The condenser is a heat equipment, the evaporator absorbs heat with heat input power of compressor transformation with the transfer of the cooling medium ( such as water or air ).
冷凝器是放出热量的设备，将蒸发器中吸收的热量连同压缩机输入功率转化的热量一起传递给冷却介质（如水或空气）带走。
Condenser: vapor of the refrigerant from the generator is cooled down by the cooling water running in the heat transfer tubes of the condenser thus becoming condensate after condensation.
冷凝器：在发生器中产生的冷剂蒸汽，被冷凝器传管内流动的冷却水冷却，冷凝后变成冷剂液体。
Therefore, it is very important to study heat transfer and evaporation performance of pilot plant of wiped thin-film evaporator with an inner condenser and extend its applications.
因此，研究内冷式刮膜薄膜蒸发器中试装置的传热蒸发性能，并扩展其应用，有着重要意义。
The main reason of which is the heat transfer efficiency is weakened by jamming heavily or corroding the surface of the condenser.
主要是由于冷凝器表面严重积灰堵塞，或者是受腐蚀影响而减弱了换热效果。
The design calculations of evaporator, condenser, condensing-evaporator, medium heat transfer, capillary and compressor are described.
文中涉及了蒸发器、冷凝器、冷凝蒸发器、中间换热器、毛细管和压缩机的设计计算。
On the base of both consideration of heat transfer performance and resistance, the optimization and research are carried out on single spiral duct double pipe condenser.
本文在综合考虑传热性能和摩擦阻力等因素的基础上，对单螺旋槽套管式冷凝器的结构进行了优化和研究。
The theory based on condenser fouling have on effect temperature difference, condenser heat transfer and turbine activity, set forth judge condenser fouling.
从理论上分析凝汽器结垢对端差、凝汽器传热、汽轮机功率的影响，提出判断凝汽器结垢的依据。
The numerical simulation of steam flow field and heat transfer in condenser is necessary for the design, modification and operation of condenser.
详细地模拟凝汽器壳侧汽相流动和传热过程，对于凝汽器的设计、改造和运行具有重要的指导作用。
Cyclic spray of condensing water not only extends continuing operation period of portable air conditioners (PACs), but also strengthens heat transfer performance of condenser.
凝结水的喷淋循环技术不仅延长了移动式空调器连续使用时间，而且强化了冷凝器的传热效果。
Based on experimental apparatus, how the spray density and water temperature affected the heat and mass transfer performance of the evaporative condenser are studied.
在蒸发式冷凝器性能测试实验平台基础上，测试了水流参数如喷淋密度和水温对蒸发式冷凝器传热传质性能的影响。
The heat-transfer area demand of the heat-exchange equipments, such as generator, condenser, evaporator, absorber and solution heat exchanger, are computed.
进行了发生器、冷凝器、蒸发器、吸收器、溶液热交换器等换热设备所需的传热面积计算。
This paper introduces the working principle and the characteristics in the evaporation condenser. It also shows how to increase the affecting heat transfer of evaporation.
介绍了蒸发式冷凝器的工作原理、特点，提出了提高蒸发式冷凝器传热效率的途径。
The other one is that with the increment of sewage flow quantity, the efficiency of heat transfer is improved, but the affection is different on evaporator and condenser.
随着污水流量的增加，换热器的换热特性大大提高，但其作为蒸发器和冷凝器时的换热器的影响有所区别。
In allusion to the problems above, a new method on the basis of heat transfer theory to calculate the estimated value of condenser pressure was put forward.
针对上述问题，该文基于换热理论提出了一种新的凝汽器压力估计值计算方法。
Owning to the degradation of the heat transfer coefficient and large amount of condensation heat rejection, the performance of incomplete condensation of M3 has been found at the condenser outlet.
由于混合工质冷凝散热量的增加及传热性能的下降，因此工质M3在冷凝器的出口出现了不完全冷凝现象。
Owning to the degradation of the heat transfer coefficient and large amount of condensation heat rejection, the performance of incomplete condensation of M3 has been found at the condenser outlet.
由于混合工质冷凝散热量的增加及传热性能的下降，因此工质M3在冷凝器的出口出现了不完全冷凝现象。
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