1) Ice storage tank
蓄冰桶
2) ice storage
蓄冰
1.
The advantages of modularized ice storage air conditioning system were analyzed in this paper.
本文主要介绍了模块化蓄冰空调系统的原理、结构和设计方法,分析了蓄冰空调系统的优点,并给出了定频模块和变频模块两种不同的设计方案,对以后蓄冰空调的设计具有一定的参考意义。
2.
Presents the ice storage system scheme without refrigerating unit for base load, and represents an optimized design scheme.
从系统经济性方面将两种方案与常规空调系统进行了比较,指出在冰蓄冷系统设计中应合理匹配基载主机与蓄冰主机,优化系统的经济性。
3.
Thus the model developed is rational and provides a basis for the engineering design and research in systematic study of the ice storage.
建立了直接蒸发冰盘管系统结冰过程的数学模型，并对其进行了模拟求解和实验研究实验结果和模拟结果相一致从而验证了模型的合理性为系统蓄冰性能的研究和工程设计提供了依据。
3) ice-storage
蓄冰
1.
Skill of combination of ice-storage and hot pump;
蓄冰与热泵相结合的技术
2.
The problem of mass and heat transfer between ice crystal and its surrounding fluid happening in the process of ice crystal melting in ice-storage container is paid more importance by the scholars in the last few years.
近年来,蓄冰空调系统中蓄冰桶内的冰晶在溶解时与其携流体(乙二醇水溶液)的传质传热问题日益受到学者们的重视。
4) Ice storage tank
蓄冰槽
1.
The flow and performance characteristics of ice storage tank air conditioning system with multi evaporators were analyzed.
分析了多室内蒸发器的冰蓄冷柜式空调系统的流程和性能优点 ,建立了蓄冰槽充冷过程的数学物理模型 ,对换热管的每一个管段 ,根据热阻网络建立了描述其换热过程的差分方程组 。
2.
Deals with the simulation of the process in the ice storage tank.
就直接蒸发式管外结冰蓄冰槽结冰过程进行了数值模拟求解，实验研究证明模拟结果比较理想，为蓄冰槽的蓄冰性能研究和系统的设计选用提供了依据。
5) ice storage system
蓄冰系统
1.
In the ice storage system the chiller is located upstream in series form, and the thermal storage system involves a vertical laminar flow heat storage tank of natural stratification.
武汉国际会展中心空调系统冷热源为蓄冷、蓄热方式 ,蓄冰系统采用主机位于上游的串联形式 ,蓄热设备为自然分层的垂直层流型蓄热槽。
2.
Calculates and analyses some insulating materials commonly used in ice storage systems.
对蓄冰系统的设备及管道的防结露保冷厚度、经济保冷厚度及冷损失进行了算法研究 ,并对蓄冰系统常用保冷材料作了计算和分析 ,给出了蓄冰系统的最小保冷厚
6) ice storage device
蓄冰装置
1.
The result indicates that the performance of the ice storage device is descending, but the discharge property is relatively satisfactory for almost all the charge capacity can be released and the recovery period is 5.
结果表明,由于技术及管理方面的原因,蓄冰装置的蓄冷性能有所下降,但释冷特性较好,一般能释放所蓄的全部冷量,投资回收期为5。
参考词条
补充资料：直桶桶
1.直而中空。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。