In this study, the Born-Mayer potential was used to calculate the physicochemical properties
of the FLiNaK ternary eutectic. The commonly used Fumi and Tosi parameters were here …

Currently, the novel technologies of gadolinium electrochemical production from raw oxide
materials using molten oxide-salt media are being developed. To understand the …

Oxide impurities affect the performance of the molten mixtures applicable in molten salt
reactors. To reveal the underlying reasons of changes in physicochemical properties, the in …

This study is devoted to the physicochemical properties of CeF3–FLiNaK molten mixture
with various CeF3 concentrations. Density, local structure, mean ion pair lifetimes, heat …

The local structure of the 0.85 FLiNaK–0.15 CeF 3 melt has been revealed by means of ab
initio molecular dynamics. According to the simulation results, cerium in the melt is mainly …

The mechanism and kinetic parameters of the interaction of the FLiNaK–CeF3 melt with
water vapors and oxygen in the air atmosphere were determined using Raman and IR …

The electrical conductivity of LiCl-GdCl3 molten systems with the gadolinium chloride
additions ranging from 0 to 23 mol% was measured depending on both the temperature and …

Computer simulation of molten nickel fluoride is performed using classical molecular
dynamics in the temperature range from 1750 to 1900 K. The pair potential parameters …

Abstract The eutectic mixture LiF–NaF–KF (FLiNaK) is promising as a carrier salt for molten-
salt reactors. Cerium fluoride CeF 3 can be considered as a simulant of plutonium fluoride …

Computer modeling of molten nickel fluoride was carried out using classical molecular
dynamics in the temperature range 1750–1900 K. The density of crystalline NiF 2 with a …