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Information × Registration Number 0225U003668, (0123U100911) , R & D reports Title Development of new polycomponent heat and heat alloys of the Nb-Ti-Al-Cr-Zr-Mo-X system (for working temperatures up to 1200 0C) and ultra-high temperature ceramic materials of the Zr-B-Si-W-Mo-X system (for working temperatures up to 1800 0С and higher) for modern gas turbine engines and rocket technology. popup.stage_title Розробка багатокомпонентних жароміцних сплавів та щільної ультрависокотемпературної кераміки та покриттів на основі дибориду цирконію. Head Hryhoriev Oleh M., Доктор фізико-математичних наук Registration Date 30-07-2025 Organization Frantsevich Institute for Problems of Materials Science National Academy of Science of Ukraine popup.description1 Development of technology for the extraction of powder of promising high-component heat alloys from the Nb-Ti-Al-Cr-Zr-Mo-Si-C system for victoria using the 3D method for the preparation of alloys from them; a combination of structural ceramic boron and boron materials, which can be combined in one composition when exposed to ultra-high temperatures (1600-2700 ° C), armor protection during high-impact shocks (Rt> 13 GRa), as well as stable in the minds of those popup.description2  New indentation methods with recording of embodiment diagrams at high loads (up to 1000 N) have been developed to determine the complex of mechanical properties of the developed cermets in comparison with the properties of the original ceramics, including high-entropy composites. The structures of the developed materials and the structural sensitivity of the complex of their mechanical and service properties (resistance to impact, abrasive wear and erosion) in the temperature range up to 1300 °C in aggressive environments have been studied. On the basis of these studies, new ceramic materials and cermets based on borides and carbides with high wear resistance at temperatures up to 800 °C have been developed Product Description popup.authors Mosina Tetiana V. Beha Mykola D. Subotin Volodymyr I. Mazur Petro V. Lytvynenko Yurii V. Hryhorev Oleh M. Viktor P. Solntsev Viktor M. Panashenko Vlasova Oksana V. Tetiana M. Pavlyho Olena V. Khomenko Zhunkivskyi Hryhorii L. Ihor L. Berezhynskyi Evdokimenko Yuriy I Vedel Dmytro V. Uskova Nataliia O. Tetiana О. Vasilieva Mamonova Alevtyna A. Liudmyla I. Velychko Khomenko Anatoliy I Frolov Gennadii Olexandrovych Domikhina Nataliia V. Korop Serhii M. Fatov Ihor I. Khomenko Oleksiy I. Halyna O. Maksimova Kyryliuk Yevheniia S. Kolotilo Oleksandr D. Stegniy Anatoliy I Volodymyr Y. Kharchenko Dmytro V. Borovik Lutsyuk Dmitry V Zubets Julia Yu Osipov Anton Ye. Vinova Lubov Ya. Zuberev Oleksii O. Bloshanevich Olexandr M Baschenko Oleg O Remeslo Victor V Kupriianova Olena O. Danylenko Mykola I. Molchanovska Halyna M. Baranovska Oksana V. Kyrylo D. Lutsiuk Petro S. Kosarev Maksym V. Proskurov Oleksandr M. Skalyha Tetiana F. Stupko Valerii S. Kharkovliuk Vira V. Shkabaturo Konstantin G. Zhunkovsky Volodymyr M. Ulanov Nadiya A. Bogoslavska Oleksiy D. Kostinov popup.nrat_date 2025-07-30 Close
R & D report
Head: Hryhoriev Oleh M.. Development of new polycomponent heat and heat alloys of the Nb-Ti-Al-Cr-Zr-Mo-X system (for working temperatures up to 1200 0C) and ultra-high temperature ceramic materials of the Zr-B-Si-W-Mo-X system (for working temperatures up to 1800 0С and higher) for modern gas turbine engines and rocket technology.. (popup.stage: Розробка багатокомпонентних жароміцних сплавів та щільної ультрависокотемпературної кераміки та покриттів на основі дибориду цирконію.). Frantsevich Institute for Problems of Materials Science National Academy of Science of Ukraine. № 0225U003668
1 documents found

Updated: 2026-03-24