental study made it clear that nanotitanium and MWCNTs are the most appropriate consolidants in the current case study.</strong>
format	article
author	Abubakr MOUSSA
author_facet	Abubakr MOUSSA
author_sort	Abubakr MOUSSA
title	NANO TREATMENT OF DECAYED CEMENT-LIME MORTARS FROM THE EDFENA ROYAL PALACE (ROSETTA, EGYPT)
title_short	NANO TREATMENT OF DECAYED CEMENT-LIME MORTARS FROM THE EDFENA ROYAL PALACE (ROSETTA, EGYPT)
title_full	NANO TREATMENT OF DECAYED CEMENT-LIME MORTARS FROM THE EDFENA ROYAL PALACE (ROSETTA, EGYPT)
title_fullStr	NANO TREATMENT OF DECAYED CEMENT-LIME MORTARS FROM THE EDFENA ROYAL PALACE (ROSETTA, EGYPT)
title_full_unstemmed	NANO TREATMENT OF DECAYED CEMENT-LIME MORTARS FROM THE EDFENA ROYAL PALACE (ROSETTA, EGYPT)
title_sort	nano treatment of decayed cement-lime mortars from the edfena royal palace (rosetta, egypt)
publisher	Fayoum University
publishDate	2018
url	https://doaj.org/article/06f6a1803cfe43fc8b51d39e5d719b3d
work_keys_str_mv	AT abubakrmoussa nanotreatmentofdecayedcementlimemortarsfromtheedfenaroyalpalacerosettaegypt
_version_	1718398103997906944

NANO TREATMENT OF DECAYED CEMENT-LIME MORTARS FROM THE EDFENA ROYAL PALACE (ROSETTA, EGYPT)

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