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Information × Registration Number 0214U003142, 0111U000310 , R & D reports Title Scientific bases of nanoteсhnology of creation of fibre materials with magnetic and electroconducting properties. popup.stage_title Head Redko Ya.V., Registration Date 21-01-2014 Organization Kiev national university of technology and design popup.description2 A research object is nanoteсhnology of materials with magnetic and electroconductive properties. Purpose of project - experimentally to set and ground possibility of creation of electroconductive and magnetic fibred materials with the use of process of geterocoagulation within the framework of nanoteсhnology. Research methods are methods of chemical technology of fibred materials; method of determination of distributing of particles after sizes, method of IR-spectroscopy, method of electronic-paramagnetic resonance (EPR), method of determination of electro-physical descriptions of the painted fibred materials by the nanoparticles of polyaniline, developed method of determination of magnetized of satiation of the painted fibred materials by the nanoparticles of magnetite, method of RFA, method of nuclear resonance of gamut, mathematical methods of design and statistical treatment of results, standard methods of textile chemistry. Theoretical and practical results of research and their novelty. First: the retuned possibility of receipt of multi-layered electroconductive and magnetic coverage is due to the processes of samoorganization of nanoparticles on-the-spot fibred materials; developed methods of receipt of electroconductive and magnetic fibres causing of nanoparticles of polyaniline and magnetite from nanodispersion (in a that number multi-layered) in the presence of different types of PAIR on synthetic fibred materials after the mechanism of geterocoagulation from, the new theory of description of persorption of nanoparticles is developed on principle on-the-spot with formation of monolayer as a result of processes of equipping with modern amenities of nanoparticles and the well-proven possibility of application of theory of adsorption (equalization of Langmuir) for the geterocoagulation mechanism of persorption; physical and chemical bases of nanotechnology of creation of fibred materials are certain with the geterocoagulation special properties. Practical meaningfulness: 1) the technological parameters of the geterocoagulation painting are certain from nanodispersion of magnetite and polyaniline; 2) developed methods of receipt of electroconductive and magnetic fibres causing of nanoparticles of polyaniline and magnetite from nanodispersion (in a that number multi-layered) in the presence of different types of PAIR on synthetic fibred materials after the mechanism of geterocoagulation with the use of nanoteсhnology. Industry of application: it is foreseen to draw on the results of research work in easy, textile, coal, chemical, electrochemical and food industries of industry. . Product Description popup.authors popup.nrat_date 2020-04-02 Close