AbstractA study of release, migration, sorption and (re)precipitation of U during alteration under oxidizing conditions were carried out in U minerals from a granite and hydrothermal quartz veins.U-bearing minerals can be related with precipitation from faults orsolubilizationand remobilizationminerals by meteoric waters. The hot meteoric fluids dissolved (the remaining) uraninite, coffinite, thorite, etc. in the granite and apatite, monazite, xenotime in the quartz veins. These fluids were responsible for the growth of U-bearing minerals in the hydrothermal quartz veins, by adsorptionor by precipitation. The neoformation associated to weathering could be a mechanism of U concentration
This work tests the premise that felsic volcanic rocks, particularly ash-flow tuffs, can serve as so...
This work describes uranium geochemistry of diagenetically altered volcaniclastic sediments from par...
Terrestrial alteration of meteorites results in the redistribution, gain, or loss of uranium and oth...
AbstractA study of release, migration, sorption and (re)precipitation of U during alteration under o...
In this work, in order to study the release, migration, sorption, and (re)precipitation of uranium (...
In this work, in order to study the release, migration, sorption, and (re)precipitation of uranium (...
In this work, in order to study the release, migration, sorption, and (re)precipitation of uranium ...
compositional mapping and quantitative Electron Probe Micro Analyses (EPMA) were performed on uranop...
This study investigates the impact of incipient weathering on uranium (U) migration at the surface o...
International audienceLeaching of uranium-fertile granites represents a major source of uranium, as ...
International audienceLeaching of uranium-fertile granites represents a major source of uranium, as ...
This study investigates the post-mining evolution of S-type granitic waste rocks around a former ura...
Uraninite is the main contributor to the bulk-rock uranium concentration in many U-rich granites and...
Uraninite is the main contributor to the bulk-rock uranium concentration in many U-rich granites and...
Uraninite is the main contributor to the bulk-rock uranium concentration in many U-rich granites and...
This work tests the premise that felsic volcanic rocks, particularly ash-flow tuffs, can serve as so...
This work describes uranium geochemistry of diagenetically altered volcaniclastic sediments from par...
Terrestrial alteration of meteorites results in the redistribution, gain, or loss of uranium and oth...
AbstractA study of release, migration, sorption and (re)precipitation of U during alteration under o...
In this work, in order to study the release, migration, sorption, and (re)precipitation of uranium (...
In this work, in order to study the release, migration, sorption, and (re)precipitation of uranium (...
In this work, in order to study the release, migration, sorption, and (re)precipitation of uranium ...
compositional mapping and quantitative Electron Probe Micro Analyses (EPMA) were performed on uranop...
This study investigates the impact of incipient weathering on uranium (U) migration at the surface o...
International audienceLeaching of uranium-fertile granites represents a major source of uranium, as ...
International audienceLeaching of uranium-fertile granites represents a major source of uranium, as ...
This study investigates the post-mining evolution of S-type granitic waste rocks around a former ura...
Uraninite is the main contributor to the bulk-rock uranium concentration in many U-rich granites and...
Uraninite is the main contributor to the bulk-rock uranium concentration in many U-rich granites and...
Uraninite is the main contributor to the bulk-rock uranium concentration in many U-rich granites and...
This work tests the premise that felsic volcanic rocks, particularly ash-flow tuffs, can serve as so...
This work describes uranium geochemistry of diagenetically altered volcaniclastic sediments from par...
Terrestrial alteration of meteorites results in the redistribution, gain, or loss of uranium and oth...