Results 101 to 110 of about 7,031 (168)
A review of metallurgical processing and value-added utilization strategies for zinc oxide. [PDF]
Sci ProgZhang Y +8 more
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An interoperable catalogue of Middle and Late Bronze Age settlements in western Anatolia (c. 2000-1200 BCE). [PDF]
Sci DataAşınmaz A, Mutlu S, Zangger E.
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Contrasting timescales of metal fluxes in porphyry copper systems from coupled physicochemical processes of magmas, rocks and fluids. [PDF]
Sci RepGruzdeva Y, Weis P.
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Petrographic and geochemical evidence from pyrite for the genesis of the Bainiuchang Ag-polymetallic deposit southeastern Yunnan. [PDF]
Sci RepWang T +11 more
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Revisiting redox-driven pathways of tin cycle from source to economic deposit. [PDF]
Sci RepMichaud JA, Schmidt C, Naumova MA.
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Defining an operational selectivity window for rare-earth flotation using a Box-Behnken design. [PDF]
Sci RepChoi J, Hong G, Kim W.
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Some of the next articles are maybe not open access.
The Geomicrobiology of Ore Deposits
Economic Geology, 2005Bacterial metabolism, involving redox reactions with carbon, sulfur, and metals, appears to have been important since the dawn of life on Earth. In the Archean, anaerobic bacteria thrived before the Proterozoic oxidation of the atmosphere and the oceans, and these organisms continue to prosper in niches removed from molecular oxygen.
Southam, G, Saunders, JA
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Reviews of Geophysics, 1995
Metallic ore deposits constitute the largest geochemical anomalies within the crust. Their study has been critical to understanding the behavior of elements and isotopes in mineral‐ and rock‐ forming processes, as well as to deciphering the geochemical differentiation of the Earth through time.
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Metallic ore deposits constitute the largest geochemical anomalies within the crust. Their study has been critical to understanding the behavior of elements and isotopes in mineral‐ and rock‐ forming processes, as well as to deciphering the geochemical differentiation of the Earth through time.
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Ore Deposits of the Central Andes
Elements, 2018The Central Andes has one of the richest base metal endowments on Earth. In 2017, the Central Andes accounted for the mine production of around 39% of the world’s copper, 23% of its silver, 20% of its molybdenum, 14% of its zinc, and 12% of its tin as well as significant shares of other metals including gold and lead (USGS 2018). These metals are found
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