Abstract

Radio-frequency (RF) dielectric heating/drying has been used in various industrial applications for many years, especially in wood, textile, and some food industry processes. Since dielectric heating transfers energy directly to the product (volumetric heating), applications of RF present obvious advantages over other conventional techniques (reduction in processing time and space, improvement in product quality, etc.). The principal challenge that requires attention for the adoption of RF applications is the nonuniform heating caused by variations in size, geometry and properties of the materials.

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