Energy transfer by ionic liquid in melts of multicomponent reciprocal salt system

The energy transfer in melts by lithium chloride involving in four-component mutual salt systems from six salts with the participation of alkali metal halides and sulfates and five-component mutual system from nine Li, Na, K // F, Cl, SO4 salts was examined with the aim of developing methods for preparing salt composition with the heat-storage properties. Owing to use of geometric, thermochemical and energetic models for the first time the lithium chloride ionic liquid quantitative contribution was shown in growth of power capacity of salt mixtures. Several ionic liquids, which part may be different in accordance to the conditions of the technological process pursuance, may be present in the mutual salt systems by six and nine salts in the melt