Highly radioactive and hazardous radionuclides in nuclear-spent fuel are harmful to the
environment and hinder further development of the nuclear energy industry. Microextractors …

Reduction of soluble U (VI) to insoluble U (IV) based on photocatalysts is a simple,
environmentally friendly, and efficient method for treating radioactive wastewater. The …

Abstract The development of Deep Geological Repositories (DGP) to the storage of high-
level radioactive waste (HLRW) is mainly focused in systems of multiple barriers based on …

The annular centrifugal contactors (ACCs) have been used for liquid-liquid extraction in
bench scale/pilot-plant tests. In view of good hydraulic properties and high mass-transfer …

The identification and separation of chiral pesticides R/S‐profenofos are of great
significance due to different biological toxicity of chiral isomers. In the study, we designed …

Tri-iso-amyl phosphate (TiAP) is considered a potential alternative solvent to tri-butyl
phosphate (TBP) for aqueous reprocessing of molten salt reactors and fast reactor fuels …

ABSTRACT A simple 3D rotated microfluidic mixer design is reported with evaluation of
hydrodynamic and mass transfer performance. Proposed device had a minimalistic …

It is of great significance to separate impure elements from rare earth in high purity rare earth
production. The extraction of uranium (VI) with three structurally related N, N, N′, N …

With the main object of reducing nuclear waste materials, in this study, numerous influential
factors were optimized to find the best conditions for uranium extraction from a nuclear waste …

This study demonstrates the possibility of “contactless” mass transfer between two aqueous
slugs (droplets) separated by an oil slug in Taylor flow inside milli-channels. Separation of …