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Information × Registration Number 0225U001752, (0123U101294) , R & D reports Title Creation and research of physicochemical properties of new promising multifunctional nanostructured, nanocomposite, hybrid and consolidated materials for special technical, medical and environmental applications popup.stage_title Оптимізація процесів синтезу, створення та дослідження прототипів нових перспективних багатофункціональних наноструктурних, нанокомпозитних, гібридних і консолідованих матеріалів для спеціальних технічних, медичних і екологічних застосувань та фізико-хімічні дослідження їх властивостей Head Horbyk Petro P., д.ф.-м.н. Registration Date 06-02-2025 Organization Chuiko Institute of Surface Chemistry of NAS of Ukraine popup.description1 The main goal of scientific, scientific and technical work: creation and research of physicochemical properties of new promising for practical implementation of highly effective multifunctional nanostructured, nanocomposite, hybrid and consolidated materials with improved operational parameters for special technical, medical and environmental applications. popup.description2  Samples of nanocomposite (NC) based on bioactive sol-gel bioglass (BS) 60S and vancomycin were synthesized, their physicochemical characteristics and in vitro bioactivity were investigated. Samples of BS 53S4P were synthesized and its biocompatibility, antimicrobial efficacy, physicochemical characteristics, bioactivity in vitro were investigated. The possibility of using colloidally stable LaF3:Tb3+/Citr particles for adsorptive immobilization of bioactive [Ru(bpy)2(nic)2]2+ has been experimentally proven. Synthesized biocompatible X-ray luminescent nanocrystalline hydroxyapatite (HA), functionalized with sodium citrate (HA:Tb/Citr), NC HA:Tb/Citr/Ru(bpy)2(nic)2 based on it. Samples of Fe3O4/P2Calix NCs were synthesized and studied. In order to optimize the dielectric and magnetic properties of electromagnetic radiation absorbers, nanoscale FeCo bimetal NPs on the surface of electrically conductive technical carbon, carbon fiber, and polymer composite materials based on them were developed, synthesized and researched. Nanosized cobalt ferrite particles were synthesized on the surface of iron and nickel microparticles in a wide range of component ratios. Polymeric NCs based on polydimethylsiloxane and (NiZn)1-xMnxFe2O4/BNT nanostructures were produced. With an increase in the volume content of the filler from 0.0015 to 0.0075 in PDMS, an increase in the maximum values of the absorption coefficient of ultrahigh-frequency (HF) EMF was observed. The technological scheme of industrial production of special paints and multi-layered anti-radar material was developed, developed and implemented at the Kovlar Group LLC enterprise; an experimental batch of test samples with an anti-radar coating, which provides masking properties in the microwave and infrared ranges of electromagnetic waves, was released. Product Description popup.authors Bahatska Hanna M. Gunya Grigoriy M. Dzyubenko Lidiia S. Dubrovin Ihor V. Kozakevych Roman B. Kusyak Andrii P Lisova Oksana M. Mazurenko Ruslana V. Makhno Stanislav M. Mykhalovskyi Serhii V. Novikova Olena A. Petranovska Alla L. Prokopenko Serhii L. Sirenko Olena H. Sapyanenko Oleksandr O. Sevostianov Stanislav V. Stoliarchuk Nataliia V. Tomina Veronika V. Tortykh Valentyn A. popup.nrat_date 2025-02-06 Close