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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
Het manipuleren van vloeistoffen en zwevende deeltjes in de micro-en nano-schaal is steeds meer een realiteit als enabling technologies, zoals AC elektrokinetics, verder te ontwikkelen. Hier bespreken we de fysica achter AC elektrokinetics, hoe u deze apparaten en hoe de experimentele waarnemingen te interpreteren fabriceren.
Tags
AC ElectrokineticsMicroelectrode StructuresFluid ManipulationParticle ManipulationLab-on-a-ChipElectric FieldsDielectric MaterialBiological MaterialMicro-mixingParticle SeparationParticle PositioningMicro-patterningFrequencyAmplitudeApplied VoltageMicrochannelsHealthcare DiagnosticsEnvironmental MonitoringHomeland SecurityAC ElectroosmosisDielectrophoresisAC Electrothermal EffectOperating Parameters
