finned

英 [fɪnd] 美 [fɪnd]

adj.  有鳍的,有鳍状物的

过去式:finned

COCA.40817



双语例句

  1. The wet flue gas desulfurization ( WFGD) reactor with falling film by cross-flow scrubbing was brought forward firstly, in which the finned tubes were applied as the supporter of the falling film.
    首次提出并设计了横向冲刷式降膜湿法脱硫反应器,并采用翅片管束作为降膜的载体。
  2. Finned strip heater Experiment on the Unsteady Heat Transfer Process of Thermoelectric Cooling on CCD Sensor
    带散热片的管加热器CCD芯片热电制冷的非稳态传热研究
  3. Geometry Effects on Fluid Flow and Heat Transfer in Internal Helical Finned Tubes
    内螺纹肋管几何参数对流动与传热的影响
  4. Effects of intermittent operation on long-term performance of finned coil type evaporator
    间歇运行对翅片管式蒸发器长效特性的影响
  5. The experimental investigation for contamination factor of helically finned tube bank is carried out.
    进行了螺旋翅片管束沾污特性的半工业性试验研究。
  6. The concepts of the medium structure and structural coefficient of the finned heat exchanger were put forward in this paper.
    提出了表面式换热器介质结构和结构系数的概念,讨论了结构可调式换热器的实现方法,分析了其热力特性和控制特。
  7. Experimental Study on the Characteristics of Heat Transfer and Flow of H-type Finned Tube
    H型鳍片管传热与流动特性试验研究
  8. A top and bottom tank are then made to connect all eight finned rods.
    阿坦克顶部和底部,然后提出来连接所有八个翅片棒。
  9. Double pipe longitudinal finned exchanger fin-tube coil heat exchanger
    双套管式纵向翅片换热器翅状盘管式热交换器
  10. Heat Transfer and Resistance Characteristics of Spiral Finned Tube Bundles
    螺旋翅片管束传热和阻力特性的试验研究
  11. Finned tube is used to product various of efficient heat exchanger devices, especially in the remaining heat using area.
    翅片管用于制造各种高效率的热交换器,特别在余热利用方面大显神通。
  12. Experimental study on characteristics of heat transfer and air flow resistance about plate finned tube heat exchanger
    套片式翅片管换热器传热与空气流动阻力性能试验研究
  13. These can provide a reference on how to determine the natural frequencies of finned tubes, and help to select the finned tubes with appropriate size in the application of engineering.
    本研究提供了翅片管固有频率计算方法,为翅片管的选择和使用提供了依据。
  14. Heat transfer experimental research and numerical simulation on three-dimensional finned tube with helical baffles
    螺旋隔板三维翅片管传热实验研究与数值模拟加热炉隔墙测温热电偶
  15. Plate finned tube bundles of heat exchangers are generally in staggered and seldom in aligned arrangement.
    套片式换热器的管束排列形式一般都是叉排,顺排非常少见。
  16. Heat Transfer Performance Comparison of Wavy Finned Tube Heat Exchanger with Delta Winglets Under Different Arrays
    不同排列方式下三角翼波纹翅片管换热器的换热性能比较波登管式压力温度计
  17. Analysis of strain field for rolling process of high-type steel spiral finned tube
    整体型钢质高螺旋翅片管轧制过程应变场分析
  18. Application of Heat Transfer Intensification Technology for Finned Tube in the Condenser
    翅片管强化传热技术在冷凝器中的应用
  19. Application of the Finned Crystallizer in Nitrochlorobenzene Production
    翅片式结晶器在硝基氯苯生产中的应用
  20. Numerical study on flow and heat transfer in a elliptical and circular finned tube
    椭圆形和圆形翅片管流动与传热的数值研究
  21. The influence of the tube pitch on the heat transfer and flow resistance performance of the finned tube heat exchanger
    管间距对翅片管换热器热力性能的影响
  22. H-type finned tube is a new type, high-efficient enhanced heat transfer tube.
    型鳍片管是一种新型高效强化传热管。
  23. A Hybrid ARIMA-SVM Model on Predicting Finned Tube Evaporator Performance under Frosting Conditions
    基于ARIMA-SVM模型的翅片管蒸发器结霜性能预测
  24. Simulation of Effect of Air Velocity Distribution on Performance of Two-Row Finned Tube Evaporator with One Flow Path
    风速分布对单流路双排管蒸发器性能影响的模拟研究
  25. Characteristics research of rectangular finned elliptical tubes and analysis of field synergy
    矩形翅片椭圆管束性能研究及场协同分析
  26. Numerical simulation of high finned steel tubes forming process during skew rolling
    斜轧钢质高翅片管成形过程的数值模拟
  27. The heat tranfer and pressure drop performance of cross flow longitudinally finned tube banks heat exchanger are reported.
    结果表明,纵助管束具有低流阻特性和较强的传热强化作用。
  28. Finned strip heater medium-sized tubular pasta in short pieces.
    带散热片的管加热器中型的管状短片面食。
  29. Remote Field Eddy Current Testing for Finned Carbon Steel Tubes
    远场涡流技术在翅片管束检测中的应用
  30. The finned crystallizers were compared with the horizontal crystallizers in efficiency and power consumption of crystallization process.
    通过分析开车数据,对翅片式结晶器与卧式结晶器的结晶效率、结晶电耗进行比较。