Two-Dimensional Materials for Electromagnetic Shielding 1st Edition

Description

Discover a cutting-edge reference on 2D EMI shielding materials for both industrial and academic audiences  Two-Dimensional Materials for Electromagnetic Shielding delivers a thorough and comprehensive examination of all aspects of electromagnetic interference (EMI) shielding and microwave absorption, including fundamentals and applications, as well as emerging 2D materials in the field, like graphene, black phosphorus, and MXene. The book covers basic knowledge on shielding mechanisms and the demanding physical, chemical, and mechanical properties of the 2D materials against betrayed electromagnetic waves.  The benefits of novel 2D materials over existing materials is thoroughly explained and the reader is provided with insight into future developments in shielding materials in highly integrated electrical and electronic equipment. The book offers explanations and in-depth descriptions of graphene and MXenes materials, as well as likely future challenges that will confront practitioners in the field. Ideal for scientists, researchers, and engineers who design novel EMI shielding materials, the book also provides:  A thorough introduction to electromagnetic field sources and their impact on human beings, including natural and artificial sources and their effects on human health  An exploration of EMI shielding mechanism and conversion techniques, including microwave absorption mechanisms and scattering parameter conversion methods  Discussions of measurements and standards in EMI shielding, including effectiveness measurements  An examination of graphene and its derivatives for EMI shielding, as well as its effectiveness as a microwave absorber  Perfect for materials scientists, electrochemists, inorganic chemists, physical chemists, and radiation chemists, Two-Dimensional Materials for Electromagnetic Shielding will also earn a place in the libraries of applied physicists and engineering scientists in industry seeking a one-stop reference on cutting-edge 2D electromagnetic interference shielding materials.