Thermal and Magnetic Properties in Ce1−xErxAl2 Intermetallic Compounds

Hydrogen in R2Fe17 intermetallic compounds: Structural, thermodynamic, and magnetic properties

Differential thermal analysis and solution growth of intermetallic compounds

To obtain single crystals by solution growth, an exposed primary solidification surface in the appropriate, but often unknown, equilibrium alloy phase diagram is required. Furthermore, an appropriate crucible material is needed, necessary to hold the molten alloy during growth, without being attacked by it. Recently, we have used the comparison of realistic simulations with experimental differe...

Magnetic anisotropy in the cubic Laves REFe2 intermetallic compounds

In the past, the Callen–Callen (1965 Phys. Rev. 139 A455–71; 1966 J. Phys. Chem. Solids 27 1271–85) model has been highly successful in explaining the origin and temperature dependence of the magneto-crystalline anisotropy in many magnetic compounds. Yet, despite their high ordering temperatures of ∼650 K, the Callen–Callen model has proved insufficient for the REFe2 compounds. In this paper, w...

Thermal Expansion of Several Sn-based Intermetallic Compounds

Magnetic Properties of Clb-Type Pseudo-Ternary Intermetallic Compounds Pt1-xAuxMnSb*

been detected and their relations between the magnetic properties and the Mn-Mn interatomic distances and between the magnetic properties and the number of valence electrons have been investigated(17). Further studies have been carried out on the pseudo-ternary compounds Au1-xCuxMnSb(18), Pt1-xNixMnSb and Pt1-xCuxMnSb(19) which substituted mutually the first elements in AuMnSb and CuMnSb, PtMnS...