Uraninite is mined/processed more than any other uranium mineral for the production of
uranium based compounds that are subsequently used to produce nuclear fuel. This review …

Australian uranium ores are often composed of complex mineral assemblages. Differences
in ore compositions and textures are seen between deposits as well as within a single …

The factors influencing uranium recovery in water-rock systems during acid in-situ leaching
(ISL) were studied at the Kujieertai uranium deposit in **njiang. Using an ISL unit, a field …

Approximately 24 billion tons of existing hazardous radioactive waste, such as uranium
tailings can yield nearly 9.6 million tons of uranium, which can be made available for nuclear …

Abstract The Olympic Dam IOCG-U-Ag deposit, South Australia, the world's largest known
uranium (U) resource, contains three main U-minerals: uraninite, coffinite, and brannerite …

Acid in–situ leaching (AISL) mining is used to recover uranium from sandstone using
sulphuric acid. However, the evolution of groundwater hydrochemistry, the water–rock …

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 …

Anthropogenic activities can redistribute the constituents of naturally occurring radioactive
materials (NORM), posing potential hazards to populations and ecosystems. In the present …

Uranium dioxide (UO2) is a material with historical and emerging applications in numerous
areas such as photonics, nuclear energy, and aerospace electronics. While often grown …

Uranium recovery from tailings is difficult because of the encapsulation of uranium by high
content of gangue minerals. Uranium separation from gangue minerals has also been a key …