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Information × Registration Number 0221U101330, 0120U001009 , R & D reports Title Development of scientific bases for efficient use of energy and technogenic resources in technologies of composite, ceramic and glass materials for modern technical objects popup.stage_title Head Kapustenko Petro O., Кандидат технічних наук Registration Date 19-01-2021 Organization National Technical University "Kharkiv Polytechnic Institute" popup.description2 The object of development is physical and chemical processes and energy-saving modes of production of ceramic, composite and glass materials with specified technical and operational properties, obtained using technogenic materials. The purpose of the development - developed of the theoretical principles, new technological methods and parameters for energy-saving production of composite, ceramic and glass materials with the rational use of industrial waste as a secondary functional and / or energy raw material. Research methods and equipment - thermodynamic, XRD, DTA, optical and scanning electron microscopy. Physical, mechanical and technical characteristics were determined in accordance with the current GOSTs and international ISO standards. The experimental data were processed using the methods of mathematical statistics. Theoretical and practical results - new information has been obtained about resource-valuable industrial waste in Ukraine, promising for use in ceramic technologies, in the production of composite binders, as well as instrumental composites, and new methods of their technological preparation have been proposed. The database for the complex analysis of resource-valuable industrial waste, focused on silicate technologies, has been improved. In the direction of energy saving, an information and analytical database has been created on the parameters of current technological processes in the industrial production of special optical and float glasses. Novelty - the concept has been proposed for determining the technological quality of wastes based on their environmental safety, material and chemical composition, physicochemical properties and functional role in the production of various groups of silicate materials. The theoretical principles of regulating the spectral characteristics of infrared glasses, absorbing in the visible spectrum and transmitting in the infrared spectrum, have been developed, which consist in varying the ratio of dyes, taking  Product Description popup.authors Brahina Lyudmyla, L. Halushka Yaroslav O. Hamova Olga O. Deviatova Natalya B. Kapko Vadym O. Kapustenko Petro O. Kartyshev Sergii V. Korohodska Alla M. Kryvobok Ruslan V. Lihezin Stanislav L. Levadna Svitlana V. Markova Natalya B. Nahornyj Andrei O. Pitak Yaroslav M. Petrov Dmytro V. Ryshchenko Mykhailo I. Ryabinin Svyatoslav O. Starolat Olena Ye. Taranenkova Viktoriya V. Fedorenko Dmytro O. Fedorenko Olena Yu. Shabanova Halyna M. Shumejko Vita M. Shchyukina Lyudmyla P. Yaitskyi Sergii M. Yashchenko Larysa O. popup.nrat_date 2021-01-19 Close