The presented review is an attempt to systematize the enormous scientific knowledge
accumulated over several decades in the field of electrorheology. The review examines the …

Adsorption and assembly of colloidal particles at the surface of liquid droplets are at the
base of particle-stabilized emulsions and templating. Here we report that …

We study the electric-field-induced birefringence and orientational order in the isotropic
phase of aqueous suspensions of exfoliated natural beidellite clay particles, thin (L= 0.65 …

The applications of dielectric functionally graded materials in high-voltage systems have
emerged as a potential strategy to obtain superior insulation performance in recent years …

Electric-field-induced structuring of kaolinite and halloysite particles was studied in respect
to their electrorheological (ER) response in silicone oil and in paraffin dispersions. The …

An Alternating current (AC) electrical field was applied to induce the movement of the clay
nanoparticles in polydimethylsiloxane (PDMS) to fabricate flexible membranes embedded …

In this study, the fast transient evolution of the electric field assisted thickness Z‐direction
orientation and assembly of clay particles is studied using a instrumented real time system …

The newest generation of lubricants needs to adapt to stricter environmental policies. Simple
and sustainable formulations with tunable rheological properties under the action of electric …

This research work aims to explore the development of functional nanocellulose-based
biolubricants, which allow for an electro-active control of the friction behavior. With this …

The behavior of electrorheological fluids filled by particles with a high aspect ratio was
studied in situ by X-ray scattering using special cell. An orientation phenomena of particles …