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Information × Registration Number 0204U003082, 0101U003511 , R & D reports Title The development of a process engineering and design of nanostructures in multi-element hybrid pyrodetectors popup.stage_title Head Voronov Sergey Alexandrovitch, Registration Date 28-01-2004 Organization National Technscal University of Ukraine "Kiev Polytechnic Institute". popup.description2 Objects of activity were materials used for formation of nanolayers in various designs of multi-element thermal receivers. The purpose of activity was modeling of technological processes, study of properties of materials, which are used for formation of nanolayers in various designs of multielement thermal receivers. A method of research - calculus of technological processes. The equations for cylindrical coordinate system are obtained, the boundary conditions are determined. The set of equations is obtained, which solution is obtained in the analytical form. The solutions of a problem for a semibounded skew field з to constants and modulated heat flow are obtained. The experiment for check of thermodynamic calculations with simultaneous measurement of pyroelectric coefficient of layers is conducted. The experiment on obtaining nanostructural of TGS-layers is conducted which has proved a capability of production of layers by thickness 200-300 nms. A feroelectric film are synthesized in vacuum і from aTGS-solution, which put on a technological substrate, from an alloy of a acentricity crystals influencing on temperature and flying noise are investigated. For formation of the topological schemes and designs of nanostructures the software because of complex "STALKER/PC" is developed. The use of feroelectric recordings expands functionalities of feroelectric materials, for example, in piezotechniques, thermal imaging. The novel applications of ferroelectrics are connected to use of recordings, and the attitude of their use will be determined by obtained knowledge's in the field of physics, chemistry both process engineering of film ferroelectrics and surfaces. Product Description popup.authors popup.nrat_date 2020-04-02 Close