ATENUADOR DE RADIACION ELECTROMAGNETICA

Que comprende: Una pluralidad de capas, estando algunas capas hechas de material compuesto y algunas capas hechas de material dielectrico. Las capas de material compuesto comprenden una mezcla de un material dielectrico huesped e inclusiones, de tal manera que estas inclusiones estan embebidas en la estructura del material dielectrico huesped. Preferiblemente, estas inclusiones comprenden fibras altamente conductoras, mas preferiblemente microhilos metalicos. Asi, la estructura comprende una pluralidad de capas, estando algunas capas hechas de material compuesto, que comprende un material dielectrico huesped con inclusiones, y algunas capas hechas de material dielectrico. La estructura del material esta disenada de tal manera que la superficie sobre la cual se aplica, es capaz de absorber parte de la radiacion electromagnetica incidente, por lo tanto reduciendo sustancialmente la radiacion electromagnetica reflejada por ella The invention relates to a material configured such as to include a plurality of layers, some layers being made of a composite material and some layers being made of a dielectric material. The layers of composite material include a mixture of host dielectric material and inclusions, such that said inclusions are embedded in the structure of the host dielectric material. Said inclusions preferably include highly conductive fibres, specifically metal microwires. Thus, the structure of the material according to the invention includes a plurality of layers, some layers being made of a composite material, which includes a host dielectric material with inclusions, and some layers being made of a dielectric material. The structure of the material according to the invention is designed so that the surface on which said material is applied is capable of absorbing a portion of the incident electromagnetic radiation, thus substantially reducing the electromagnetic radiation reflected by same.