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Chapters
- 00:08Title
- 00:56Physics: Dielectrophoresis
- 03:08Physics: AC Electrothermal Effect
- 03:43Numerical Simulation: FInite Element Method
- 04:17Low Conductivity
- 05:17Device Fabrication: Wet Etch Method
- 06:30Step Two: Metal Deposition
- 07:31Step Three: Photolithography
- 09:54Experimental Setup: Polystyrene Microspheres
- 11:29Experiments: 2 μm Polystyrene Microspheres
- 14:55Castellated Electrodes: Low Conductivity
- 19:19Potential Well: High Conductivity
La manipulación de fluidos y partículas en suspensión en las tecnologías de micro-y nano-escala se está convirtiendo en una realidad tan propicio, como electrocinética AC, continúan desarrollándose. En este caso, hablamos de la física detrás de electrocinética AC, la forma de fabricar estos dispositivos y la forma de interpretar las observaciones experimentales.
Tags
AC ElectrokineticsMicroelectrode StructuresFluid ManipulationParticle ManipulationLab-on-a-ChipElectric FieldsDielectric MaterialBiological MaterialMicro-mixingParticle SeparationParticle PositioningMicro-patterningFrequencyAmplitudeApplied VoltageMicrochannelsHealthcare DiagnosticsEnvironmental MonitoringHomeland SecurityAC ElectroosmosisDielectrophoresisAC Electrothermal EffectOperating Parameters
