This article highlights current paradigms and challenges in modeling of lanthanides and
actinides solvent extraction by lipophilic extractants. Within the multiscale approach …

The phase transfer of ions is driven by gradients of chemical potentials rather than
concentrations alone (ie, by both the molecular forces and entropy). Extraction is a …

The extractant-assisted transport of metal ions from aqueous to organic environments by
liquid–liquid extraction has been widely used to separate and recover critical elements on …

In solvent extraction, the self-assembly of amphiphilic molecules into an organized structure
is the phenomenon responsible for the transfer of the metal ion from the aqueous phase to …

We have determined the identity of the complexes extracted into the ALSEP process solvent
from solutions of nitric acid. The ALSEP process is a new solvent extraction separation …

In the advanced spent fuel wet reprocessing process, mutual separation of trivalent actinide
ions (An 3+) and lanthanide ions (Ln 3+) is extremely challenging. The development of back …

We propose the statistical thermodynamic model for the prediction of the liquid–liquid
extraction efficiency in the case of rare-earth metal cations using the common bis (2-ethyl …

The adsorption performance of a new magnetic nanoadsorbent of Nd 3+ was investigated.
First, the nanoadsorbent was synthesized by chemical coprecipitation, and covered with a …

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 …

We report the solution structure of a europium-nicotianamine complex predicted from ab
initio molecular dynamics simulations with density functional theory. Emission and excitation …