As nanoparticle syntheses in aqueous and organic systems have their own merits and
drawbacks, specific applications may call for the transfer of newly formed nanoparticles from …

Nanoparticulate materials are experiencing increasing attention mainly because of the
unique combination of small size, exotic properties and processability, opening the …

Active particles driven by chemical reactions are the subject of intense research to date due
to their rich physics, being intrinsically far from equilibrium, and their multiple technological …

A millimetric coaxial flow device operating under laminar flow has been designed to study
the synthesis of iron oxide nanoparticles in a millichannel where the flow rate of the different …

This paper introduces a new approach for preparing magnetic colloidal suspensions with
electrostatic repulsion between particles and polyelectrolyte surfactants. The surface charge …

This review describes new methods for the particle extraction through liquid-liquid interface
(PELLI). The discovery of new surface modification techniques, advanced extractors and …

Magnetic pore fabrics (MPFs) are a promising approach to explore the 3D pore space of
rocks. There exist empirical relationships between the orientation, degree, and shape of …

Hypothesis Getting colloidally stable dispersions of nanoparticles in ionic liquids is a
challenging task. Indeed, long-range electrostatic repulsions often involved in molecular …

The study presents first experimental results of the transfer of magnetite nanoparticles from
an aqueous to a second non-miscible non-aqueous liquid phase. The transfer is based on …

An original protocol of simultaneous surface modification and transfer from aqueous to
organic phases of anatase TiO2 nanoparticles (NPs) using alkylphosphonic acids (PAs) is …