Long-period structure in Cu–Pd–Me and Ti–Al–Me metallic alloys

Structure feature of ternary state diagrams of Cr-Ti-V and Cr-Mn-V systems

“…To search of the regularities of structural and phase states in binary and ternary systems, the authors used an approach based on analysis of crystal-geometric and crystal-chemical characteristics of metallic compounds and solid solutions [12][13][14][15] A peculiarity of the binary and ternary systems under consideration is conditioned by the electronic structure of alloy-forming elements and a dimensional factor. The electronic structure and the structure of alloy-forming elements and their crystal structures in these systems are given in the Table 1.…”

“…Therefore, in the framework of the approach, transformation of alloys in the Cr-Ti-V system in high-entropic alloys, it is of interest to research what influence additional Mn alloying can exert on structuralphase states of one-phase alloys (Cr, Mn, Ti, V,) in a disordered state based on the BCC lattice. Earlier to search for regularities when studying peculiarities of structural and phase states in binary and ternary systems, the authors used an approach based on analysis of crystal-geometric and crystal-chemical characteristics of metallic compounds and solid solutions [12][13][14][15]. The purpose of this paper is to present the results of researching the features of structural and phase states in ternary Cr-Ti-V and Cr-Mn-V systems based on the analysis of binary state diagrams, forming them, and crystal-geometric and crystal-chemical factors.…”