FIELD: physics.
SUBSTANCE: aluminium antiviral device, capable to inactivate the virus, contains the anode oxide film, obtained by anodizing of an aluminium material, and has pores, inside which there is an antiviral inorganic compound. On the surface of the film with an antiviral compound, the surface film is formed, which contains an antiviral inorganic compound and the binder on the base of resin . The method comprises anodizing of the aluminium material with the formation of pores, the deposition of the antiviral compound in the pores by the electrochemical treatment, wherein the deposition step of antiviral inorganic compound comprises depositing at least one of the elements such as Ag and Cu, in the pores by the electrochemical treatment, immersing the material into the electrolyte with ions of iodine and CuI or AgI deposition- antiviral compound in the pores by the electrochemical treatment. The device is able to deactivate viruses within a short period of time.
EFFECT: invention relates to the field of electroplating and can be used to produce an antiviral devices.
24 cl, 4 dwg, 2 tbl, 15 ex
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Authors
Dates
2017-03-21—Published
2012-09-07—Filed