Sustainable Concrete Production Using Granodiorite, Alkali Feldspar Granite, and Mafic Metavolcanic Rock Powders as Supplementary Cementitious Materials. [PDF]
Faried AS +5 more
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Influence of garnet and micas proportions in metamorphic rocks on laterite formation and variation in their road compaction parameters. [PDF]
Menye AJ, Mbessa M, Ngami PF, Bilong P.
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Temperature-induced microstructural evolution and fractal characteristics of high-enthalpy Chumathang granite for enhanced geothermal energy. [PDF]
Singh M +8 more
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P-T-t conditions of successive deformation stages during exhumation of orogenically thickened crust; a case study from the Aar Massif, Central Alps, Switzerland. [PDF]
Gnos E +5 more
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Integrated geological datasets for the Zandrivierspoort Formation banded iron formation, Rhenosterkoppies Greenstone Belt, South Africa. [PDF]
Tibane LV, Mamba D, Nkosi ZH.
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Cooling rates and melt extraction timescales determined by diffusion chronometry on shallow crustal plutonic rocks. [PDF]
Grocolas T +5 more
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Assessment of critical mineral extraction from brines at Mount Meager, Southwestern BC, Canada. [PDF]
Hormozzade Ghalati F +4 more
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A new activity model for biotite and its application. [PDF]
Dachs E, Benisek A.
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Nomenclature of The Micas and “Biotite”
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Magnetic interaction in biotites and oxidised biotites
Physics and Chemistry of Minerals, 1987Mossbauer spectra of biotites (1) and (2) with relative iron concentrations ∼1:1·6 and of their oxidation products are recorded at 4 K in zero field and in applied fields up to 5 T. Magnetic susceptibility data are also reported. The results show that Fe III spins are in a ferromagnetic configuration in the c-plane in both biotites.
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