储热材料 meaning in Chinese
material for storing heat
thermal storage material
Examples
- The structure and thermal properties of pcms were then characterized by means of sem and dsc
采用扫描电镜( sem )和差示扫描量热分析( dsc )对复合相变储热材料的结构和热性能进行了表征。 - This product adopts imported special material for storing heat , so its heating can last five hours after it is once switched on
该产品采用进口特殊储热材料，故一次通电即可供热持续五小时。 - Moreover , tested results of heat storage and release indicate that the time of thermal - energy storage and release of the composite pcm containing 80 % of paraffin decreases respectively by 69 . 7 % and 80 . 2 % , as compared with that of paraffin
储(放)热性能测试结果表明，含80 %石蜡的复合相变储热材料其储热时间比石蜡减少69 . 7 % ，放热时间减少80 . 2 % 。 - Composite paraffin / expanded graphite phase - change materials ( pcms ) respectively containing 50 % ( mass fraction , below the same ) , 60 % , 70 % and 80 % of paraffin were prepared by using paraffin as a latent heat - storage material and expanded graphite as a supporting matrix
摘要以有机物石蜡为相变材料、膨胀石墨为支撑结构，利用膨胀石墨的多孔吸附特性，制备出了石蜡含量分别为50 % （质量分数，下同） ， 60 % ， 70 %和80 %的石蜡膨胀石墨复合相变储热材料。 - It is shown that paraffin can be uniformly absorbed into the pore network of expanded graphite , that expanded graphite remains its vermiform structure in pcms , that the phase - change temperatures of composite pcms are similar to that of paraffin , and that the latent heat of composite pcms is are based on the mass fraction of paraffin in the composite materials
结果表明：膨胀石墨吸附石蜡后仍然保持了原来疏松多孔的蠕虫状形态，石蜡被膨胀石墨微孔所吸附；复合相变储热材料的相变温度与石蜡相似，其相变潜热与基于复合材料中石蜡含量的潜热计算值相当。