This focus of this thesis is a novel class of water-based magnetic fluids that are specifically
tailored to extract soluble organic compounds from water. Magnetic fluids are colloidal …

This paper describes a class of water-based magnetic fluids that are specifically tailored to
extract soluble organic compounds from water. These magnetic fluids are prepared by …

A wide range of metal, magnetic, semiconductor, and polymer nanoparticles with tunable
sizes and properties can be synthesized by wet-chemical techniques. Magnetic …

In the past few years, a novel technique called magnetic solid-phase extraction has been
established in which magnetic sorbents are added to the analyte solution. The substantial …

The application of functionalized magnetic adsorbent particles in combination with magnetic
separation techniques has received considerable attention in recent years. The magnetically …

A single-step magnetic separation procedure that can remove both organic pollutants and
arsenic from contaminated water is clearly a desirable goal. Here we show that water …

A unique class of surfactants known as magnetic surfactants possesses magnetoresponsive
characteristics. Magnetic surfactants are more effective than traditional surfactants in …

Magnetic separation is based on the exertion of a magnetic field to selectively collect the
magnetic responsive materials. With the development of nanotechnology, magnetic …

The work-up of chemical reactions by standard techniques is often time consuming and
energy demanding, especially when chemists have to guarantee low levels of metal …

Small-angle neutron scattering and mean-field lattice modeling were used to characterize a
class of water-based magnetic fluids tailored specifically to extract soluble organic …