Treatment and Conservation of Six Egyptian Archaeological Stone Sarcophagi

<strong>Tel El – Deir (tēlāl-dịr) is an archaeological site in Damietta governorate (Egypt), where many stone sarcophagi were excavated. This paper deals with the treatment and conservation processes of the selected six sarcophagi. Examinations and analyses of stone sarcophagi samples were stu...

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Main Authors: Mohamed K. KHALLAF, Ragab A. MOHAMED
Format: Article
Language:English
Published: FACULTY OF ARCHAEOLOGY, FAYOUM UNIVERSITY 2014-12-01
Series:Shedet
Online Access:https://shedet.journals.ekb.eg/article_87664_fe008365b4e36bd2f8367a4b6c0cda4e.pdf
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spelling doaj-eb64583e5e76455bbb74935c27c3c42a2020-11-25T02:20:54ZengFACULTY OF ARCHAEOLOGY, FAYOUM UNIVERSITYShedet2356-87042536-99542014-12-0111445810.36816/shedet.001.1287664Treatment and Conservation of Six Egyptian Archaeological Stone SarcophagiMohamed K. KHALLAFRagab A. MOHAMED<strong>Tel El – Deir (tēlāl-dịr) is an archaeological site in Damietta governorate (Egypt), where many stone sarcophagi were excavated. This paper deals with the treatment and conservation processes of the selected six sarcophagi. Examinations and analyses of stone sarcophagi samples were studied using different scientific methods; firstly Petrography study by a polarizing microscope which shows that limestone consists mainly of calcite, beside fossils, iron oxides, clay minerals and some fine grained quartz. Secondly, scanning Electron Microscope (SEM) examination which shows that the crystals were worn out by the effect of the dissolving of some components, loose the binding materials between grains by the effect of salt crystallization, cavities and finally, micro cracks. Thirdly, X-Ray diffraction (XRD) analysis which shows that limestone consists of calcite, dolomite, and quartz in addition to halite traces. The restoration and conservation processes of these objects were carried out using mechanical cleaning, chemical cleaning, extraction of salts, the collecting of disintegration parts, completing of missing parts and consolidation and isolation processes.</strong>https://shedet.journals.ekb.eg/article_87664_fe008365b4e36bd2f8367a4b6c0cda4e.pdf
collection DOAJ
language English
format Article
sources DOAJ
author Mohamed K. KHALLAF
Ragab A. MOHAMED
spellingShingle Mohamed K. KHALLAF
Ragab A. MOHAMED
Treatment and Conservation of Six Egyptian Archaeological Stone Sarcophagi
Shedet
author_facet Mohamed K. KHALLAF
Ragab A. MOHAMED
author_sort Mohamed K. KHALLAF
title Treatment and Conservation of Six Egyptian Archaeological Stone Sarcophagi
title_short Treatment and Conservation of Six Egyptian Archaeological Stone Sarcophagi
title_full Treatment and Conservation of Six Egyptian Archaeological Stone Sarcophagi
title_fullStr Treatment and Conservation of Six Egyptian Archaeological Stone Sarcophagi
title_full_unstemmed Treatment and Conservation of Six Egyptian Archaeological Stone Sarcophagi
title_sort treatment and conservation of six egyptian archaeological stone sarcophagi
publisher FACULTY OF ARCHAEOLOGY, FAYOUM UNIVERSITY
series Shedet
issn 2356-8704
2536-9954
publishDate 2014-12-01
description <strong>Tel El – Deir (tēlāl-dịr) is an archaeological site in Damietta governorate (Egypt), where many stone sarcophagi were excavated. This paper deals with the treatment and conservation processes of the selected six sarcophagi. Examinations and analyses of stone sarcophagi samples were studied using different scientific methods; firstly Petrography study by a polarizing microscope which shows that limestone consists mainly of calcite, beside fossils, iron oxides, clay minerals and some fine grained quartz. Secondly, scanning Electron Microscope (SEM) examination which shows that the crystals were worn out by the effect of the dissolving of some components, loose the binding materials between grains by the effect of salt crystallization, cavities and finally, micro cracks. Thirdly, X-Ray diffraction (XRD) analysis which shows that limestone consists of calcite, dolomite, and quartz in addition to halite traces. The restoration and conservation processes of these objects were carried out using mechanical cleaning, chemical cleaning, extraction of salts, the collecting of disintegration parts, completing of missing parts and consolidation and isolation processes.</strong>
url https://shedet.journals.ekb.eg/article_87664_fe008365b4e36bd2f8367a4b6c0cda4e.pdf
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