Liquid-liquid extraction plays an important role in separation and purification of substance.
Miniaturized extraction processes based on microflow have received increasing attention for …

The possibility of efficient and selective separation of components with similar chemical
properties makes the solvent extraction method attractive for the separation of An (III)/Ln (III) …

Solvent extraction is used widely for chemical separations and environmental remediation.
Although the kinetics and efficiency of this process rely upon the formation of ion–extractant …

The conventional solvent extraction set-up for low-concentration rare earth elements (REEs)
at high phase ratios has shortcomings including large factories, long mixing times, high …

Expanded low-carbon baseload power production through the use of nuclear fission can be
enabled by recycling long-lived actinide isotopes within the nuclear fuel cycle. This …

This work advances the knowledge of the design and manufacture of microdroplet reactors
for reactive liquid–liquid systems assisted by advanced simulation techniques (CFD). The …

Microfluidics have many potential applications including characterization of chemical
processes on a reduced scale, spanning the study of reaction kinetics using on-chip liquid …

Homogeneous Pt-catalyzed hydrosilylation is an industrially important process for the
synthesis of organosilanes. Reusable heterophase (biphase) Pt-catalysts can solve …

Trustworthy communication in VANET Network is essential to provide functional, efficient
and reliable traffic safety applications. The main concern arises on how to maintain only the …

Microfluidic devices (MFDs) offer customizable, low-cost, and low-waste platforms for
performing chemical analyses. Optical spectroscopy techniques provide nondestructive …