Two novel water-soluble aromatic bisdiglycolamides (BisDGAs) of SO 3-TEX (m)-BisDGA
(sodium bis ((2-(2-(diethylamino)− 2-oxoethoxy) acetamido) methyl) benzenesulfonate) and …

Owing to the importance of lanthanides (Lns), sustainable recovery of low-concentration Lns
from secondary resources is a challenge of great significance. Herein, a strategy to construct …

Understanding the fundamental chemistry of soft N, S-donor ligands with actinides across
the series is critical for separation science toward sustainable nuclear energy. This task is …

A carrier-free 89Sr source has been produced in FBTR, IGCAR, Kalpakkam, via 89Y (n, p)
89Sr for application in nuclear medicine, especially for bone pain palliation. Purification of …

Five amine-diamide ligands (DAMIA) with varying alkyl chain lengths and steric hindrances
are developed for selective extraction of Am3+ over Eu3+ in high-acidity HNO3 solution with …

Yttrium (Y) separation from Y-rich heavy rare earth groups is a complex challenge due to
their similar physical and chemical properties. Conventional industrial separation processes …

A new composite sorbent material was prepared by grafting bis-triazinylpyridine (BTP) onto
silica and then blending it with activated charcoal (AC–Si–BTP) for the selective separation …

A reliable process to recover Uranium from acidic solutions is designed using liquid
membrane technique. A new stripping phase, Na 2 SO 4 solutions, proved to enhance the …

In spent fuel reprocessing, UO 2 (DBP) 2 (U-DBP) can be deposited in stainless steel
equipment. U-DBP must be removed by dissolution and the process must not cause …

Dendrimers are exotic multi-functional ligands and are expected to give rise to better
extraction/transport results as compared to the mono-functional ligands. Diglycolamide …