Electrohydrodynamics of yeast cells in microchannels subjected to travelling electric fields

Keyphrases

• Traveling Field 100%
• Yeast Cells 100%
• Dynamical Regimes 100%
• Travelling Wave Dielectrophoresis 66%
• Microfluidic Device 33%
• Electrical Properties 33%
• Simulation Code 33%
• Device Configuration 33%
• Mechanical Properties 33%
• Interparticle Interactions 33%
• Aqueous Solution 33%
• Code-based 33%
• Direct numerical Simulation 33%
• Particle Motion 33%
• Electrostatic Force 33%
• Microfluidic Channel 33%
• Microparticles 33%
• Electrode Geometry 33%
• Viscous Drag 33%
• Equations of Motion 33%
• Dielectrophoretic 33%
• Distributed Lagrange multiplier 33%
• Dielectrophoretic Force 33%
• Clausius-Mossotti Factor 33%
• Point Dipole 33%
• Model Particle 33%
• Electric Properties 33%
• Dipole Model 33%
• Spinning Motion 33%
• Complex Varieties 33%
• Staggered Electrodes 33%

Engineering

• Microchannel 100%
• Electric Field 100%
• Electrostatics 100%
• Travelling Wave 100%
• Microfluidic Device 50%
• Hydrodynamics 50%
• Simulation Code 50%
• Aqueous Solution 50%
• Individual Particle 50%
• Direct Numerical Simulation 50%
• Microfluidic Channel 50%
• Electrode Geometry 50%
• Sized Particle 50%
• Lagrange Multiplier Method 50%
• Bottom Wall 50%
• Suspended Cell 50%

Material Science

• Hydrodynamics 100%
• Particle-Particle Interaction 100%
• Solution 100%