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Dielectric barrier discharge microplasma actuator was used for flow modification. The actuator was energized at a relatively low discharge voltage of about 1 kV. The movement of incense particles was tracked by the high-speed camera. A modulated ac voltage was applied to electrodes. It was observed using a high-speed camera how the flow velocity and direction was changed at different duty ratios of...
Dielectric Barrier Discharge microplasma actuator energized at low discharge voltage of about 1 kV was applied for flow modification. The movement of incense particles was tracked by the high speed camera. A modulated AC voltage was applied to electrodes. Due to the microplasma generation, the flow velocity showed different characteristics at various duty ratios of the applied voltage. The observation...
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