This study focuses on the dependence of nonlinear electrophoretic migration of particles on
the particle size and particle electrical charge. This is the first report of the experimental …

This study contributes to the renewed interest in the study of nonlinear electrophoresis of
colloidal particles. In this work the influence of cell shape on electrophoretic migration under …

Contemporary findings in the field of insulator-based electrokinetics have demonstrated that
in systems under the influence of direct current (DC) fields, dielectrophoresis (DEP) is not …

Nonlinear electrophoresis offers advantageous prospects in microfluidic manipulation of
particles over linear electrophoresis. Existing theories established for this phenomenon are …

Well-established techniques, eg, chromatography and capillary electrophoresis, are
available for separating nanosized particles, such as proteins. However, similar techniques …

Direct-current insulator-based electrokinetics (DC-iEK) is a branch of microfluidics that has
demonstrated to be an attractive and efficient technique for manipulating micro-and nano …

In classical electrokinetics, the electrophoretic velocity of a dielectric particle is a linear
function of the applied electric field. Theoretical studies have predicted the onset of …

Under specific experimental conditions, the electrokinetic separation of certain
microorganisms can produce peaks of very high apparent efficiencies (∼ 106− 1010 …

Continuous-flow dielectrophoretic (DEP) particle separation based on size is demonstrated
in a microfluidic device. Polystyrene microspheres suspended in a neutrally buoyant …

Dielectrophoresis (DEP) has been extensively used in lab-on-a-chip systems for trapping,
separating, and manipulating of micro particles suspended in a liquid medium. The most …