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- A two-fluid model(TFM) for two-phase flow of refrigerant in adiabatic capillary tube was developed. 建立了制冷剂在绝热毛细管内流动的两流体模型,模型中考虑了气液两相间的速度滑移和温度滑移。
- A two-fluid model (TFM) for two-phase flow of refrigerant in adiabatic capillary tube was developed.Both inter-phase velocity slip and temperature slip are taken into account in the model. 摘要建立了制冷剂在绝热毛细管内流动的两流体模型,模型中考虑了气液两相间的速度滑移和温度滑移。
- Numerical Analysis of Adiabatic Capillary Tube in the Refrigeration system 制冷系统中绝热毛细管数值分析
- APPROXIMATE ANALYTIC SOLUTION TO THE LENGTH OF ADIABATIC CAPILLARY TUBE UNDER THE CHOKED FLOW 壅塞流动下绝热毛细管长度的近似解析解
- Investigation on the Characteristic of the Mass Flow Rate in Adiabatic Capillary Tube 绝热毛细管内制冷剂质量流量的特性研究
- Dimensional Analysis and Neural Network Correlation of Choked Flow Rate through Adiabatic Capillary Tube 基于量纲分析的绝热毛细管壅塞流量特性关联
- Retrospective of adiabatic capillary tube expansion device research in the refrigeration system 制冷系统中节流元件绝热毛细管的研究综述
- The Analogical Method for the Design of Adiabatic Capillary Tubes 节流毛细管设计的类比法
- Series Flow Characteristics through Two Adiabatic Capillary Tubes 毛细管两级串联节流特性
- LINEAR CHARACTERISTICS OF REFRIGERANT FLOW THROUGH ADIABATIC CAPILLARY TUBES 制冷剂在绝热毛细管内流动的线性特性
- adiabatic capillary tube 绝热毛细管
- Analysis and Experiment on Flow Characteristics of Refrigerants in Adiabatic Capillary Tubes 绝热毛细管两相流特性与实验研究
- Capillary tube controls refrigerant. 血丝管控制冷冻剂。
- Adiabatic capillary tubes 绝热毛细管
- It consists of metallic mercury dropping at a steady rate from a capillary tube. 它由金属汞从毛细管中以稳定速度滴下而成。
- The rate of uptake is measured by the progress of an air bubble in a capillary tube along a scale. 吸水的速率可通过毛细管中气泡的移动来衡量。
- The temperature dependent pressure change of this instrument is taken through a capillary tube to a display unit. 仪器中用一根毛细管将温度产生的压力变换传递到显示单元。
- The mathematical model of the micropore structure has been built in this paper on the capillary tube theory foundation. 摘要应用毛细管理论建立了微孔结构数学模型;
- It is similar to the force that causes a liquid to rise in a capillary tube - the capillary attraction, or capillarity. 正如引起液体沿毛细管上升的毛细引力。
- The capillary tube, which is between 500 mm and 5000 mm in length, allows measurements to be taken at any point using a mechanical remote display. 毛细管的长度为500 mm到5000 mm,用机械远程显示可以在任何地点测量。