natural draft

英 [ˈnætʃrəl drɑːft] 美 [ˈnætʃrəl dræft]

自然通风;自然拔模斜度

计算机化学



双语例句

  1. The technology characteristics and engineering data of natural draft cooling tower ( NDCT) with flue gas rejection developed in Germany are analyzed.
    剖析了德国烟塔合一技术特点和工程数据。
  2. Circumferential inflow air distributing rules in a natural draft wet-cooling tower under crosswind conditions
    侧风环境下自然通风湿式冷却塔周向进风变化规律
  3. Mechanism Research of Crosswind Effect on Heat and Mass Transfer in Natural Draft Counterflow Wet Cooling Tower
    侧风对于自然通风逆流湿式冷却塔传热传质影响机制的研究
  4. 1-D Thermodynamic Computation Model for Natural Draft Cooling Towers
    排烟冷却塔的一维热力计算数学模型
  5. Analysis on the Natural Draft Design Procedures of Dwelling Houses in Zhengzhou City
    郑州地区住宅自然通风设计方法浅析
  6. Research on Flow Resistance of Inlet Air and Performance Optimization of Natural Draft Counterflow Wet Cooling Tower with Air Deflectors Optimum Aerodynamic Design for Axial Fan by Excel
    具有导风板的自然通风逆流湿式冷却塔进风阻力研究及性能优化应用电子表格进行轴流通风机优化气动设计
  7. One-dimensional calculation method of thermal performance for natural draft counter flow cooling tower with water distribution in the outer area
    自然通风逆流式冷却塔外区配水一维热力计算方法反流层析,逆流层析
  8. Natural draft gas burner non-raceway burning
    自然通风气体燃烧器
  9. The dry sticks burnt into flames. natural draft gas burner
    枯枝忽然燃烧起来。自然通风气体燃烧器
  10. Numerical Simulation and Structural Optimization of Natural Draft Wet Cooling Tower
    自然通风湿式冷却塔数值模拟与结构优化
  11. Raise natural draft and lighting, spare fuel.
    增加自然通风和采光,节约能源。
  12. Process Design Discussion of Super Large Natural Draft Cooling Tower
    超大型自然通风冷却塔工艺设计探讨
  13. This novel technology of natural draft cooling tower to discharge the desulfurized wet flue gas, which Has broad application prospects widely used.
    利用自然通风冷却塔排放脱硫后湿烟气的烟塔合一技术具有广泛的应用前景。
  14. Performance of Direct Air Cooled Condenser Under Natural Draft in Winter
    冬季自然通风状态下直接空冷凝汽器的性能
  15. The ventilated dry-type unit is cooled by a continuous natural draft of air and consequently is not suitable for locations where the air is wet or dirty.
    风冷干式变压器通过持续的自然通风来冷却,因此不适合于潮湿或多尘的场所。
  16. Impact of Side Wind on the Cooling Performance of Natural Draft Air Cooling Tower
    侧风对自然通风空冷塔冷却性能的影响
  17. Taking natural thermo-potential difference as natural draft pressure is ambiguous in theory and not in accord with the actual condition of mines.
    把自然热位差当做自然风压在理论上是模糊的,是不符合矿井实际情况的。
  18. The structure and features of plastic tower-core materials for the cooling tower have been systematically presented, the application examples of retrofitting projects for six natural draft cooling towers being described, the economic behavior and energy-saving results being compared and analysed.
    系统地阐述了冷却塔塑料塔芯材料的结构及特点,介绍了6座自然通风冷却塔节能改造工程的应用实例,并对其进行了经济性比较及节能分析。
  19. This paper discusses the design method of natural draft tower used for dry cooling power plant.
    本文系统地讨论了自然通风干冷塔的设计方法,给出了有关的计算公式和计算机程序的逻辑框图。
  20. This paper studies the influence of cross wind on the performance of natural draft dry-cooling tower by means of model experiment and numerical simulation.
    本文结合模型实验与数值模拟两种手段,综合研究了横向风对自然通风干式冷却塔运行性能的影响。
  21. Analysis of the operation of natural draft ventilation prilling tower
    自然通风造粒塔的运行分析
  22. Model Experiment for the Influence of Cross Wind on the Air Flow Field in Natural Draft Dry Cooling Tower
    横向风对自然通风干式冷却塔空气流场影响的模型实验研究
  23. The influence of cross wind on the air flow field in a natural draft dry cooling tower is studied experimentally on the basis of similarity rules.
    本文通过模型实验手段研究了横向风对自然通风干式冷却塔空气流场的影响问题。
  24. The method based on solar energy buffer space is discussed by the principle of indirect gain thermal and indirect remove thermal, and another method based on natural draft buffer space is also discussed by the principle of thermal pressure.
    运用间接获得热和间接除热的原理分析基于太阳能的缓冲空间设计方法,运用热压原理分析基于自然通风的缓冲空间设计方法。
  25. An approach to the technology of discharging flue gas through natural draft cooling tower after wet desulfuration
    湿法脱硫烟气通过自然通风冷却塔排放技术的探讨
  26. Research on Performance of Natural Draft Cooling Tower in Power Plant
    火电厂自然通风冷却塔性能研究
  27. According to the technical theory of natural draft, thermal environment subarea, solar energy house design, the paper also sums up the technical strategy and questions needing attention on architecture space energy efficiency design, analyzes the successful example related as well.
    依据自然通风、热环境分区、太阳能房设计等技术理论,总结了建筑空间节能设计的技术策略以及应该注意的问题,并对相关成功案例进行了分析。
  28. We make a preliminary exploration on characteristics of shell structural response of natural draft cooling tower applied by seismic load using DFA. It is found that the DFA scaling exponent can be applied to determine that the shell structural response is non-synchronous, with certain periodic.
    本文初步用DFA法研究了火电厂自然通风冷却塔壳体结构在地震载荷作用下的响应特性,分析结果表明DFA标度指数可以反映壳体结构响应是非同步的,并具有一定的周期性。
  29. Natural draft can vent air in large quantity, and improve the internal hot environment. As a zero energy consumption method, it can save energy as well as reduce the environment contamination.
    自然通风通风量大,能有效改善工厂内部的热环境,同时自然通风作为一种零能耗的通风方式可以节约常规能源,减少对环境的污染。