1) cooling plate
蓄冷板
1.
The structure and accumulating cold mechanism of the cooling plate are described.
阐述了蓄冷板的结构及其蓄冷工作机理，分析了蓄冷剂的性能、蓄冷剂融点的确定以及蓄冷量的确定，并介绍了蓄冷板在冷藏汽车上的应用效
2) cool storage
蓄冷
1.
Optimal design of packed bed for phase change material cool storage;
相变材料蓄冷堆积床的优化设计
2.
Construction of cool storage cryogenic logistics system in Yangtze River Delta;
长三角地区蓄冷式低温物流体系的搭建
3.
Experiment on cool storage performance of a low-temperature phase change material;
低温相变蓄冷材料蓄冷特性实验研究
3) cold storage
蓄冷
1.
In addition,we design a flow of LNG cold storage equipment and illuminate its appliance,emphasizing on its appliance in LNG carrier.
分析了中国液化天然气的发展,讨论了液化天然气的性质及冷能的运用前景,构造了液化天然气蓄冷装置并对其应用作了说明,着重论述了LNG蓄冷装置在LNG船上的应用情况。
2.
Four heat rejection systems designed to enhance the spacecraft heat rejection rate for short intervals with the lightest possible system were a single phase loop, a cold storage-single phase loop, a heat pump-single phase loop, and a cold storage-heat pump loop.
为既能提高航天器排热能力,又能降低排热系统质量,提出了单相流体回路、蓄冷单相流体回路、热泵单相流体回路、蓄冷热泵回路4种排热方案,计算了各方案排热能力和系统质量构成。
3.
Adsorption cold storage is an innovative cold storage with large storage capacity and zero cold energy loss during the storage process.
吸附式蓄冷是一种蓄冷过程无能量损失且蓄冷量较大的储能方式 ,可以有效地利用太阳能或工业余热等低品位能量来制冷并长期储存 。
4) thermal storage
蓄冷
1.
On characteristic about direct evaporation ice-on-coil thermal storage;
直接蒸发冰盘管蓄冷特性研究
2.
Analysis of heat and mass transfer in gas hydrate thermal storage;
间接式水合物蓄冷装置中传热传质过程分析
3.
The method of supplying air with thermal storage and water supply in low temperature in central air conditioning system was analyzed and discussed.
对低温蓄冷低温送水中央空调系统中的送风方式进行了分析与探讨 ,认为采用回风、新风、露点风混合调节到合适的温、湿度送风的方式比低温送风方式要
5) cold-storage
蓄冷
1.
Research on Clathrate Hydrate of Tetra-n-butylammonium Bromide as Cold-Storage Material in Air-conditioning;
四丁基溴化铵水合物在空调蓄冷中的应用研究
2.
Three design models of the cold-source of central air conditioning systems are discussed: regular water cooled chiller operation,partial cold-storage operation,and full cold-storage operation.
讨论了中央空调系统冷源的三种配置模型,设计了常规冷水机组运行、部分蓄冷运行和全部蓄冷运行的方案,分析了部分蓄冷运行和全部蓄冷运行的使用条件。
3.
An investigation and analysis on non-Newtonian rheologic characteristic and heat transfer performance for a new O/W-type emulsion in a circular tube before and after phase changing, results obtained indicated that the emulsion, as a new cold-storage material, had some advantages in the convective heat transfer performance.
针对新型Ｏ／Ｗ相变乳状液的非牛顿流变特性和在园管中发生相变前后的传热性能进行了测试和分析，所得结果表明它作为一种全新的蓄冷介质在对流传热方面具有性能优势。
6) cool thermal storage
蓄冷
1.
Preliminary design of the air conditioning system with cool thermal storage;
空调工程中的蓄冷技术──第四讲 蓄冷空调系统的初步设计
2.
A two stage cool thermal storage system is put forward in the first time.
首次提出了一种双级蓄冷系统,该系统可在蓄冷工况和供冷工况两种工况下运行,在蓄冷工况下可同时在蓄冷水池和蓄冰槽内蓄冷。
3.
As the new material used to cool thermal storage air conditioning, binary ice have extremely wide application prospects.
二元冰(BinaryIce)是当前蓄冷空调使用的新型介质,有着极为广阔的应用前景。
参考词条
补充资料：蓄冷器（regenerator）
蓄冷器（regenerator）
是一种回热式热交换器，在低温循环中，它与热交换器的功能相同，即通过热量的交换，达到积蓄冷量的目的。蓄冷器只有一个通道。冷、热流体分别交替通过，它的传热过程在时间上分为加热与冷却两个阶段。在加热阶段，热流体通过蓄冷器，使蓄冷器中填料被加热，同时流体被冷却；在冷却阶段，冷流体反向通过蓄冷器，使蓄冷器填料被冷却而流体被加热，由于它在冷却热流体的过程会产生低温的物理吸附，使流体得到纯化。它的填料可用铜丝绒、不锈钢丝绒、小铅丸、铝矾及硫化铕等。它的比表面积可达3000～6000m2/m3，热交换的效率可达99，流阻小，流体经过时的压降也小，在液化器和气体制冷机中被广泛的使用。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。