Shielding Effectiveness of Some Conductive Textiles and Their Capability to Reduce the Mobile Phones Radiation

Pre-compliance testing of the shielding effectiveness of 3D printed multiwall carbon nanotube/ethylene-vinyl acetate copolymer composites in the 1 – 7 GHz range

“…A number of standardized techniques and procedures are presently used to quantify the SE of materials, either in near field or in far field conditions of shield positioning nearby the emitting antenna [35][36][37][38][39][40]. Non-standard methods of measurement are also used mainly when comparisons with well-characterized materials is available or for some specific needs of the shield [41][42][43][44][45]. In this paper, a non-standardized procedure was applied for the SE measurement using near field probes [46].…”

Shielding Efficiency of a Fabric Based on Amorphous Glass-Covered Magnetic Microwires to Radiation Emitted by a Mobile Phone in 2G and 3G Communication Technologies

“…A brief review of the proposed shielding solutions and of the materials used for radiation reduction is presented in (Miclăuş et al, 2016). Materials such as conductive meshes, conductive fabrics, conductive foams, wiremesh screens, multi-layers, ferrites, resistive sheets and metamaterials were all checked for their efficiency.…”