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Information × Registration Number 0209U002068, 0107U007816 , R & D reports Title The development of a technique of production of cards of orientation of clusters on edges of a growing chip by a method of diffraction of reflected electrons with a spatial resolving power 10 nms and is less popup.stage_title Head Gordiyko Natalija Alexandrovna, Registration Date 19-01-2009 Organization National Technscal University of Ukraine "Kiev Polytechnic Institute". popup.description2 The objects of a research - methods of diffraction of reflected electrons for obtaining cards of orientation of clusters on edges of growing chips with space allowing 10 nms are lower, difractograms of reflected electrons, and also microlayers of polycarbonates. The objective of operation - development of a technique of obtaining of cards of orientation of clusters on edges of a growing chip by a method of diffraction of reflected electrons with space allowing 10 nms і is lower. Method of a research - analysis of cards of orientation of clusters on edges of growing chips, method of diffraction of reflected electrons, method of Kikuchi-diffraction and methods, complex physical-chemical methods for a level-by-level research of edges of polycrystalline chips. The researches by methods of diffraction of reflected electrons for obtaining cards of orientation of clusters on edges of growing chips are conducted. Are investigated Kikuchi-difractograms, obtained on chips of polycarbonates by special methods ofdiffraction of reflected electrons. The phase structure of microlayers of polycarbonates by a method of Kikuchi-diffraction in matching with Bregg-methods for refinement of a technique of obtaining of cards of orientation of clusters is defined. The Kikuchi-bars in diffractive pictures of electrons of average energy in level-by-level researches of polychips A|||ВV are generated. The analysis of pictures of orientation of clusters is conducted. The recommendations for their obtaining are developed. The technique of obtaining of cards of orientation of clusters by a method of diffraction of reflected electrons is developed. The forecasting assumption of development of the object of a research - research of connections of an inorganic and organic nature in nanodimensional a range, development of methods of diagnostics of instruments nanophysics and nanoelectronics. Product Description popup.authors popup.nrat_date 2020-04-02 Close