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Surface and bulk properties of ancient Egyptian mortars, part II: Adsorption and infrared studies
AbstractAdsorption studies carried out on Ancient Egyptian mortars suggest that these materials are essentially nonporous with a certain degree of mesoporosity. Analysis of the adsorption data was achieved by means of two reference nonporous materials. Surface activity is observed as a result of heat-treatment. Infrared studies confirm that the samples contain gypsum, calcite and quartz sand with a clearcut predominance of gypsum in the mortars extracted from the Sphinx statue. A correlation is perceived between these results and the X-Ray Diffraction results obtained in Part I of this series.
Surface and bulk properties of ancient Egyptian mortars, part II: Adsorption and infrared studies
AbstractAdsorption studies carried out on Ancient Egyptian mortars suggest that these materials are essentially nonporous with a certain degree of mesoporosity. Analysis of the adsorption data was achieved by means of two reference nonporous materials. Surface activity is observed as a result of heat-treatment. Infrared studies confirm that the samples contain gypsum, calcite and quartz sand with a clearcut predominance of gypsum in the mortars extracted from the Sphinx statue. A correlation is perceived between these results and the X-Ray Diffraction results obtained in Part I of this series.
Surface and bulk properties of ancient Egyptian mortars, part II: Adsorption and infrared studies
Ragai, Jehane (Autor:in) / Ghorab, Hanaa Y. (Autor:in) / Antar, Adel (Autor:in)
Cement and Concrete Research ; 17 ; 12-21
26.06.1986
10 pages
Aufsatz (Zeitschrift)
Elektronische Ressource
Englisch
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