ice coil

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网络  结冰盘管

医学



双语例句

  1. Numerical simulation of ice charging and discharging process of coil ice storage system
    盘管冰蓄冷装置蓄、融冰过程的数值模拟分析
  2. Mathematical model of the ice melting progress for an ice-internal-melt U-type coil in ice storage air conditioning
    蓄冷空调内融冰U形盘管融冰过程的数学模型
  3. Theoretical model and calculation on the heat transfer process of a ice storage unit with coil pipe are presented.
    本文对盘管式蓄冷装置的蓄冷过程建立了集总参数的数学物理模型,并进行了理论计算。
  4. Study on Discharging Model for an Internal Melt Ice on Coil Cool Storage System
    内融式冰盘管融冰放冷动态模型研究
  5. Experimental research of ice storage mechanism in a coil tank
    盘管式冰蓄冷箱蓄冷机理实验研究
  6. Presents the largest air conditioning system using ice coil for partial ice storage and several storage tanks for all day heat storage.
    通过介绍目前我国最具规模的空调系统采用冰盘管部分蓄冷多个金属罐全蓄热的方式在大型公共建筑中的应用。
  7. This model can also provide theoretical bases for design and optimization of an internal melt ice on coil discharging system.
    该模型可为冰盘管放冷系统的设计和优化提供理论依据。
  8. This paper presents the formulation of an equation for ice formation rate to form the ice around an evaporator coil of an ice storage system that can be used to predict the ice building rate as function of condensing unit size.
    本文给出了冰蓄冷系统中蒸发盘管外结冰形成速率方程的公式,该方程可以用于确定制冷压缩冷凝机组容量等参数与冰壳形成之间的关系。
  9. Experimental Research of Ice Cool Storage Using Plastic Coil and It's Enhancement of Heat Transfer
    塑料盘管蓄冰及其强化传热的实验研究
  10. 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.
    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。
  11. Ice Layer Thickness Measurement and Ice Storage System Experiment on Outside of Coil
    蓄冰盘管冰层厚度测量及管外蓄冰性能实验
  12. Study on the Heat Transfer Characteristics of the Partial Freeze-up Ice-on-Coil of Conductive Plastics
    不完全冻结方式的导热塑料蓄冰盘管传热性能研究
  13. Study on the Defrosting Process of Ice-coil Cold Storage System
    冰盘管式蓄冷系统融冰过程的分析研究
  14. Study of Thermal Process of Internal Melt Ice on Coil Tank
    内融冰式冰盘管蓄冷槽传热性能研究
  15. Based on the study of how the inlet temperature and flow velocity of the secondary coolant and the thermoconductivity of the coil material affect the heat-conduction performance of the ice storage coil, we have designed and set up a new high-efficiency ice storage device.
    研究了载冷剂进口温度、流速和盘管材料的热导率对蓄冰盘管传热性能的影响,并对完全冻结方式和不完全冻结方式的结冰和融冰过程作了比较。