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Information × Registration Number 0225U002307, (0120U103313) , R & D reports Title Influence of phase and structural states of eutectic alloys based on nickel and titanium on their physical and mechanical properties. popup.stage_title Вплив фазового та структурного станів евтектичних сплавів на основі нікелю та титану на їх фізико-механічні властивості. Head Cherepova Tetiana S., Доктор технічних наук Registration Date 03-03-2025 Organization Institute of Metal Physics. G.V. Kurdyumov of the National Academy of Sciences of Ukraine popup.description1 Determination of the relationship between structure and phase composition with physical-mechanical and hydrogen-sorption properties of alloyed eutectic alloys based on nickel and titanium. popup.description2 The relationship between the structure and phase composition with the physicomechanical and hydrogen-sorption properties of alloyed eutectic and hypereutectic alloys based on nickel, titanium and aluminum and the conditions for obtaining highly dispersed structures strengthened by borocarbides using the technology of ultra-rapid cooling of complex alloyed melts based on cobalt have been established. A new heat-resistant and wear-resistant nickel-based casting alloy strengthened by niobium carbide of the KhTN-66 brand has been developed - an analogue of serial cobalt alloys. Results have been obtained regarding its melting point, microstructure and phase composition, as well as hardness, heat resistance and linear wear at a temperature of 1073K. Materials - hydrogen sorbents for its safe transportation and storage in a bound state based on the Ti-Zr-Mn-V-Ni system for the needs of hydrogen energy have been synthesized. The alloys created on the Al–Mg–Ge system are competitive with modern industrial aluminum alloys in terms of their corrosion properties and strength characteristics. Modification of the KhTN-62 alloy fundamentally changes the phase composition of the alloy and allows obtaining amorphous-nanocrystalline ribbons with a volume fraction of the amorphous phase of about 70%.  Product Description popup.authors Yevlash Ihor K. Ievleva Tamara M. Baitaliuk Bohdan S. Balan Viktor Z. Boshko Oleh I. Hubich Larysa P. Dekhtiarenko Volodymyr A. Dmytriieva Halyna P. Zhyvolub Yevhenii L. Zahorulko Iryna V. Kyrylchuk Vasyl V. Levytska Larysa M. Lehka Tetiana M. Melnyk Ihor I. Myshko Raisa K. Nizameev Maksym S. Nosenko Anton V. Nosenko Viktor K. Priadko Tetiana V. Semyrhа Oleksаndr M. Fedorov Oleh P. popup.nrat_date 2025-03-03 Close