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Information × Registration Number 0212U006457, 0111U005554 , R & D reports Title Nanostructures based on fullerene-metalfullerene heterojunctions: obtaining, structure, transport and photoelectrical properties popup.stage_title Head Bazhin Anatoliy Ivanovich, Registration Date 06-04-2012 Organization Donetsk National University popup.description2 The methods of obtaining thin film metal-fullerene composites and technology of multilayer planar Schottky diode based on fulleren materials have been designed. The metal-fulleren composites (Ag: C60, Au: C60, Al: C60, Ti: C60, Cu: C60) were obtained using vacuum thermal method. Their atomic structure and optical properties have been studied. The defect structure of materials depending on the conditions of vacuum deposition and annealing have been studied. It was found that the simultaneous deposition of metals (Au, Ag, Cu) and fullerene formed nanocrystalline film consisting of a mixture of metal and fullerite crystallites, and fullerene molecules contribute to reducing the size of metal crystallites. It is possibility for forming a small particles which can cause surface plasmon resonance absorption. It was established that the mechanism of formation of composite C60:Ag films differs from the observed C60: Au and C60: Al systems, which may be due to the presence of a strong interaction between groups of Ag atoms and C60 molecules, and which resulted in formation of solid solution with C60 . In nanodispersed (Ag: C60, Au: C60, Al: C60, Cu: C60) films, if content of C60 less than 50% the surface plasmon resonance absorption was determined experimentally. The structure of Schottky - Glass Product Description popup.authors Глазунова Валентина Олександрівна Дорошкевич Олександр Сергійович Компанець Михайло Олександрович Корніч Григорій Володимирович Омельянович Сергій Сергійович Покінтелиця Артем Євгенович Стіпаненко Олександр Олександрович Ступак Володимир Аврамович Троцан Антоніна Миколаївна Чертопалов Сергій Васильович popup.nrat_date 2020-04-02 Close