Intensification of heat exchange through electrical convection

The dependence of the heat transfer coefficient in a needle-to-plane electrode system has been established. The relationship between the heat transfer coefficient and the applied interelectrode voltage was analyzed for different orientations relative to the body force vector. To achieve the maximum increase in the heat transfer coefficient of a flat heater, it is necessary to ensure a specific relationship between the transverse dimension of the cooled surface and the interelectrode distance.

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