▎ 摘　　要

NOVELTY - The graphene electric heating film base dielectric barrier discharge plasma actuator has a graphene electro-thermal film whose surface is added with a layer of insulating layer. A surface of the layer is plated with an exposed electrode. The exposed electrode is adhered on a surface of another layer. The projection of the exposed electrode on a horizontal plane does not exceed the projection edge of the insulating sheet on the horizontal plane. A projection of a super-hydrophobic coating layer is overlapped with the projection of graphene electro heating film. A portion of the insulation layer will be exposed from a grid gap of the exposing electrode when viewed from bottom to top. The super-Hydrophobic layer layer will also be coated directly on the exposed insulation layer. USE - Dielectric barrier discharge plasma actuator of graphene electric heating film base. ADVANTAGE - The dielectric barrier discharge plasma actuator has fast response, simple structure, high efficiency and energy saving, ecological pollution-free, and can be according to the severity degree of icing, scientific and reasonable encryption anti-deicing device, anti-icing effect is obvious, and it is easy to realize, and has good engineering application prospect. DETAILED DESCRIPTION - INDEPENDENT CLAIMS are included for: (1) the electro-thermal composite anti-deicing device of plasma and graphene of the super-hydrophobic coating plasma and graphene; (2) super-hydrophobic coating. DESCRIPTION OF DRAWING(S) - The drawing shows a schematic view of the dielectric barrier discharge plasma actuator of graphene electric heating film base.