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Information × Registration Number 0119U100778, ( 0223U003115  ) R & D request Title 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., Доктор хімічних наук Registration Date 19-02-2019 Organization Institute of Problems of Materials Science named after IM Frantsevich of the National Academy of Sciences of Ukraine popup.description1 Obtaining of new scientific information on the thermodynamics of alloys formation in the binary and ternary systems formed by aluminum (tin) with heavy REM (the Al (Sn)–Gd–Ni, Al–Sm (Yb)–Ni systems), REM and antimony with d–metals (Ti–Sb–Ce, Cu–Ge–Yb, Sr–Sb), on the constitution of the phase diagrams (or fragments of them) of the quaternary Mo–Nb–Ti–Zr and Hf–Ru–Rh–Ir systems and boundary ternaries; ternary Al–Cr–Mo, Ni–Ti (Sс) –Zr, Cu–Ni (Hf)–Ti, Cu–Hf–Ti, Zr–Co–Sn and Ti–Fe–Sn systems, the binary Rh–Ir system; determination of regularities of structure formation in the systems formed by aluminum with 3d–metals of the IV–VI groups (titanium, vanadium, chromium) and d–metals of the VI–VIII groups on the basis of generalization of the proper and literature data; analysis of the topology of the phase diagrams of the systems Al–3dMIV÷VI–dMVI÷VIII and the possibilities of practical application of the received data. These data will form the scientific basis for the development of new alloys of versatile appointment and will allow to formulate criteria for the choice of alloys with the predicted level of properties and propositions on the technology of their obtaining. popup.nrat_date 2024-12-10 Close