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Information × Registration Number 0224U001954, 0122U000861 , R & D reports Title Polymer/inorganic supramolecular structures of highly branched star-like macromolecules for medicine, catalysis and energetics popup.stage_title Head Zaichenko Oleksandr S., Доктор хімічних наук Registration Date 02-02-2024 Organization Lviv Polytechnic National University popup.description2 The theoretical basis and experimental methodology for the design of functional polymeric and polymer-inorganic supramolecular structures on polymeric, inorganic and hybrid substrates have been developed, namely: micellar carriers of enzyme catalysts for cellulose hydrolysis for the production of biofuel were synthesized and studied, the dependence of the yield of the target product on the architecture of the polymer carrier and the morphology of the micellar structures formed by it was studied; greater efficiency of enzymes in the structures of polymer micelles compared to covalently attached enzyme molecules to polymer chains has been established; a method for obtaining targeted delivery systems for therapeutic agents based on non-toxic polymer carriers that combine peptides and fluorine-containing MRI tags in one molecule for recognizing pathological cells and monitoring therapy in real time has been developed; principles of molecular assembly of radio-absorbing multilayer polymer-inorganic supramolecular structures on surfaces have been proposed and studied, a decrease in the effective scattering surface has been established, this ensures low visibility of the object in a certain radio frequency range; new designs and methods for producing composites based on fiber materials and MoS2 nanoparticles have been created and studied; these designs have prospects for use as high-quality capacitors and batteries with increased discharge capacity, respectively. Techniques for the preparation luminescent CsPbBr3 nanoparticles that are intercalated with spatially cross-linked hydrogels or supramolecular structures formed by functional polymer brushes on surfaces have been developed, and the optical properties of the nanoparticles have been studied.  Product Description popup.authors Ivasiv Volodymyr V. Balaban Oksana V. Volianiuk Kateryna A. Harhay Khrystyna I. Hevus Orest I. Donchak Volodymyr A. Mitina Nataliia Ye. Panchenko Yurii V. Chobit Maksym R. Shevchuk Oleh M. popup.nrat_date 2024-02-02 Close