ABSTRACT A follow up to an earlier review on the coordination and extraction of trivalent
actinide and lanthanide ions with triazinylpyridine N-donor ligands is presented. It reviews …

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 …

The bistriazinyl-phenanthroline representative ligand, BTPhen, shows excellent extraction
and separation ability for trivalent actinides and lanthanides. Herein, we first designed three …

This chapter discusses in context the separations processes of actinides that involve
primarily solvent extraction. A brief overview of separations processes utilized in the early of …

To separate minor actinides (MA) from lanthanides from high-level liquid waste (HLLW), a
kind of micro-porous silica-polymer (SiO2-P) based N-donor iso Bu-BTP/SiO2-P adsorbent …

For more than five decades, dithizone has been widely used as an analytical reagent. This
ligand forms strongly colored complexes with metal ions and this ability to form complexes …

Abstract “Third phase” formation is an aggregation phenomenon that arises due to the
mutual attraction of the polar cores of reverse micelles in a non-polar medium. A major …

In the reprocessing of spent nuclear fuel, nitrogen-donor extractants are more effective in
separating actinides and lanthanides. In this article, a series of heterocyclic N-donor ligands …

At the end of electricity generation through nuclear power, spent nuclear fuel remains highly
radiotoxic due to the presence of the minor actinides, americium (III), curium (III) and …