| 摘要 |
In an RF energy insulating material device, the establishing of component relations, those of iron, copper, and aluminum, through their molecular qualities, provides a device which is consistent in its magnetic diffusion qualities sufficiently to function as an ELF and magnetic force insulator concurrently, while providing for the free passage of air through this material for the cooling of the source of said energies, while being flexible and of light weight. The iron component in the relationship is in heavy concentration though suspended in separate positions throughout the medium, while the copper component is in larger particles but occurs far less frequently, and the aluminum component is interwoven in long strands throughout the medium to provide electrical conductivity in RF dispersement. This provides an RF insulator which can diffuse magnetism for the purposes of directly protecting delicate electronic equipment from both RF energy and magnetic force, and containment of such forces from their sources. |
