The electrolyte is considered to play the role of blood in an aluminum reduction cell and
performs several vital functions as the charge transfer, the mass dissolution and transfer, the …

Porous Al 2 O 3 ceramics with long-range inter-locked platelet structures were prepared by a
facile gel-casting method using cryolite and β-SiC as additives. An extremely high mass …

The particle size distribution (PSD), composition, morphology, and formation mechanism of
particulate matter (PM) released from the combustion of spent pot lining with and without …

Abstract Anodic processes on Cu− 10Al electrode in molten KF− AlF 3− Al 2 O 3 (saturated)
and suspensions were characterized using chronopotentiometric and cyclic voltammetric …

A new method for the disposal of the spent refractory materials by adding them directly to
electrolytic cells requires our better knowledge of the Na3AlF6–Al2O3–SiO2 melt system …

The electrical conductivity of molten systems of (LiF–CaF 2) eut–NdF 3 and (LiF–NaF) eut–
NdF 3 was experimentally determined as a function of temperature and concentration of NdF …

Density, viscosity and electrical conductivity of the molten system Na 3 AlF 6–SiO 2 have
been investigated in the concentration range up to 50 mole% of SiO 2. Density was …

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 segregation of aluminum-silicon alloys directly impacts the mechanical and chemical
properties of the alloys, Therefore, homogenization of alloys is of great significance for …

The physicochemical properties of the (LiF (1)+ MgF2 (2)) eut+ LaF3 (3) molten system have
been investigated. The phase equilibria, density and volume properties, electrical …