Тепловые характеристики сверхтонких алюминиевых нагревателей для скоростного нагрева в дисплейно-информационных комплексах

Abstract

The design of an electric heating element on aluminum with a carbon fiber as a resistive element is described. Nanoporous aluminum oxide in the heater design is used as a dielectric layer serving to electrically isolate the carbon fiber from the heater base made of aluminum. This approach makes it possible to combine the advantages of using a carbon fiber as a heating element and a structure with a low thermal resistance by placing the heater body on a thermally conductive aluminum. The field of application of electric heaters can be various industries: aerospace, machine tool, automotive, medical and elements of display and information systems.