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Information × Registration Number 0223U001357, 0117U004533 , R & D reports Title Nanostructured composite system with adjustable properties based on highly dispersed oxides, organic and inorganic compounds for technical and medical popup.stage_title Head Kartel Mykola T., Доктор хімічних наук Registration Date 28-01-2023 Organization Chuiko Institute of Surface Chemistry of NAS of Ukraine popup.description2  Development of the scientific basis of the latest methods of synthesis and surface design of nanostructured materials that can be used in industry, medicine, cosmetics, etc., with controlled morphology of nanoparticles, topology and surface structure, textural characteristics, hydrophilic-hydrophobic properties of the surface. Materials will be synthesized using layering, sol-gel and template synthesis and adsorption, chemical, polymerization and geometric surface modification. New biocompatible nanostructured materials and bionanocomposites will be developed using supramolecular structures based on biopolymers and medicinal substances fixed on the surface of original and modified nanooxides and composite mineral-carbon and metal-oxide materials. Experimental studies and theoretical modeling of phenomena at the boundaries of separation and determination of the mechanisms of these phenomena will be performed to create more effective nanostructured materials and composites. New methods of synthesis of filled cryogels based on aqueous solutions of polyvinyl alcohol and chitosan of various structures will be developed; the nature of the influence of various factors (concentration of polymer solutions, cross-linking, cryogelation temperature, freezing pressure, etc.) on the process of formation of cross-linked polymer cryogels based on polyvinyl alcohol and chitosan is determined; the morphology and textural characteristics, macro- and microstructure of the formed cryogels will be investigated; possibilities of synthesis of composite polymer cryogels; the antibacterial and hemostatic properties of synthesized samples of cryogels were tested. The software package for data analysis of many experimental methods will be improved, as well as methods of theoretical modeling of nanostructured materials and phenomena at the boundaries of separation. Product Description popup.authors Andryiko Lyudmyla S. Bohatyrov Viktor M Borysenko Nikolai Vasilievich Voronin Eugen P Galaburda Mariia V. Golovan Alina P. Golovkova Luydmila P. Goncharuk Olena V. Gornikov Yurij I Guzenko Nataliya V. Gunko V. M. Dihtyaruk Evgeniy O. Kazakova Olga O. Krupska Tetiana Vasylivna Mischanchuk Oleksandr V. Matkovsky Oleksandr K. Nychyporuk Yuriy M. Nosach Lyudmyla V. Oranska Olena I. Paentko Victoriya V. Pachlov Evgen M. Protsak Iryna Stanislavivna Siora Iryna V. Тurov Volodymyr Vsevolodovych popup.nrat_date 2023-01-28 Close