Abstract Systems (LiF–CaF 2) eut.–LnF 3 (Ln= Sm, Gd, and Nd) were investigated by means
of thermal analysis and density measurements. Temperatures of primary crystallisation were …

A series of compounds KTaF6, K2TaF7 and K3TaF8 and KNbF6, K2NbF7 and K3NbF8 was
investigated by means of XPS and MAS NMR spectroscopy and DSC measurements …

A detailed physico-chemical investigation of molten system (LiF-NaF) eut-LaF 3 up to 15
mol% of LaF 3 has been done. The phase equilibria were measured by two independent …

The physicochemical behavior of the molten system (LiF (1)+ CaF2 (2)) eut+ LaF3 (3) has
been studied and the phase equilibria, density and volume properties, electrical …

The aims of the study were to investigate the physicochemical properties, such as the phase
equilibria (by the means of thermal analysis), density (by Archimedean method of hydrostatic …

Abstract Phase diagrams (solubility), density, electrical conductivity and viscosity of molten
system (MgF 2–CaF 2) eut–MgO have been investigated. The phase diagram of (MgF 2 …

Thermal analysis and the Archimedean method were used to determine the phase
equilibrium and density of the pseudo-binary system K 2 ZrF 6–K 2 TaF 7. Molar volume and …

In the Hall–Héroult process for the industrial production of aluminum, iron oxide impurities
are known to lower the current efficiency as well as the metal quality. Iron can be present in …

Thermal analysis of the two systems,(NaF/AlF3)-FeF3 and (NaF/AlF3)-FeO, was carried out
with three different cryolite ratios. In these systems,“impurity compounds” decreased the …

Different techniques are used to understand the Na3AlF6–FeF3 system behavior. Rietveld's
structure refinement analysis is successfully applied to determine the lattice parameters as …