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Petrography, mineralogy, and fluid inclusions of Rod El-Biram muscovite pegmatites, Central Eastern Desert, Egypt.
Faculty
Science
Year:
2023
Type of Publication:
ZU Hosted
Pages:
21-34
Authors:
Waheed Ibrahim Alwan
Staff Zu Site
Abstract In Staff Site
Journal:
Frontiers in Scientific Research and Technology Suez University
Volume:
1
Keywords :
Petrography, mineralogy, , fluid inclusions , , El-Biram muscovite
Abstract:
Wadi Rod El-Biram pegmatites muscovite pegmatite are located at the Central Eastern Desert between latitudes 25o 8` 30`` and 25o 11` N and longitudes 34o and 34o 10`E. They occur as rounded or elongated zoned masses and they invade both alkali-feldspar granites and ophiolitic serpentinites. The zoned bodies consist of a) wall zone, which composed mainly of albite and muscovite. Greisenized pockets are extending between alkali-feldspar granites and the wall zone, b) the intermediate zone, which consists mainly of K-feldspar with subordinate amount of quartz and muscovite and c) the core zone, which consists mainly of amoeboid-shaped milky quartz and may enclose isolated flakes and/or nests of muscovite. The heavy minerals contain garnet, fluorite, zircon, and rutile minerals. Garnet may be derived either by crystallization with muscovite as an alternative to biotite from volatile enriched melt or by assimilation from country rocks. Fluid inclusions are represented by coexisting of two-phase and three- phase inclusions. The estimated conditions of trapping using the intersection of isochors are at temperature range between (360-420 oC), and pressure between (600- 2100 bars). Rod El-Biram muscovites have primary magmatic origin. The trend of the granitic rock and the associated pegmatites in Rod El-Biram is not compatible with the fractional crystallization, so the pegmatites have a different source rather than the granitic melt. These S-type pegmatites may have originated by partial melting of a metasedimentary source. The chemical composition K-feldspars and physical testing confirms the suitability of the feldspars from Rod El-Biram pegmatites for floor rather than wall ceramic tiles
Author Related Publications
Waheed Ibrahim Alwan, "Experimental and modeling investigations of cesium and strontium adsorption onto clay of radioactive waste disposal. Applied Clay Science, 132-133, 391-401.", Applied Clay Science, 2016
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Waheed Ibrahim Alwan, "Balasy, M.R. Abd Allah, Sh.E., Waheed Elwan (2008) Geochemistry of North Wadi Hawashia Granitoid Rocks, North Eastern Desert, Egypt", Alexandria University, 2008
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Waheed Ibrahim Alwan, "Waheed I. Elwan & Lotfy Abdel-Salam 2008. Petrographical characteristics and physical testing of El-Tarr albitites and their suitability for ceramic industry", Faculty of Science, Al Azhar University, 2008
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Waheed Ibrahim Alwan, "Spinels, Fe–Ti oxide minerals, apatites, and carbonates hosted in the ophiolites of Eastern Desert of Egypt: mineralogy and chemical aspects. Arabian Journal of Geosciences", Springer, 2013
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Waheed Ibrahim Alwan, "Mineralogical and geochemical aspects of mica, amphibole, pyroxene and zircon from some granitoid rocks, South Sinai, Egypt.", Zagazig University, 2001
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