Registration Number
0224U001323,
0123U101698
, R & D reports
Title
Production of 3D products based on composite polymer materials
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Head
Zolotarenko Oleksandr D., Кандидат хімічних наук
Registration Date
21-01-2024
Organization
Chuiko Institute of Surface Chemistry of NAS of Ukraine
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In order to achieve the main goal of the project, which consists in the development and creation of composite 3D-products based on carbon nanomaterials, which are already being synthesized by other institutes in already established laboratories for the synthesis of nanostructures, it is necessary to develop technologies for the synthesis of nanostructures that suitable for 3D-printing of compact products. At the same time, it is necessary to solve not only a number of constructive and technological issues when designing new reactors for the synthesis of nanostructures for 3D-printing, but also to study the physical and chemical properties and performance characteristics of already finished products.
Main results of the project: ●Synthesized carbon nanostructures of various modifications using various methods (plasmochemical synthesis in a gaseous environment, pyrrolytic method, plasmachemical synthesis in a liquid environment, etc.) for their use in creating composite
3D-products; ●A synthesized mixture of C60 and C70 fullerenes using the EGSP grade of graphite as a filler for liquid polymers for 3D-printing; ●Synthesized by the pyrolytic method directly onto spiral carbon nanostructures, which will make it possible to create cheap consumables for 3D-printing; ●Studied synthesis of СNS for 3D-printing in parallel by two methods (arc discharge in a liquid medium and in a gas medium), which made it possible to analyze the influence of temperature and cooling rate on the morphology of the synthesized particles; ●Synthesized СNS for 3D-printing by three synthesis methods (electric arc discharge in a liquid medium, electric arc discharge in a gas medium and pyrolytic method). ●Primary data and a set of obtained results were processed, which made it possible to propose a generalizing model of the sequence of transformations that the initial carbon-containing reagents undergo during the formation of nanostructural modifications of carbon.
Product Description
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Havrylyuk Nataliya A.
Gavrylyuk Oleksandr O
Zolotarenko Anatoliy D.
Semchuk Oleksandr Yu.
Trofymenko Svitlana I.
Shevchuk Olena M.
Schur Dmitry Biktorovich
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2024-01-21
