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Microencapsulation through the conversion of an inorganic powder layer to the wall material

机译:通过将无机粉末层转化为壁材料进行微囊化

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A novel method of microencapsulation was developed with the aim of preparing heat storage materials. A core microsphere made of paraffin and xylitol was covered with a fine calcium hydroxide powder. By immersing it in a sodium silicate aqueous solution, the calcium hy-droxide powder layer was converted to a solid wall. This wall material revealed mechanical strength sufficient to endure the increase in volume by the melting of the core material. The differential scanning calorimeter analysis showed that the microcapsule would be usable for heat storage application.
机译:为了制备储热材料,开发了一种新的微囊化方法。由石蜡和木糖醇制成的核心微球被氢氧化钙细粉覆盖。通过将其浸入硅酸钠水溶液中,将氢氧化钙粉末层转化为固体壁。该壁材料显示出足以抵抗由于芯材料的熔化而导致的体积增加的机械强度。差示扫描量热仪分析表明该微胶囊可用于储热应用。

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