▎ 摘　　要

NOVELTY - Movable semi-packaged solid-liquid phase change heat storage material comprises solid-liquid phase change heat storage substrate melt marbles or the solid marbles formed from the phase change of melt marbles that are formed by coating the solid-liquid phase change heat storage substrate phobic melt powder on the surface of the solid-liquid phase change heat storage substrate melt. USE - The movable semi-packaged solid-liquid phase change heat storage material is useful in energy storage and release, and substance transfer, where the substance in the substance transfer comprises water, hydrogen sulfide, carbon dioxide, sulfur oxide, nitrogen oxide or volatile organic matter (claimed). ADVANTAGE - The movable semi-packaged solid-liquid phase change heat storage material can provide dual control of thermal fluid composition and temperature. DETAILED DESCRIPTION - An INDEPENDENT CLAIM is included for preparing solid-liquid phase change heat storage material which involves using solid-liquid phase change heat storage substrate powder and solid-liquid phase change heat storage substrate phobic melt powder as raw materials; measuring the solid-liquid phase change heat storage base material powder and the solid-liquid phase change heat storage substrate phobic melt according to a mass ratio of (1-1000):1; melting coating or pre-mixing melting process to prepare melt elastic ball; the melting coating process is as follows: the solid-liquid phase change heat storage substrate powder is heated and melted on a solid-liquid phase change heat storage substrate phobic melt heating plate that is higher than the melting point of the solid-liquid phase change heat storage substrate and is lower than the decomposition temperature of the solid-liquid phase change heat storage substrate, then the solid-liquid phase change heat storage base material melt is rolled on the solid-liquid phase change heat storage substrate melt powder arranged on the solid-liquid phase change heat storage substrate super-phobic melt heating plate, making the solid-liquid phase change heat storage substrate melt powder to be coated on the surface of the solid-liquid phase change heat storage substrate melt to form a melt marbles; the pre-mixing melting process is as follows: placing the mixture formed by uniformly mixing the solid-liquid phase change heat storage substrate powder and the solid-liquid phase change heat storage substrate phobic melt powder on the solid-liquid phase change heat storage substrate phobic melt heating plate that is higher than the melting point of the solid-liquid phase change heat storage substrate and is lower than the decomposition temperature of the solid-liquid phase change heat storage substrate for heating and melting, after the solid-liquid phase change heat storage base material powder in the mixture is melted and gathered into solid-liquid phase change heat storage base material melt, the solid-liquid phase change heat storage substrate phobic melt powder is coated on the surface of the solid-liquid phase change heat storage substrate melt to form melt marbles.