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8 documents found
R & D report
Phase diagrams and thermodynamics of alloys of multicomponent systems based on transition metals of group IV (titanium, zirconium, hafnium), metals of group VIII and rare earth elements as a scientific basis for the design of new structural alloys and functional materials with special properties and materials for nuclear energetic
Head: Anatolii A. Bondar. Phase diagrams and thermodynamics of alloys of multicomponent systems based on transition metals of group IV (titanium, zirconium, hafnium), metals of group VIII and rare earth elements as a scientific basis for the design of new structural alloys and functional materials with special properties and materials for nuclear energetic. (popup.stage: Діаграми стану та термодинаміка сплавів багатокомпонентних систем на основі перехідних металів IV групи (титану, цирконію, гафнію), металів VIII групи та рідкісноземельних елементів як науковий базис розробки дизайну нових конструкційних сплавів та функціональних матеріалів з особливими властивостями та матеріалів для ядерної енергетики). Frantsevich Institute for Problems of Materials Science National Academy of Science of Ukraine. № 0225U002081
R & D report
Investigation of the stability of phases and phase transformations in multicomponent systems based on 3d and 4d-metals, thermodynamics of binary and ternary systems, formed by aluminum (tin) with heavy REM, and physical and physico-mechanical properties of alloys as physico-chemical principles for the development of functional materials with special properties and materials for implants
Head: Bondar Anatolii A.. Investigation of the stability of phases and phase transformations in multicomponent systems based on 3d and 4d-metals, thermodynamics of binary and ternary systems, formed by aluminum (tin) with heavy REM, and physical and physico-mechanical properties of alloys as physico-chemical principles for the development of functional materials with special properties and materials for implants. (popup.stage: ). Institute of Problems of Materials Science named after IM Frantsevich of the National Academy of Sciences of Ukraine. № 0223U003115
R & D report
Creation of physical and chemical bases of the multicomponent TiAl-based alloys development and of their protection against aggressive environments
Head: Velykanova Tamara Ya.. Creation of physical and chemical bases of the multicomponent TiAl-based alloys development and of their protection against aggressive environments. (popup.stage: ). Institute of Problems of Materials Science named after IM Frantsevich of the National Academy of Sciences of Ukraine. № 0222U004607
Candidate dissertation
Phase Diagrams and Alloy Properties in Systems Molybdenum– Iron–Boron and Molybdenum–Nickel–Boron
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Utkin Sergiy Viktorovych. Phase Diagrams and Alloy Properties in Systems Molybdenum– Iron–Boron and Molybdenum–Nickel–Boron : Кандидат хімічних наук : spec.. 02.00.04 - Фізична хімія : presented. 2021-12-14; popup.evolution: .; Institute of Problems of Materials Science named after IM Frantsevich of the National Academy of Sciences of Ukraine. – Київ, 0421U104007.
R & D report
Phase diagrams and thermodynamics of alloys of the multicomponent systems based on titanium, VIII group metals and rare-earth elements as physico-chemical basis of high-strength complex alloys, titanium- and aluminum-matrix composites and functional materials with specific properties design
Head: Velikanova Tamara Yakivna. Phase diagrams and thermodynamics of alloys of the multicomponent systems based on titanium, VIII group metals and rare-earth elements as physico-chemical basis of high-strength complex alloys, titanium- and aluminum-matrix composites and functional materials with specific properties design. (popup.stage: ). I.N.Frantsevich Institute for Problems of Materials Science of NAS of Ukraine. № 0216U001738
R & D report
Investigation of phase stability and phase transformations in the multicomponent systems formed by titanium, chromium, d-metals of the VIII Group with aluminum, tin, rare-earth and other elements as scientific principles of design of new light heat-resistant constructional alloys and functional materials with specific properties.
Head: Velikanova Tamara Yakivna. Investigation of phase stability and phase transformations in the multicomponent systems formed by titanium, chromium, d-metals of the VIII Group with aluminum, tin, rare-earth and other elements as scientific principles of design of new light heat-resistant constructional alloys and functional materials with specific properties.. (popup.stage: ). Frantzevich Insitute for Materials Science Problems of the Ukranian National Academy of Sciences. № 0213U007035
R & D report
Creation of hard alloys based on tetragonal boride (Mo,Ni,Cr)3B2
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Head: Sergiy V. Utkin. Creation of hard alloys based on tetragonal boride (Mo,Ni,Cr)3B2. (popup.stage: ). I.N.Frantsevich Institute for Probmens of Materials Sciences Ukrainian Academy of Science. № 0206U004778
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Creation of hard alloys based on tetragonal boride (Mo,Ni,Cr)3B2
Head: Уткін Сергій Вікторович. Creation of hard alloys based on tetragonal boride (Mo,Ni,Cr)3B2. Institute for Problems in Materials Science. № 0105U001912
8 documents found

Updated: 2026-11-07


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