换热器

huàn rè qì
  • heat exchanger;heat-exchanging unit;heat-exchange facility
换热器换热器
换热器[huàn rè qì]
  1. 从狭义来说,换热器是一种容器。

    A heat exchanger , in a narrow sense , is a vessel .

  2. 汽汽换热器系统的多变量鲁棒PID控制

    The Multivariable Robust PID Control of Steam-steam Heat Exchanger System

  3. 低温多股流板翅换热器CAD中的数值算法

    Numerical method for multi-flow plate-fin heat exchangers in the CAD

  4. 用于跨临界CO2汽车空调系统的板翅式内部换热器设计

    Development of Plate-fin Internal Heat Exchanger for Trans-critical CO_2 Automotive Air Conditioning System

  5. 大型U形管折流杆换热器管束的制造

    The Manufacturing on the Large U-Shape Rod Baffle Heat Exchanger

  6. 地源热泵系统竖直U形管换热器设计中的问题探讨

    Discussion on vertical U-tube heat exchanger design for ground-source heat pump systems

  7. U形管式换热器的研究与优化设计

    U - Tube Heat Exchanger Research and Optimization

  8. VC生产过程中,物料产生的污垢会降低螺旋板换热器的利用率,制约着整个生产线的产量。

    Fouling produced in VC manufacturing process make the efficiency of heat exchanger reduced .

  9. 结合换热器CAD应用软件系统的开发,描述了图库的组织与实现方法。

    A method of organization and implementation of graphic library is described in this paper , combining development of applied software of Heat exchanger CAD .

  10. 分析还发现在热水器中,CO的产生不只是在燃气燃烧过程中,燃烧产生的烟气在与换热器的热交换过程也可影响到CO的生成。

    Not any the combustion progress produces CO , the heat exchange between the water and the fume can also influence it 's produce .

  11. 换热器管束表面镀Ni-P防护层的防腐应用

    Application of Ni - P plating on the pipe surface of carbon steel exchanger

  12. 由于CO2热物性方面的特殊性,目前开发的CO2蒸发器多数采用紧凑式的微通道换热器。

    Since thermal properties of CO_2 are different to other conventional refrigerants , the compact mini-channel heat exchangers are usually chosen as the new developing evaporators .

  13. HTR-10中间换热器设计

    The Design of Intermediate Heat Exchanger ( IHX ) for HTR-10

  14. 采用ANSYS编写的程序得到地源热泵换热器的温度场分布,通过对运行结果分析得出:单管换热时埋管对周围的土壤温度影响半径;

    ANSYS procedures used to prepare the ground source heat pump heat exchanger temperature distribution analysis of the results : single-tube heat exchanger pipe to the surrounding radius ;

  15. 设计高效紧凑换热器,提高CO2跨临界制冷循环的效率,是加快其向实用化迈进的关键问题。

    The key problem of putting it into practice is improving the efficiency of CO2 trans-critical refrigeration cycle and designing the high efficient and more compact heat exchangers .

  16. 利用该原则和方法对1台420t/h循环流化床锅炉的外置式换热器进行了设计。

    Finally , an EHE for 420t / h CFB boiler is designed using these methods . Figs 3 and refs 11 .

  17. 利用粒子图像测速仪(PIV),对板翅式换热器封头结构改进前、后的流场进行了可视化研究分析。

    Flow characteristics of flow field in the header of a plate-fin heat exchanger were investigated with particle image velocimetry ( PIV ) .

  18. 辐射跑冷导致换热器温度变化最高达4K。

    The maximal change of temperature of exchanger reaches 4 K because of influence of thermal radiation .

  19. 热管换热器及其在Φ100mm晶闸管巨型励磁柜的应用

    Heat Pipe Sink and Its Application in Giant Magnetizing Power Cabinet Using Φ 100mm Thyristor

  20. 高效换热器JCF用于改进或改造固定层转化

    Improvement or Reformation of Fixed-Bed Conversion Using JCF High Efficiency Heat Exchangers

  21. 文章在运动模拟器初始通风冷却温度控制方案的基础上,提出了风扇换热器组件冷却方案,并采用CFD模拟两种方案下模拟器内部流场和温度场分布。

    The heat exchange method for cooling motion simulator based on initial ventilating cooling method is presented in this paper . The flow field and temperature field in two different motion simulators are simulated using CFD method .

  22. 分析了制酸系统Va换热器腐蚀的原因,从工艺和设备两方面入手解决其腐蚀问题,介绍了采取的措施及效果。

    This paper analyses the corrosive cause for Va type heat exchanger , solve the corrosive problem from two aspects to technical process and equipments , introduce the scheme of modification to the equipments .

  23. 至今,CO2制冷系统所用的微通道换热器已有多种型式,针对CO2的性质设计高效的微通道换热器对提高CO2制冷系统的性能非常重要。

    Up to the present , there are many different types of microchannel heat exchangers used in CO 2 refrigeration system , so how to design high efficient microchannel heat exchangers is more helpful to improve the performance of CO 2 refrigeration system .

  24. E-301换热器管程喷头出口液体分布密度测定

    Measuring Fluid Distribution Density of E-301 Heat Exchanger Injector Outlet

  25. 通过进一步的分析比较,初步确定了SCQ磁体的冷却方式及满足SCQ磁体冷却条件下的氦过冷换热器的设计参数。

    In the end determined cooling scheme for the SCQ magnets and design parameters of the subcooler .

  26. 测量了该空调器在不同室外温度、湿度条件下制热量、性能系数(COP)、系统循环参数、室外换热器结霜量及壁面温度分布随结霜时间的变化。

    The transient heating capacity , coefficient of performance ( COP ), cycle parameters of the ASHP system and frost accumulation amount on the outdoor heat exchanger surface , wall temperature distribution along the heat exchange tubes are measured under frosting conditions .

  27. 采用Nusselt凝结理论分析了套筒式冷却换热器内烟气冷凝过程中水蒸气的凝结机理,利用膜模型分析烟气冷凝过程中SO2气体组分的行为。

    Basing on the Nusselt 's condensation theory , vapor condensation was analyzed during flue-gas condensing in thimble-type heat-exchanger . Using double-film model , the behavior of SO 2 is analyzed while flue-gas has been condensing in heat-exchanger .

  28. 本文对PapouliasS.A.等人提出的用转运问题求解换热器网络的最小公用设施费用的数学模型进行了数学求解;

    The mathematical solution is given to the transshipment model for predicting the minimum utility cost of a heat exchanger network proposed by Papoulias S. A.

  29. 研究发现,通过脉管冷端换热器的结构改进,液氦温区脉管制冷机在4.2K温区的制冷量可以得到显著提高。

    The cooling performance of the 4 K pulse tube cooler ( PTC ) can be greatly improved by the modification of the structure cold end heat exchanger .

  30. 不互溶双组分气液两相混合物在TEMA-F型换热器壳侧的传热

    Two - component two - phase gas - liquid heat transfer on shell - side of Tema - f heat exchanger