▎ 摘　　要

NOVELTY - Fast heating anti-virus glass includes a glass substrate (1), and the top surface of the glass substrate is sequentially laminated with a graphene layer (2), a metal mesh layer (3), a transparent oxide conductive layer (4), and an anti-oxidation layer from bottom to top. The mesh diameter of the metal mesh layer is 0.5-2 micrometer. A first electrode (6) is sandwiched between the glass substrate and one edge of the graphene layer, and a second electrode is sandwiched between the transparent oxide conductive layer and one edge of the anti-oxidation layer. USE - Fast heating anti-virus glass. ADVANTAGE - The fast heating anti-virus glass achieve the purpose of rapid heating, uniform heating, while ensuring the transmittance of the glass, and the preparation method is simple and easy to realize. DETAILED DESCRIPTION - An INDEPENDENT CLAIM is included for a method for preparing rapidly heated anti-virus glass, which involves; (A) cleaning the glass substrate, and removing dirt on the surface of the glass substrate; (B) sealing the first electrode on the edge of the top surface of the glass substrate; (C) preparing graphene layer and single-layer polystyrene microspheres by the spin coating method on the top surface of the glass substrate; (D) distributing polystyrene microspheres on the graphene layer, so that the surface of the graphene layer forms a set of arc-shaped depressions, and metal plating on the surface completed through a magnetron sputtering process; (E) coating metal adopts tungsten, nickel, aluminum, silver or gold; (F) removing polystyrene microspheres to obtain a metal mesh layer, and meshes of the metal mesh layer correspond to the arc-shaped depressions of the graphene layer one to one; (G) preparing a transparent conductive oxide film layer on the top surface of the metal grid layer through a magnetron sputtering process, and the transparent oxide conductive layer is an indium tin oxide film, aluminum zinc oxide film or fluorine tin oxide film; (H) sealing the second electrode on the edge of the top surface of the transparent conductive oxide film layer; and (I) plating an anti-oxidation layer on the transparent conductive oxide film layer, the anti-oxidation layer is silicon oxide, aluminum oxide or aluminum nitride, and the thickness of the anti-oxidation layer is 30-50 nanometer, and obtaining anti-virus glass that heats quickly. DESCRIPTION OF DRAWING(S) - The drawing shows the schematic view of fast heating anti-virus glass. Glass substrate (1) Graphene layer (2) Metal mesh layer (3) Transparent oxide conductive layer (4) First electrode (6)