Economic U mineralization in sandstone was commonly attributed to oxygenated fluid
infiltration in reduced sandstone, leading to U precipitation in redox front during late …

Abstract Nanoparticles (NPs) in the Earth surface systems have been a global concern due
to their abnormal effects and their scientific significance and application value in …

Hematite (α-Fe2O3) and magnetite (Fe3O4) readily accommodate a wide range of minor
and trace elements from across the periodic table at up to wt.% concentrations. This prompts …

Geogas-carried metal prospecting, an integral part of deep-penetrating geochemistry, is
potentially effective in the geochemical exploration of concealed ore deposits. However, its …

Lead-isotope data were obtained for a population of Pb-chalcogenides (galena, clausthalite
and altaite) and Cu-(Fe)-sulfides in Cu-(Fe)-sulfide mineral separates from the Prominent …

The first U-Pb hematite dates are reported for the Mantoverde and Carmen de Cobre iron
oxide copper-gold (IOCG) deposits in the northern segment of the Coastal Cordillera, Chile …

Abstract Knowledge of the behavior of technologically enhanced naturally occurring
radioactive materials derived through the decay of U and its daughter products, and their …

Abstract Silician magnetite within~ 1.85 Ga lithologies hosting the~ 1.6 Ga Wirrda Well iron
oxide copper gold (IOCG) prospect, South Australia, was examined at the nanoscale. The …

In both nature and synthetic experiments, the common iron oxide haematite (α‐Fe2O3) can
incorporate significant amounts of U into its crystal structure and retain radiogenic Pb over …

Preferential removal of W relative to other trace elements from zoned, W–Sn–U–Pb-bearing
hematite coupled with disturbance of U–Pb isotope systematics is attributed to …