1) phase change material for heat storage
相变储热材料
1.
However the coefficient of heat conductivity of simplex phase change material for heat storage is low and the material will turn to liquid when it reach to the phase change temperature, the feasibility for practical application is small.
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。
2) composite phase-change thermal energy storage materials
复合相变储热材料
1.
Study on the preparation and performance of stearic acid/SiO_2 composite phase-change thermal energy storage materials;
硬脂酸/二氧化硅复合相变储热材料制备及性能研究
3) phase change materials of metal
金属相变储热材料
4) phase change material
相变储能材料
1.
The characteristics,classification,application status of phase change materials(PCM),and the public mobile communication base stations are introduced.
介绍了相变储能材料的特性、分类和应用现状,以及公用移动通信基站的简要情况。
2.
Phase diagram prediction in a thermodynamic model is an effective way for the design of phase change materials using molten salt hydrates as agent, and strong prediction ability of the model used is a precondition for this work.
用热力学模型预测相图,是一种高效快捷省时省力的熔盐水合物相变储能材料设计的方法,模型预测能力强弱是这一方法成功的关键。
5) phase change materials
相变储能材料
1.
The thermal energy storage materials,especially the phase change materials for thermal energy storage system,were reviewed including the development and basic application.
回顾了储能材料尤其是相变储能材料的发展及基本应用。
6) phase change materials
相变存储材料
1.
The basic principle of operation, significant advantages, material structures, existent problems and latest progresses of the phase change materials are discussed in the review.
文章介绍了相变存储材料的特点,工作原理,相变材料结构及面临的技术难题。
2.
In this paper,the basic principle of operation and the performance requirements of phase change materials are briefly introduced.
简要介绍了相变存储材料的工作原理和对相变存储材料的性能要求,综述了近年来国内外在相变材料存储性能的优化、存储机理以及面临的关键问题等方面的最新研究成果,最后展望了相变存储材料的研究和发展趋势。
补充资料：相变热
分子式：
CAS号：
性质：定量物体在一定的温度下由一个相转变为另一个相时吸收或放出的热。因为气化、熔化、升华等均属相变过程，故气化热、熔化热、升华热等均为相变热或称潜热(latent heat)。
CAS号：
性质：定量物体在一定的温度下由一个相转变为另一个相时吸收或放出的热。因为气化、熔化、升华等均属相变过程，故气化热、熔化热、升华热等均为相变热或称潜热(latent heat)。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条