film condensation

英 [fɪlm ˌkɒndenˈseɪʃn] 美 [fɪlm ˌkɑːndenˈseɪʃn]

膜状冷凝(作用)

化学



双语例句

  1. Nowadays, film condensation widely used in heat-exchange equipments in industry.
    目前工业中换热设备实现的主要是膜状冷凝。
  2. Film condensation heat transfer characteristics are studied by numerical simulation for a single horizontal tube in the presence of a non condensable gas.
    为查明不凝气体对水平管外膜状凝结换热特性的影响规律,建立了水平单管的气、液双边界层模型。
  3. The momentum integral method is applied in the frame of safety analysis of pressure water reactors under hypothetical loss of coolant accident ( LOCA) conditions to simulate numerically film condensation, rewetting and vaporization on the inner surface of a pressure water reactor containment.
    采用动量积分方法分析压水堆发生失水事故时在安全壳的内表面上的液膜凝结、再浸润和蒸发过程。
  4. A mechanism of simultaneous fogging and film condensation was proposed to the dehumidification of exhaust gas from diammonium phosphate process, in which the humidity is as high as 0.604 kg ( H_2O)/ kg ( Air).
    针对湿含量高达0.604kg(H2O)/kg(Air)的磷酸二铵尾气脱湿过程,提出雾状与膜状冷凝并存的机制。
  5. Internal Venturi Flow Meter Heat Transfer of Steam inside a Helically Coiled Tube with Stratified Film Condensation
    内文丘里管流量计水蒸汽在蛇管内分层流膜状冷凝
  6. The formation of the film condensation is the direct representation of the insulation failure.
    膜态凝结的出现是绝热失效最直接的表现。
  7. Film Condensation Heat Transfer in the Presence of a Non-Condensable Gas
    不凝气体存在时水平单管外膜状凝结换热的数值研究
  8. When the boundary layer theory is used to study the film condensation on the vertical plate, the error was found much bigger in the case of middle or small figures of Re or on the front of the condensation field.
    在用边界层理论研究竖壁膜状凝结理论时,发现中小雷诺数下以及凝结前沿区误差较大。
  9. The Numerical Computation of Heat Transfer Coefficient of Laminar Film Condensation of Vapor Inside Vertical Tubes
    垂直管内水蒸汽层流膜状凝结放热系数的数值计算
  10. These theoretical conclusions summarized by the author can provide some referable guides to the reasonable applications of the vertical tube, also thoughtfulness and method could be made use of during studies on the process of multi-component vapor partial film condensation.
    本文对双组分部分膜状冷凝传热传质过程的结论,可以为垂直管的合理使用提供一定的参考依据,也可以为多组分部分膜状冷凝过程的研究提供可借鉴的思路和方法。
  11. A General Correlation for Predicting Average Heat Transfer Coefficient of Film Condensation
    计算冷凝平均膜传热系数的一个普遍关联式
  12. An experimental study on laminar film condensation heat transfer of vapor with noncondensable gas on a vertical surface
    含不凝性气体的蒸汽沿垂直平板作膜状凝结放热的实验研究
  13. The contrastive influence of non-condensable gas on the performance between dropwise condensation and film condensation, and numerical simulation and analysis on the steam flow field and heat transfer performance are studied by experiment and theory.
    从不凝气体对珠状凝结和膜状凝结换热特性的对比影响、凝结换热汽侧流场和热力特性的数值模拟两方面进行了实验和理论研究。
  14. The Enhancement of Film Condensation Process on the Vertical Suface
    垂直面上膜状冷凝传热过程增强的途径
  15. To investigate the performance of condensation heat transfer on the surface with porous coating, a mathematical model for film condensation on an inclined plate with a porous layer coating was established by considering the liquid stress effect at the porous layer interface.
    为探讨新的强化凝结换热的方法,考虑多孔层界面液体间的剪切效应,建立了蒸气在具有多孔涂层倾斜表面膜状凝结换热的物理数学模型。
  16. Study on natural convection laminar film condensation of Freon vapor-air mixture on a horizontal tube
    蒸汽&不凝性气体物系水平管外自然对流膜状凝结换热的研究
  17. The experimental study on the performance of nucleate boiling and film condensation of R22 outside the horizontal enhanced tubes is conducted with seven horizontal enhanced tubes of different geometries.
    对制冷工质R22在表面增强型强化传热管外的凝结与沸腾换热进行实验研究。
  18. The process of water heat transfer in heat exchanger is film condensation heat transfer, and the condensation coefficient of heat transfer is gotten by the formula of laminar film condensation heat transfer. A Study of Laminar Filmwise Condensation on Different Vertical Surfaces
    而蒸汽与换热器中水的传热属于膜状凝结换热,可按层流膜状凝结换热公式计算出换热系数;沿不同垂直表面进行层流膜状冷凝的研究
  19. Analysis of the insulation effect of cryogenic vessels before after the formation of film condensation of water vapor
    低温容器在水蒸气膜态凝结前后的绝热效果分析
  20. An experimental study on film condensation heat transfer of r-113-air mixture
    R-113-空气系膜状凝结放热的实验研究
  21. Laminar film condensation of freon in the presence of air of nonhomogeneous concentration
    非均匀浓度氟里昂蒸汽-空气物系体积力膜状凝结放热的研究
  22. The Influence of Interfacial Shear on Laminar Film Condensation in a Vertical Tube
    竖直管内液膜层流时汽-液界面切应力对冷凝过程的影响
  23. Laminar film condensation heat transfer outside a horizontal coiled tube is analysed using modified Nusselt-Rohsenow method.
    用改进的Nusselt&Rohsenow方法分析了水平螺旋管外的层流膜状冷凝换热。
  24. DRYOUT CHARACTERISTICS IN HORIZONTAL HELICALLY COILED TUBE Heat Transfer of Steam inside a Helically Coiled Tube with Stratified Film Condensation
    卧式螺旋管内烧干特性水蒸汽在蛇管内分层流膜状冷凝
  25. Similarity solution of film condensation on vertical walls
    竖壁膜状凝结过程的相似解
  26. Experimental Research on External Film Condensation Heat Transfer of Horizontally Coiled Tubes in the Presence of Air
    空气存在时水平螺旋管外膜状凝结换热的实验研究
  27. The heat transfer mechanics before and after the film condensation formation was analyzed theoretically.
    理论上,分析了低温容器表面水蒸气膜态凝结出现前后的换热机理。
  28. Theory Research in Film Condensation on Vertical Plate
    竖壁膜状凝结扩展方程理论研究
  29. Then the experimental study on the R-113 film condensation heat transfer on horizontal smooth pure copper tubes is performed with this system. The condensation heat transfer coefficients are obtained according to the experimental data.
    接着,在此实验平台上进行了水平放置的紫铜光滑圆管与R-113凝结传热系数的测量实验,得到了一些凝结传热的实验数据,并根据实验数据求解出相应的凝结传热系数。
  30. A mathematical model of annular film condensation in the flow channel of PEMFC was developed in this study, and the mathematical model was resolved numerically by MATLAB. The results of two phase flow characteristic parameter to predict the shape of the gas-liquid interface were obtained.
    建立了燃料电池流道内气/液两相流动区环形膜状凝结数学模型,选用MATLAB软件编程进行数值求解,得到描述氢质子交换膜燃料电池流道内凝结段两相流体动力学特性参量的数值结果。