Composition dependence of the thermodynamic activity and lattice parameter of ζ nickel-indium

Prediction and thermodynamic analysis of In-activities of In–Ni alloys

“…3. Comparison with also depicted experimental results of three other studies [7,8,11] available for 1000 K confirms the discrepancies stated in Ref. [3] at higher indium contents.…”

“…3 demonstrates that the data of Ref. [3] is satisfactory in line with the three other independent studies [7,8,11] for 1000 K across several phase fields at higher indium contents. Consequently the discrepancy stated in Ref.…”

“…4 contains all log( p In /bar)-values of the fifth column of Tables 2ae2d which are based on re-evaluated In-activities of the fourth column. Data of other experimental studies for 1000 K [7,8,11], 1050 K [6] together with experimental data for 1250 and 1350 K related to the liquid phase [9,11] are also shown. It can be seen that agreement with predictions of this study at the corresponding temperatures is very satisfactory.…”

Crystal structure of LuCu4−xSb2 (x=1.053)

“…Multiple substitution of each atom filling the space in between the columns of octahedra in the NiAs-type by two atoms leads to the formation of Ag 2 HgS 2 structure [10]. By further insertion of atoms into the MnBi structure (or by multiple substitutions of the individual atoms in the channels between octahedra in MnBi-type by jointed into the ribbons squares), Ni 2 In structure type [11] can be obtained. Ni 2 In and Ag 2 HgS 2 types are related by the multiple substitutions of each two atoms in Ag 2 HgS 2 by four atoms forming tetragons which are joined into plane nets in MnBi-type as it is shown in Fig.…”

Characterization of Cr-rich Cr-Sb multilayer films: Syntheses of a new metastable phase using modulated elemental reactants

“…[13], which is commonly adopted in 3d transition metal (TM) monoantimonides (a). In Ni 2 In-type structure, the crystallographic position (1/ 3,2/3,3/4) can be partially occupied by an additional transition metal (b) [14]. The arrows represent the magnetic moment of the Cr A and Cr B atoms as discussed in Section 3.8 Interatomic exchange interactions.…”