surface heat exchanger

英 [ˈsɜːfɪs hiːt ɪksˈtʃeɪndʒə] 美 [ˈsɜːrfɪs hiːt ɪksˈtʃeɪndʒər]

表面换热器

化学



双语例句

  1. Effect of anti-fouling coating on surface properties of heat exchanger
    防垢涂层对热交换器表面性能的影响
  2. Freezing and heat transfer characteristics of turbulent flow of surface water in freezing latent heat exchanger
    凝固换热器中地表水紊流冻结与换热特性
  3. To realize the moving of a detecting robot on the surface of heat exchanger bearing pipes in a boiler with spiral radiators around the pipes, a novel kind of compound wheel was developed.
    为了使检测机器人能够在具有螺旋型鳍片的锅炉热交换器承压管道表面上行走,设计了一种新型的复合车轮。
  4. The scale was developed on the surface of the heat exchanger in evaporator.
    蒸发器的热交换机表面的尺码加大了。
  5. Analysis on Coefficients of Performance of Two Sewage-source Heat Pump Projects with Different Heat Exchange Modes Freezing and heat transfer characteristics of turbulent flow of surface water in freezing latent heat exchanger
    不同换热形式的污水热泵工程运行能效分析凝固换热器中地表水紊流冻结与换热特性
  6. The Analysis of Second Law of Thermodynamics about Surface Heat Exchanger
    间壁式换热器的热力学第二定律分析
  7. Study on robot's end-executor for outer surface inspection of pressure containing pipe in heat exchanger of boiler
    锅炉热交换器承压管管外检测机器人末端执行器的研究
  8. When a lithium-bromide refrigerating machine is operating, there will be scales deposited on the inner wall surface of heat exchanger tubes.
    溴化锂制冷机组在运行中,如对冷却水不进行处理,则制冷机组换热器管壁不可避免地要产生水垢,虽有多种解决办法,但仍有缺陷。
  9. This article studies the solutions to the problem of the frost formed on the surface of airside heat exchanger when air source heat pumps run in winter, In order to improve the synthetical running performance of the unit, to prolong running time of the unit.
    目的为解决空气源热泵冷热水机组冬季运行时空气侧换热器表面结霜问题,提高机组的综合运行性能,延长机组运行时间。
  10. This article introduces the necessary for equipping with the exhaust steam device with deaeration function in detailed, describe several arrangement structures of deaerator, and give a general instruction for the features of the exhaust steam device equipped with the surface heat exchanger.
    较为详细地介绍了设置除氧功能排汽装置的必要性,阐述了除氧装置的几种布置结构,并对具有表面式换热器的排汽装置的应用特点进行了简要描述。
  11. New Model Computing the Secondary Surface Heat Exchange of Plate-Fin Heat Exchanger
    一种计算板翅式换热器二次表面换热的新模型一次表面热交换器动态特性的数值模拟
  12. Numerical simulation of dynamic response for primary surface heat exchanger
    一次表面热交换器动态特性的数值模拟
  13. Hydrophilic coating is mainly applied to the surface treatment of cooling fins of heat exchanger for air conditioning.
    亲水涂料主要用于空调热交换器散热片的表面处理。
  14. The heat transfer and three dimensional flow performances are numerically simulated on cross corrugated ( CC) primary surface heat exchanger.
    对CC型原表面回热器的主换热面附近流场和温度场进行了三维数值模拟。
  15. Water Resistance Analysis of Surface Heat-Exchanger
    表面式换热器的水阻力分析
  16. Based on the conservation law of energy and on the characteristics of the structure and flow of the primary surface heat exchanger ( PSHE), a physical model and corresponding mathematical equations of transient temperature are presented.
    根据一次表面热交换器(PSHE)的结构和流动特点,利用能量守恒定律,导出它的瞬态温度变化物理模型和数学方程式。
  17. Circuit design for surface air heat exchanger
    表面式空气换热器回路设计的一个问题
  18. The basic features of the curved surface helical baffle heat exchanger with special form of baffles was introduced.
    介绍了一种具有特殊折流形式的螺旋折流板换热器。
  19. Probe into the Leakage on Flange Seal Surface of Tubular Heat Exchanger
    管壳式换热器法兰密封面泄漏问题探讨
  20. A Kind of Curved Surface Helical Baffle Heat Exchanger With Special Form
    一种特殊形式的螺旋折流板换热器
  21. Based on some assumptions of porous plate structure, relevant mathematics models are established, which can be used to predict the operation mode of the sublimator and surface temperature of the heat exchanger.
    在对多孔板多孔结构进行简化假设的基础上,建立了相关的数学模型,来预测水升华器的工作模式和换热器表面的温度。
  22. Analysis of Mechanism on the Surface Frosting of the Heat Exchanger
    换热器表面结霜机理分析
  23. The results show that the silt carried in cooling water of the said plant is the main cause of fouling formation on the surface of heat exchanger in cooling water system.
    结果表明,冷却水携带淤泥是该厂冷却水系统换热器表面污垢形成的主要原因。
  24. Anti-frosting Surface Treatment Technique for Heat Exchanger of Heat Pump Air-Conditioner
    热泵空调器热交换器防结霜表面处理技术
  25. Technology of coating fluoroplastics on the inner surface of heat exchanger pipes
    换热器管束内表面氟塑料涂层制备工艺研究
  26. The particulate deposition on the surface of heat exchanger not only caused the problem of indoor air quality but also increased the energy consumption, and furthermore influenced the precision of temperature control of air conditioning system.
    换热器表面粉尘的沉积不但引起了室内空气品质问题,而且造成了空调系统能耗的增加,进而影响到空调系统温度控制的精度。
  27. In order to understand further crystallization of calcium carbonate scale adsorption and prove the reliability of this method, this subject makes dynamic experiment, the result of which indicates that calcium carbonate adsorption on the surface of heat exchanger is consistent with fouling thermal resistance change.
    为深入了解碳酸钙垢结晶吸附过程,证明该方法的可靠性,本课题进行了动态实验,实验结果表明了碳酸钙在换热设备表面的吸附量与污垢热阻的变化具有一致性。
  28. Similarly, in increasing flow rate, with heat flux being constant, the surface temperature of heat exchanger will be higher, while the increasing flow rate has only a little effect on the surface temperature distribution of heat exchanger.
    同理,在固定热通量时,增大流速,散热表面的温度将更高,而流速对表面温度分布的影响甚微。
  29. The research on the law of particulate deposition and analysis about the particulate properties depositing on the surface of the heat exchanger had important meaning to strengthen the heat exchange, optimize the structure design of the heat exchanger and clean the heat exchanger regularly.
    研究换热器表面粉尘的沉积规律,分析换热器表面积尘的性质,对强化换热器的传热、优化换热器的结构设计及定期清洗换热器都有着重要的现实意义。