This study provides a potential solution for commercial chip cooling with needle-to-ring-type ionic wind generators.
In this study, a needle-ring ionic wind generator is used to clarify the variations and their internal correlation mechanisms of the transient, volt-ampere, and wind-velocity output
Ionic wind produced by high voltage discharge has been proved as a promising technique in heat dissipation, food drying, electrostatic precipitation and air propulsion. On the other hand, the low wind
In this study, a planar ionic wind generator with two flat electrodes was investigated numerically and experimentally to reveal its electrohydrodynamic and heat transfer characteristics.
In this paper, an ionic wind generator, constructed with needle-net electrode structure and powered by high-voltage positive dielectric current (DC) power supply, is built for cooling of a
In order to study the cooling performance of ionic wind on a Light Emitting Diode (LED), an ionic wind generator with a needles-ring electrode configuration was set up.
Experimental and numerical investigations are conducted to determine the operational characteristics of a needle-ring type of ionic wind generator for the case when it acts alone and for
A needle-to-ring type design of ionic wind generator is of special importance due to the high permeability of the collector electrode, the flexible adjustment of the ring electrode, and the
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