在目前应用的多种蓄冰系统中，内融式冰盘管蓄冰系统具有可靠性高，结冰融冰比较迅速等优点，因此得到了广泛的应用。
Among all the ice storage systems, internal-melt ice-on-coil has been widely used because of its high reliability and relatively high charging and discharging rate.
至于结冰量的计算，则分别以冰盘管模式和冰板模式加以比较。
As for the calculation of the mass of ice forming, the ice-on -coil model and the ice-on-plate model were used for comparison.
建立了不完全冻结方式的导热塑料蓄冰盘管的结冰和融冰过程的数学模型，该模型能够较好地模拟蓄冰盘管的结冰和融冰过程。
We built a mathematics model to analyze the incomplete-frozen conductive plastic ice coil, which can simulate both the processes of ice building and melting.
该模型可为冰盘管蓄冷系统的设计和优化提供理论根据。
This model can also provide theoretical bases for design and optimization of an ice-on-pipe thermal storage system.
探讨了海冰强度、厚度等参数的变化对海冰作用下立管系统冰荷载使用系数的影响。
The effects of sea ice strength and thickness on the load utility coefficient of the riser system were discussed.
搭建实验台，测试导热塑料盘管蓄冰槽的传热性能，通过实验结果与理论结果的比较来验证数学模型；
An experimental apparatus is built up to study its heat transfer characteristics and to verify the numerical model.
蓄冰桶是直接式蓄冷系统主要部件之一，主要由水平管或螺旋式盘管构成。
Ice-on-coil storage tank, which consists chiefly of horizontal or spiral coils, is one of important components of direct ice storage system.
搭建了直接蒸发式冰盘管蓄冷系统实验装置，研究了直接蒸发式冰盘管外融冰系统的取冷动态特性。
The experiment equipment of direct evaporation ice-on-coil thermal storage system has been built to study the dynamic discharge characteristics of direct evaporation ice-on-coil external melt system.
搭建了直接蒸发式冰盘管蓄冷系统实验装置，研究了直接蒸发式冰盘管外融冰系统的取冷动态特性。
The experiment equipment of direct evaporation ice-on-coil thermal storage system has been built to study the dynamic discharge characteristics of direct evaporation ice-on-coil external melt system.
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