高密度高機能通信空間の構築技術

Abstract

The key-technology is discussed in order to construct high-density and high-function radio propagation environment with bases of newly developing complex oxide ceramics, with three excellent functions; the first is almost equal photocatalyst without photoirradiation to that of titania under photoirradiation, and second is radio wave shielding and absorption, the final is removing volatile organic compounds volatile organic compound from the atmosphere. The mold device is also discussed to prevent the photocatalyst function of the newly proposing complex oxide ceramics from mixture in solid after nrodncine through hvdro-dvnamic firine.