Improved concentration and separation of particles in a 3D dielectrophoretic chip integrating focusing, aligning and trapping

Engineering & Materials Science

• Microelectrodes 99%
• Electrophoresis 97%
• Polystyrenes 85%
• Dielectric properties 60%
• Yeast 59%
• Microchannels 54%
• Microfluidics 52%
• Cells 48%
• Electrodes 38%
• Medical applications 28%
• Threshold voltage 27%
• Separators 26%
• Sorting 24%
• Hydrodynamics 21%
• Flow rate 18%
• Fabrication 18%
• Throughput 17%
• Electric potential 12%
• Experiments 8%

Physics & Astronomy

• chips 59%
• trapping 57%
• polystyrene 40%
• yeast 35%
• concentrating 35%
• microparticles 33%
• microchannels 31%
• dielectric properties 24%
• funnels 19%
• electrodes 18%
• microfluidic devices 17%
• classifying 16%
• concentrators 16%
• separators 16%
• outlets 16%
• threshold voltage 14%
• manipulators 13%
• flow velocity 11%
• hydrodynamics 11%
• fabrication 9%
• electric potential 8%
• cells 8%
• configurations 8%
• performance 6%

Chemistry

• Dielectrophoresis 100%
• Dielectric Property 50%
• Voltage 36%
• Force 33%
• Behavior as Electrode 24%
• Hydrodynamics 23%
• Flow Kinetics 19%
• Mixture 10%
• Surface 7%
• Application 7%