The Qianjiadian deposit is the first late Mesozoic–Cenozoic sandstone-type uranium deposit
discovered in the Songliao Basin, northeast China. It remains uncertain whether high …

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

Sandstone type deposits are the most common type of uranium deposits in the world. A
large variety of sub-types have been defined, based either on the morphology of the …

Diabase intrusions have been widely found in sandstone-type U deposits of the
southwestern Songliao Basin, indicating diabase-related hydrothermal fluids might play an …

The Erlian basin is one of the most important basins in northern China to host sandstone-
type uranium deposits (SUDs), in which Bayanwula, Saihangaobi, and Hadatu are under …

How to effectively and economically estimate the occurrence of sandstone-type uranium
deposits in deep metallogenic environments considering the high costs of drilling methods …

During the Cretaceous period of the northern Songliao Basin (northeast of China), a 100 m
thick layer of fluvial-phase sandstone (Sifangtai Formation) with uranium potential was …

The consumption of resources has rapidly increased over the last few decades, driven by
the continuous growth of the global population and technological innovations. Increasing …

Previously, the ages of U mineralization in sandstone-hosted uranium deposits have not
been adequately constrained due to the absence of suitable minerals for precise radiometric …

Sandstone-type uranium deposits usually exhibit a range of metallogenic mechanisms. To
gain insights into the nature, genetic relationships, and mineralization mechanisms of …