Experimental self-diffusivities of gases, vapors, and liquids obtained by means of tracer
techniques and nuclear magnetic resonance are reviewed. The considered substances …

Interfacial liquid–liquid ion transport is of crucial importance to biotechnology and industrial
separation processes including nuclear elements and rare earths. A water-in-oil …

Understanding the impact of extractant functionalization on metal-binding energetics in
liquid–liquid extraction is essential to guide the development of better separation processes …

Liquid/liquid extraction (LLE) is one of the most industrially relevant separation methods,
successfully leveraging the variable solubility of solutes (or their complexes) between two …

We present evidence that the transition between organic and third phases, which can be
observed in the plutonium uranium reduction extraction (PUREX) process at high metal …

The complicated behavior of extractants in ionic liquids (ILs) has posed great challenges for
radionuclides separation and purification. In this regard, a theoretical investigation of …

Extraction of polar molecules by amphiphilic species results in a complex variety of clusters
whose topologies and energetics control phase behavior and efficiency of liquid–liquid …

The lanthanide contraction is conceptualized traditionally through coordination chemistry.
Here we break this mold in a structural study of lanthanide ions dissolved in an amphiphilic …

The present study reports molecular dynamics simulations for biphasic systems comprising
tributyl phosphate (TBP) in dodecane and uranyl nitrate in the aqueous phase, which are …

The role of different intermolecular interactions in the aggregation of amphiphiles in an
organic solvent is studied for systems of relevance to liquid–liquid extraction (LLE), a …