Water-containing nanocomposite electromagnetic shields operable at decreased temperatures

Abstract

The temperature influence upon the shielding characteristics of flexible water-containing nanocomposite shielding materials on a textile base is studied in the frequency range of 8-12 GHz. Application of porous materials with a highly developed surface, as well as nanostructuring additives and components for the solution prevents the nanocomposite water-containing materials from shielding efficiency deterioration at temperatures below freezing point.