Electrokinetics and Dielectrophoresis

Electrokinetics refers to the movement of charged particles or fluids under the influence of an electric field, commonly used in microfluidics for precise control of small-scale fluid flow. Dielectrophoresis, a specific type of electrokinetic phenomenon, involves the motion of neutral but polarizable particles in a non-uniform electric field, enabling the selective manipulation and separation of cells, biomolecules, and nanoparticles. These techniques are widely used in biomedical diagnostics, lab-on-a-chip systems, and particle sorting applications due to their ability to control microscopic entities with high precision.

2015 Range Of Validity Of A Simplified Model For Diffuse Charge Dynamics

2011 Dielectrophoresis Of Caenorhabditis elegans

2010 The Polarization Of Nanorods Submerged In An Electrolyte Solution And Subjected To An AC Electric Field

2009 The Polarization Of A Nano Particle Surrounded By A Thick Electric Double Layer

2008 The Effect Of Double Layer Polarization On The Forces That Act On A Nanosize, Cylindrical Particle In An AC Electric Field

2007 The Effect Of Translocating Cylindrical Particles On The Ionic Current Through A Nano-Pore

2007 On The Effect Of Induced Electro-Osmosis On A Cylindrical Particle Next To A Surface

2007 Microfluidic Chaotic Stirrer Utilizing Induced-Charge Electroosmosis

2007 Confinement And Manipulation Of Actin Filaments By Electric Fields

2006 Controlled Nanoassembly And Construction Of Nanofluidic Devices

2004 The Dielectrophoresis Of Cylindrical And Spherical Particles Submerged In Shells And In Semi-Infinite Media

2004 Electrophoresis Of Concentrically And Eccentrically Positioned Cylindrical Particles In A Long Tube

2004 Dielectrophoretic Assembly And Integration Of Nanowire Devices With Functional CMOS Operating Circuitry

2002 A Chaotic Electroosmotic Stirrer

1999 Ceramic Microchips For Capillary Electrophoresis-Electrochemistry