Spent nuclear fuel (SNF) released from reactors possesses significant radioactivity, heat
release properties, and high-value radioactive nuclides. Therefore, using chemical methods …

Despite the fact that in the mass consciousness nuclear power is associated with increased
environmental risks, this type of energy today remains one of the cleanest, most efficient and …

The separation of actinides from lanthanides in spent nuclear fuel reprocessing is a vital
step of nuclear fuel cycle process. As one class of mature industrial extractants, the …

The extraction and separation of actinide over lanthanide elements is a key step in the spent
fuel reprocessing process, which involves a variety of actinides with different valence states …

Spent nuclear fuel management, particularly the separation of minor actinides, is critical to
the continued growth of the nuclear industry and to address the global energy crisis …

Similar chemical properties like ionic radius and oxidation states exhibited by trivalent
actinides (An (III)) and lanthanides (Ln (III)) pose a challenge for their separation in …

N, O-Hybrid phosphine oxide ligands with N-heterocyclic cores are advanced extractants for
extracting actinides over lanthanides. However, the challenging task in designing an …

The development of density functional theory (DFT) has significantly enhanced the use of
computational chemistry as a tool in the design and development of ligands for the …

Abstract Reactive Oxygen Species (ROS) have attracted significant attention among
researchers as they play a role in cell death when produced excessively. To address this …

Partitioning of trivalent actinides (An (III)) from lanthanides (Ln (III)) during Spent Nuclear
Fuel (SNF) reprocessing presents a major challenge due to the exhibition of very similar …