Search academic texts

Information × Registration Number 0223U003696, 0119U100837 , R & D reports Title Supramolecular organization of nanostructured systems as the basis for the creation of new types of nanoporous adsorbents, biomedical materials and functional materials popup.stage_title Head Turov Volodymyr V., Доктор хімічних наук Registration Date 15-06-2023 Organization Chuiko Institute of Surface Chemistry of NAS of Ukraine popup.description2  The purpose of the work is to create nanocomposite films based on polycarbonate and chemically modified zinc oxide and highly dispersed silica with immobilized nanoparticles; synthesis of activated matrices based on magnetic particles shielded by a layer of amorphous silica and decorated with nanoparticles of noble metals; synthesis and research of the properties of ordered organosilicas and spherical particles with a mono- and polyfunctional surface layer for use in organic catalysis, sorption of ions of heavy and rare earth metals and organic substances; study of the state of water in the interparticle gaps of methylsilica and its changes during the use of mechanical loads and the addition of a small amount of chloroform; study of the structure of water adsorption complexes in the interparticle gaps of methylsilica and the influence of hydration and associability of water on the formation of methane hydrates; establishing the influence of cationic dimer ethonium surfactant in a wide range of concentrations on the solubility and tautomeric transformations of the natural dye curcumin in aqueous solutions; creation of a line of nanocomposite systems containing structurally modified hydrophilic and hydrophobic silicas and biologically active substances; research on the composition and antioxidant/restorative properties of extracts obtained from biowaste of oil production and Antarctic vascular plants, as well as determination of the possibility of using biowaste in various technologies and processes; development of a film coating for accelerated germination of wheat seeds; development of technology for the production of a hemostatic composite based on nanosized silica modified with sodium alginate; synthesis and study of the properties of a composite based on a polymer material filled with nanosilica, an antimicrobial substance and a phytocomponent intended for use as a wound dressing; study of the interaction of copper and zinc compounds with protein in solution by Product Description popup.authors Yelagina Nataliya V. Barvinchenko Valentyna M. Baresh Oleksandr M. Gerashchenko Igor I. Golovan Alina P. Gromovyi Taras Yu. Dudarko Oksana A. Zrol Lina V. Klymenko Nataliya Yu. Kozakevych Roman B. Korobeinyk Alina V. Kravchenko Andrii A. Krupska Tetyana V. Kuzema Pavlo O. Lipkovska Nataliya O. Laguta Irina V. Mischanchuk Oleksandr V. Melnyk Innа V. Moshkivska Nadiya V. Novikova Olena A. Petrocky Roman Polishchuk Liliia M. Postrelko Valentin Protsak Iryna Stanislavivna Seduina Tetyana Severinovska Olga V Sevostyanov Stanislav V. Stavynska Oksana M. Stolyarchuk Nataliya V. Tomina Veronika V. Turans'ka Svitlana P. Tortyh Valentyn А. Fesenko Tetiana V Cyba Mykola popup.nrat_date 2023-06-15 Close