fin-tube heat exchanger

英 [fɪn tjuːb hiːt ɪksˈtʃeɪndʒə] 美 [fɪn tuːb hiːt ɪksˈtʃeɪndʒər]

翅管式热交换器

化学



双语例句

  1. 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
  2. Experimental Study on the Defrost Characteristics of an Air Source Heat Pump Unit with Split Fin-tube Heat Exchanger
    使用条缝翅片管换热器的空气源热泵机组除霜特性研究
  3. Fin-tube coil heat exchanger
    光板盘管式热交换器
  4. This kind of fin is applicable to the fin-tube cooling heat exchanger and the effect of heat transfer is perfect.
    证明该圆孔翅片是一种适用于翅片管式制冷换热器且传热效果优越的片型。
  5. Experimental Research on Performances of Slit Fin-Tube Heat Exchanger under Free and Restricted Air Inlet Conditions
    自由和受限进风条件下翅片管换热器传热及压降特性的实验研究
  6. Experimental study on thermotechnical characteristics of fin-tube heat exchanger
    片状管式换热器热工特性的实验研究
  7. Methods and application of heat transfer improvement of fin-tube heat exchanger
    强化翅片管式换热器换热性能的方法及应用
  8. Numerical Analysis of Heat Transfer for Round Fin-tube Heat Exchanger Augmented by Vortex Generator
    涡产生器强化圆管管片式换热器传热数值分析
  9. Under the laboratory conditions, a semi-industrial test was made to examine the thermotechnical characteristics of fin-tube type heat exchanger.
    在实验室条件下,对片状管式换热器的热工特性进行了半工业性实验研究。
  10. Fin-tube heat exchanger with vortex generator is simple in structure and has better performance in heat transfer. Its heat transfer enhancement mechanism is different from that of traditional fin-tube heat exchanger.
    涡产生器式管片式换热器有着不同于传统管片式换热器的强化传热机理,其结构简单,强化传热效果明显。
  11. A fin-tube heat exchanger is designed with the given basic design parameter. The design goal is the length of fin-tube.
    对一给定基本设计参数的翅片管气化器进行了设计,设计的目标是计算翅片管的长度。
  12. Using the distributed parameter method, the mathematic model of the fin-tube heat exchanger using CO_2 as working fluid is derived. The changes of the temperature, pressure and heat transfer on the air and the refrigerant side are analyzed.
    运用分布参数法建立采用CO2的翅片管式蒸发器的数学模型,分析制冷剂侧和空气侧温度、压力和换热的变化情况。
  13. A new design method is presented through the design of star-shaped fin-tube heat exchanger and an experimental confirmation.
    通过设计星型翅片管气化器以及实验验证得出了新的设计方案。
  14. To find the basic heat transfer performance of fin-tube heat exchanger, the numerical analysis is carried for heat transfer element with single round and related fin area.
    用数值方法分析了涡产生器式圆管管片式换热板芯单个圆管翅片区域内的传热与阻力性能。
  15. Applying amorphous Ni-Cu-P composite electroless plating as anticorrosion plating, the heat transfer performance of the fin-tube condensing heat exchanger processed by the plating-expanding-plating technology and the expanding-plating technology is experimentally studied.
    以非晶态镍铜磷复合化学镀层作为防腐镀层,对采用先镀后胀再镀和先胀后镀2种加工工艺的肋片管式冷凝换热器进行了换热性能实验研究。
  16. A fin-tube energy storage heat exchanger is designed based on the total heat balance of the heat pump water heater and its concrete structure parameters are determined.
    在对热泵热水器进行总体热量衡算的基础上设计了一种管翅式储能换热器,给出了储能换热器的具体结构参数。