enhanced tube

英 [ɪnˈhɑːnst tjuːb] 美 [ɪnˈhænst tuːb]

网络  强化管; 特型管

化学



双语例句

  1. Study of Application of Enhanced Tube Technology in Condenser in Zunyi Power Plant
    强化管技术在遵义发电厂凝汽器中的应用研究
  2. Enhanced buffer tube cable
    用橡皮管冲洗人行道增强型缓冲套管电缆
  3. Experimental Study on Heat Transfer on an Enhanced Condensation Tube
    一种冷凝强化换热管传热性能的试验研究
  4. New method for data processing in heat transfer performance test on horizontal enhanced condensation tube
    水平冷凝强化管传热性能实验数据处理方法
  5. Enhanced buffer tube cable buffered FET logic
    增强型缓冲套管电缆缓冲场效晶体管逻辑
  6. 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。
  7. Review of Manufacturing Technology on Surface Texture of Enhanced Heat Transfer Tube
    强化传热管表面结构制造技术研究现状与进展
  8. A New Optimal Method of Processing Experimental Data for Enhanced Heat Exchange Tube
    强化传热管实验数据处理优化方法
  9. The processes are similar in experimental data of enhanced heat exchange tube research and the processing of experimental data is very tedious.
    恒壁温条件的强化传热管实验研究的数据处理过程具有相似性,实验测量数据的处理比较繁琐。
  10. Research and application of enhanced heat transfer tube in vertical ammonia condenser
    氨立式冷凝器强化传热管的研究与应用
  11. A New Technology of Making Enhanced Heat-transfer Tube by Composite Electroplating
    复合电镀法研制强化传热管的新工艺
  12. Analyses on the Performance of Enhanced Heat Transfer Structure inside Tube
    管内强化传热结构及其性能分析
  13. The current status& trends in enhanced heat transfer tube with spiral-surface
    螺旋型表面强化管现状与进展
  14. It presented reliable theoretical basis for optimizing the enhanced tube design.
    这为强化管的优化设计提供了可靠的理论依据。
  15. Performance of enhanced heat transfer tube with discrete double-inclined ribs
    不连续双斜向内肋强化换热管性能
  16. 3D Numerical Simulation of Enhanced Tube Characteristics in Fluent
    基于FLUENT软件的强化传热管特性三维数值模拟研究
  17. Research of Enhanced Heat Transfer Models of Tube Adsorbent Bed
    管式吸附床强化传热结构的研究
  18. The thesis mainly describes the bursting test and how to determine the maximum allowable working pressure of the external/ internal enhanced copper tube used for water cooled air conditioning.
    本文描述了大型中央空调冷水机组用内螺纹外翅片强化传热高效管的内压爆破试验和最高允许工作压力的确定方法。
  19. In the three enhanced condensation tubes, tube 2 has the best heat transfer capability when the water velocity inside the tube ranges from 0.4~ 2.0 m/ s.
    管内水流速为0.4~2.0m/s,3根冷凝管中2管换热性能最佳。
  20. The Application of Multi-spiral Groove Enhanced Stainless Steel Tube on the Condenser of Nanchang Power Plant
    不锈钢多向扰流强化换热管在南昌电厂凝汽器中的应用
  21. Boiling Heat Transfer Enhancement in Compact Smooth and Enhanced Tube Bundles Submerged in Salt/ Water Mixtures
    紧凑型滚压强化管管束内水和盐水的沸腾强化换热特性
  22. The test results and performance of enhanced heat transfer in internally ribbed tube was evaluated.
    对内螺纹管的强化传热效果进行了评价,分析了内螺纹管强化传热的机理。
  23. The Experimental Investigation on Contamination Factor of Boiler Enhanced Heat Transfer Tube
    电站锅炉强化传热管沾污系数试验研究
  24. Research status and developing trend of shaped enhanced tube
    高效异型强化管的研究现状及发展方向
  25. Experimental study on enhanced heat transfer inside tube with longitudinal vortex generator
    纵向涡发生器强化传热管的实验研究
  26. Heat transfer enhancement is always a kind of effective measure for energy saving in the engineering. This paper presents the performance of various enhanced heat transfer structure inside tube, and analyzes their enhanced heat transfer mechanism with the field synergy principle and the numerical simulation method.
    强化传热一直是工程中节能降耗的有效措施,本文阐述了各种管内强化传热结构及其性能特点,并用场协同原理和数值模拟方法分析了其强化传热机理。
  27. The conclusion provides the reference to design in g enhanced heat transfer tube adsorbent bed.
    分析的结果可以对今后管式吸附床的强化传热结构设计提供参考。
  28. Some comparative experiments between straight tubes and helical tubes have been taken. It indicates that helical tube is a kind of more effective enhanced heat exchanger than straight tube. Besides, more heat exchange area can be disposed in constant space because of the compact framework.
    前人已经将直管和螺旋管进行了比较分析,结果表明:螺旋管是一种有效的传热强化管,换热性能优于直管;结构紧凑,在单位空间内可布置更大的换热面积。
  29. However, enhanced tube can improve the heat transfer coefficient, but it also causes the flow resistance increases, which results in increase of energy consumption.
    然而,强化管在提高管内传热系数的同时,也造成了流动阻力的增大,从而导致能耗增大。
  30. All kinds of Enhanced heat transfer technologies were widely used in heat-exchange equipment, especially the extensively implementation of enhanced tube.
    随着强化传热技术的发展,各种强化传热技术被广泛应用于换热设备中,尤其是各种强化管的广泛应用。