A team from the University of North Carolina introduced a conductor that has at its core silver nanotubes. Distinctive features of this design is its high elasticity and excellent electrical conductivity, as compared with carbon conductors and conductors from other metal nanomaterials. These properties may be claimed for the creation of flexible circuits, flexible phones screen, medical and other fields.
The technology can be used to introduce silver into the polymer which can withstand substantial stretching. The process itself is relatively simple: nanowires on the substrate are then filled with liquid polymer. Then, under the influence of heat, the polymer hardens, and the resulting preparation, rich nanosilver is separated from the substrate. In the final production stage logging is stretched and released, after which the conductive surface is undulating due to changes in its structure. Related Products :
|