Both PCMs provide support of POWERHA and GPFS clustered software products.
两个PCM都提供POWERHA和GPFS集群软件产品的支持。
Both PCMs allow for any MPIO device to be used as a paging device and a dump device.
两个PCM都支持任何MPIO设备作为分页设备和转储设备使用。
Both PCMs provide for the ability to add paths to a device dynamically, dynamically remove or replace physical adapters, and support AIX and VIOS fibre channel dynamic device tracking.
这两个PCM都提供向一个设备动态添加路径的功能，也提供动态删除或替换物理适配器的功能，而且支持AIX和VIOS光纤通道动态设备跟踪。
Polyatomic alcohol is widely used in solid-solid PCMs which have only a limited diversity.
固—固相变材料种类较少，其中以多元醇应用最为广泛。
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。
The results of this investigation provide the design rules and key materials for the application of PCMs to false target.
研究结果为相变材料应用于假目标提供了理论依据和关键材料。
The results show that the greater the thermal conductivity of metal, the higher the effective thermal conductivity of PCMs.
结果表明，金属介质的导热系数越大，则相变材料的有效导热系数也越大；
Phase change materials (PCMs) and sensible heat materials applied in the heat energy storage technique have some fatal disadvantages.
但是目前储能技术中应用较多的两大类储能材料——相变材料和显热材料，均存在一些缺点。
On the basis of treating fiber with phase change materials (PCMs), the effect of PCMs on thermal insulation properties of concrete was investigated...
同时在此基础上采用相变材料对纤维进行处理，研究相变材料对混凝土材料保温性能的影响规律。
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。
Latent heat storage system based on phase change materials' (PCMs) melting and freezing is particularly suitable for solar energy heating, peak-shift of electrical demand and heat recovery.
基于相变材料熔化和凝固过程的相变潜热储能系统适用于太阳能加热、电力的‘削峰填谷’、热能回收。
So it is the focus and difficulty to develop a new type of composite energy storage material what can integrate advantages of PCMs and sensible heat material and get rid of their disadvantages.
因此，研制能够结合相变材料和显热材料二者优点，克服二者缺点的新型复合储能材料已经成为人们研究的热点和难点。
So it is the focus and difficulty to develop a new type of composite energy storage material what can integrate advantages of PCMs and sensible heat material and get rid of their disadvantages.
因此，研制能够结合相变材料和显热材料二者优点，克服二者缺点的新型复合储能材料已经成为人们研究的热点和难点。
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