High temperature heat transfer fluids like molten salts and molten metals will unlock the
higher efficiency and lower cost of next generation grid scale energy sources such as …

Molten salts and molten salt mixtures (will be referred as molten salts for convenience) are
important heat storage media and heat transfer fluids for concentrated solar power plants …

Abstract Bi 4 O 5 Br x I 2-x C y solid solutions with simultaneous bismuth-enriched and low
temperature homogeneous C doping were obtained by the phase crystal reforming of BiOI …

Molten salts are being proposed for numerous advanced energy applications, including
advanced nuclear reactors, concentrating solar power plants, thermal energy storage, and …

This study presents a theoretical model, based on kinetic theory, for accurately predicting
thermal conductivity in molten salt mixtures, a vital factor in designing advanced energy …

The paper presents the results, which are consistent within 2%, obtained both in the
simulation of molecular dynamics and in the experiment on the study of the kinetic properties …

Abstract Densities of molten KCl-NaCl-UCl 3 and KCl-NaCl-YCl 3 ternary systems have
been estimated using a multidimensional Redlich-Kister model. Temperature and …

Molten salt pyrolysis technology stands out as a potent approach for achieving efficient
degradation and energy recovery of composite organic materials. Nevertheless, challenges …

A theoretical model for predicting the temperature-dependent thermal conductivity of pure
molten salts, both simple and complex, is presented. The model is based on kinetic theory …

Many power generation processes feature some type of working fluid that plays a critical role
in the transfer of heat throughout the system. To optimize thermal efficiencies, an accurate …