The latent heat of fusion and heat capacities of paraffin wax are important parameters in design and calculation of thermal energy storage system.
潜热的融合和热的能力，石蜡是重要的参数设计与计算热储能系统。
The thermal energy storage materials, especially the phase change materials for thermal energy storage system, were reviewed including the development and basic application.
但是单纯的相变储热材料存在导热性能差、达到相变温度后液态化的缺点，实际应用可能性不大。
Using heat pipes as the heat transfer component in latent heat thermal energy storage system, a set of heat pipe heat exchanger with latent heat storage was designed and manufactured.
将热管作为换热元件应用于相变蓄热系统中，研制了一套热管式相变蓄热换热器。
The results show that the material has higher latent heat and better thermal stability, so it can be used in thermal energy storage and heat recovery system.
测试结果表明，该储能材料具有较高的相变潜热和较好的热稳定性，因此可被应用于储能和热能回收系统中。
The enthalpy method was employed to investigate the phase change process in a latent thermal energy storage(LTES) system using multiple phase change materials(PCMs).
采用焓法对组合式相变材料（PCM）储热系统的相变过程进行了数值计算，分析了组合式相变材料中各个PCM组分质量分数的变化对系统储热性能的影响。
The enthalpy method was employed to investigate the phase change process in a latent thermal energy storage(LTES) system using multiple phase change materials(PCMs).
采用焓法 ，分析了蓄能相变材料相变区比热特性对其蓄换热性能的影响。
The enthalpy method was employed to investigate the phase change process in a latent thermal energy storage(LTES) system using multiple phase change materials(PCMs).
采用焓法 ，分析了蓄能相变材料相变区比热特性对其蓄换热性能的影响。
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