A Physical Model of Molten Salt Data Alexander Redkin, Yurii Zaikov, Olga Tkatcheva, and Anatoly Shuryghin

The equations, taking into account the deviations of the molar volumes from their additive values, are applicable to all binarysystems involving known rare earth dichlorides. Key

Dependence of maxi- mum relative deviations from additivity of molar volumes of MCl-MeCl 2 molten mixtures on the cationic radius of alkali metals (data for calculations of K

The observed changes in the position of absorption band maxima and optical density with changing tem- perature and cationic composition of salt solvent al- lows us to coordinate

Phase Densities of Molten Binary Mixtures of Alkali Halogenides with Limited Mutual Solubility..

Molecular dynamics simulations of molten (La 1 / 3 , K)Cl at 1123 K have been performed in order to investigate the correlation between simulated dynamical properties such as

a Department of Environmental Resources Management, Overseas Chinese Institute of Technology, Taichung, Taiwan, R.O.C.. b Graduate School of Engineering Science and Technology

We modified a recently constructed high-pressure probe head [7] which can be used at pressures up to 200 MPa at 613 K, to operate in the temperature range 293 to 323 K.. Due to the

In the present work some physical properties of binary zinc chloride-dimethylsulfone (ZnCl 2 - DMSO 2 ) melts were investigated; the phase diagram was determined by