Course Content |
1st step: Introduction to nanomaterial, materials used in the production of nanomaterial: metal and carbon nanomaterials, nanocomposites, seramic nanostructures, the characteristics and production of nanoscaled materials: nanoparticules, nanowires, nanotubes, nanostructures, The chemistry of nanoscaled materials: atomic structuress etc. , optic characteristics of nanoparticules, nonomechanic, heat transfer in nanoscale and nanofluids, electrical transfer in nanoscale, magnetic characteristics of nanomaterials, biology and medicine science at nanoscale, immunologic and toxicologic properties of nanomaterials, material organisation on nanoscaled surface, nanoscaled films, the relationship between characteristic and performance for nanoscaled materials and applications.
2nd step: Nanotechnology definition, the significance and future of nanotechnology, samples for nanomaterials, nanophotonic, spintronic and nanoelectronic, nanomagnetism, nanocharacterisation,nanofabrication, fuel cells and energy, quantum in nanoscales, data processing, nano-biotechnology, nanorobotic and nanotribology, magnetic nanostructures, nanochips and nanocomposites |