Results 191 to 200 of about 20,197 (235)
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Hadashot Arkheologiyot - Excavations and Surveys in Israel, 2008
During January 2007, a survey prior to development was conducted in the Arza compound, in Moza 'Illit (Permit No. A-5015*; map ref. NIG 2144-55/6333-8; OIG 1644-55/1333-8). The survey, on behalf of the Israel Antiquities Authority and financed by the Mishkenot Moza Company, Ltd ...
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During January 2007, a survey prior to development was conducted in the Arza compound, in Moza 'Illit (Permit No. A-5015*; map ref. NIG 2144-55/6333-8; OIG 1644-55/1333-8). The survey, on behalf of the Israel Antiquities Authority and financed by the Mishkenot Moza Company, Ltd ...
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The Mössbauer Spectrum of Illite
Clay Minerals, 1994AbstractEight illites were studied by Mössbauer spectroscopy at room temperature and 4.2 K. On the basis of their Fe contents, these illites can be divided into an Fe-rich (>5 wt% Fe) and an Fe-poor (<1 to ∼3 wt% Fe) group. Mössbauer spectroscopy showed that the Fe-rich illites had lower proportions of divalent Fe than their Fe-poor counterparts.
E. Murad, U. Wagner
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Clays and Clay Minerals, 1968
AbstractThe mechanism of boron uptake by clays, especially illitic clays, and the factors which control such uptake have long been debated issues. In an attempt to answer some of the questions of the controversy, three illites were treated in solutions containing boron.
Elton L. Couch, Ralph E. Grim
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AbstractThe mechanism of boron uptake by clays, especially illitic clays, and the factors which control such uptake have long been debated issues. In an attempt to answer some of the questions of the controversy, three illites were treated in solutions containing boron.
Elton L. Couch, Ralph E. Grim
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Hadashot Arkheologiyot - Excavations and Surveys in Israel
In July–August 2020, a salvage excavation was conducted at Giv‘at Ha-Shi t a in Yoqne‘am ‘Illit (Permit No. A-8800; map ref. 210330–430/728810–950; Fig. 1) prior to construction work. The excavation, on behalf of the Israel Antiquities Authority, was directed by T. Lang, with the assistance of Y. Yaakobi (administration), A. Kleiner (photogrammetry), E.
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In July–August 2020, a salvage excavation was conducted at Giv‘at Ha-Shi t a in Yoqne‘am ‘Illit (Permit No. A-8800; map ref. 210330–430/728810–950; Fig. 1) prior to construction work. The excavation, on behalf of the Israel Antiquities Authority, was directed by T. Lang, with the assistance of Y. Yaakobi (administration), A. Kleiner (photogrammetry), E.
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Comptes Rendus de l'Académie des Sciences - Series IIA - Earth and Planetary Science, 2000
Jaboyedoff, M., Kübler, B.
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Jaboyedoff, M., Kübler, B.
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Clays and Clay Minerals, 1985
Abstract The conversion of smectite to illite by way of a mixed-layer illite/smectite (I/S) series was found to be the major depth-related reaction in clay-mineral assemblages from two cored sedimentary sequences in the Rocky Mountains.
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Abstract The conversion of smectite to illite by way of a mixed-layer illite/smectite (I/S) series was found to be the major depth-related reaction in clay-mineral assemblages from two cored sedimentary sequences in the Rocky Mountains.
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Clays and Clay Minerals, 2006
AbstractBurial-induced and hydrothermal-related illitization in bentonites and in sandstones can be modeled on the basis of isotopic studies of fundamental particles separated from mixed-layer illitesmectite. The model envisages different reaction rates and durations relative to the varied impacts of temperature, considering that the water:rock ratio ...
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AbstractBurial-induced and hydrothermal-related illitization in bentonites and in sandstones can be modeled on the basis of isotopic studies of fundamental particles separated from mixed-layer illitesmectite. The model envisages different reaction rates and durations relative to the varied impacts of temperature, considering that the water:rock ratio ...
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Studies of the paragenesis of authigenic illite in arkosic sandstones of various regions and ages have revealed that the illitization of kaolinite is an important reaction accounting for the formation of authigenic illite in sandstones during burial diagenesis.
Mantovani, Marco, Becerro, Ana Isabel
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Mantovani, Marco, Becerro, Ana Isabel
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