ABSTRACT:
Nanomaterials are being classified in few classes regarding their dimensions, most often as 0D (spheres, clusters), 1D (linear, wires, fibers) 2D (films, membranes) and 3D (macromaterials possessing nanopores in various directions, such as activated carbon).
1D nanomaterials are particularly attractive from the point of view that they have been developed on similar principles as the textile fibers and quite often on basis of the similar technologies. Also quite often the textile technology departments of world famous universities have transitioned into the nanotechnology departments.
The lecture will show the timetable of the development of the ultra-micro and super microfibers technologies and the subject will lead to the current state of the nanofibres and 1D nanomaterials in general, with special accent on the carbon nanotubes. The results obtained in collaboration between the University of Banja Luka, Republika Srpska and the Chiba University in Japan will be shown: adsorption treatments of the carbon nanotubes as the means of controlling their conductive and other properties and alternation in nanotubes structure caused by application of activators before their annealing will be shown. The still non-published data will be shown, as the idea for collaborative project with Aristotle University.
 

DOWNLOADS

• PosterLast updated: April 01, 2019 16:05