Molten salt mixtures. Part 1. Electrical conductivities, activation energies of ionic migration and molar volumes of molten binary halide mixtures

Abstract

Isotherms of equivalent conductivity, activation energy of ionic migration and molar volume show only slight deviations from linearity for the systems NaN02 + NaN03 CdI2 + CdC12 and KI + NaCl in which the phase diagrams indicate that no intermediate phases occur in the solid state. Similar effects are observed for the system KN03 + KBr for which the phase diagram indicates the formation of incongruently melting KNO3 . KBr.Hence, in all four systems, the molten mixtures do not exhibit any appreciable increase of covalent character compared with the individual molten constituents.

Molten Salts: Volume 4, Part 3, Bromides and Mixtures; Iodides and mixtures—Electrical conductance, density, viscosity, and surface tension data

“…[93][94].0.1) r. 1 / 2 +fiR74 r..log r.+19RA r., for cell constant range [10][11][12][13][14][15][16][17][18][19][20] cm-1 : A=149.936-94.88 C 1 / 2 +25.48 c·ln c+221.0 c-229 C 3 / 2 • In the equations above, cis the molar concentration. For conversion from concentration by weight to the molar concentration scale, solution density data are needed.…”

Influence of the Fin Design on the Melting and Solidification Process of NaNO3 in a Thermal Energy Storage System

“…(5), which is used for the liquid density of NaNO 3 in this work, is located between the data of Refs. [63,64].…”

Transient Numerical Simulation of the Melting and Solidification Behavior of NaNO3 Using a Wire Matrix for Enhancing the Heat Transfer

“…A comparison with available data in the literature shows that the polynomial used for the liquid density of NaNO 3 in this work is located between the data of [41,42]. Following [43], the dynamic viscosity of the liquid PCM has been expressed as…”