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Information × Registration Number 0218U001015, 0116U004756 , R & D reports Title Electronic, optical, and magnetic properties of nanostructured materials and low-dimensional systems. popup.stage_title Head Lozovski Valeri, Registration Date 10-01-2018 Organization Taras Shevchenko Kiev University popup.description2 Сonfiguration resonances of light absorption arising in nanocomposite films with metallic nano-clusters of various concentrations, shapes, and substrate properties are theoretically investigated. A numerical simulation of the optical properties of nanocomposite films was carried out for the first time. The fractional Talbot effect and the Talbot focusing with binary phase lattice are experimentally obtained. Factional Talbot planes with a focusing effect and good signal-to-noise ratio was found. The theoretical approach of calculation of the optical properties of nanocomposites and nanocomposite thin films has been improved. A method for searching optimal technological conditions to obtaining nanocomposite films with specified properties is proposed. The effect of antiviral therapy of complex Au-SiO2 nanoparticles drug has been demonstrated experimentally. The effect of antyviral activity of nanoparticles drug was explained on the base of local field distribution in the adenovirus-complex nanoparticle system. The temperature and frequency dependences of the conductivity of low-dimensional nanostructures obtained on the base of a new technique for modifying the electrophysical properties of germanium by high-energy proton irradiation are studied. The mechanisms of conductivity in such structures are established. Changes in the resistance of silicon under irradiation of the high energy protons are investigated and it is established that its changes are caused by the appearance of two modified layers with different properties. Product Description popup.authors Васильев А. Васильев Т. Глушко К. Данько В. Жарких Ю Козонущенко О. Колежук О. Корольова O. Костенко В. Кот О. Кухаренко О. Лисоченко С. Лозовський В. Мішакова Т. Разумова М. Русинчук Н. Садовнікова М. Серік М. popup.nrat_date 2020-04-02 Close