Liquid–liquid extraction is the major technique being applied for the partitioning of f-
elements from nuclear waste. In this review, the recent developments in ligand design …

One of the major problems of nuclear power industry is associated with large amounts of
radioactive wastes. Contemporary reprocessing technologies of spent nuclear fuel generate …

Phosphine oxide complexes of lanthanide metal have been studied to elucidate the
fundamental aspects of their structural chemistry and to develop important technological …

Interest in the isolation and recovery of lanthanide and actinide metals has gained recent
attention due to their increasing use in everyday materials (eg batteries, screens, sensors) …

A new inexpensive copper‐catalyzed denitrogenative C− P coupling reaction of
pyridotriazoles with P (O) H compounds has been developed. The reaction proceeds via a …

The manuscript deals with efficient separation of hexavalent UO 2 2+ and tetravalent Th 4+
from aqueous acidic waste solution in 'green way'using ionic liquid with novel picolinamide …

This study aimed to find a rapid extraction system for the preparation of a Seaborgium (Sg)
aqueous chemistry experiment in the future. A new approach for extraction of 181 W tracer …

Extraction of micro amounts of U (VI), Th (IV), and REE (III) from HNO 3 solutions with
solutions of diphenyl {[N-(2-diphenylphosphinylethyl)-N-alkyl] carbamoylmethyl} phosphine …

Rare-earth elements are widely used in high-end technologies, the production of permanent
magnets (PMs) being one of the sectors with the greatest current demand and likely greater …

The syntheses of a sterically demanding, multidentate bis (quinaldinyl) phenylphosphine
oxide ligand and some Cu (I) and Ag (I) complexes thereof are described. By introducing a …