refrigerant condenser 中文意思是什麼

refrigerant condenser 解釋
致冷劑凝結器
  • refrigerant : adj. 解熱的，使清涼的；冷卻的。n. 清涼劑，涼藥；清涼飲料；冷卻劑，冷凍劑，致冷劑。
  • condenser : n. 冷凝器；凝汽器；電容器；聚光器；【紡織；印染】集棉器；搓條機。
  1. Remote mechanical - draft air - cooled refrigerant condenser

    外置式機構.通風.製冷冷凝器
  2. Examinations of steady status and analysis of dynamic experiments have been conducted on band - tube evaporator and parallel - flow condenser using r134a refrigerant. the steady examination show that the model error was under the allowable error, the inlet mass and enthalpy disturb experiments indicate that the subsection model, be good at reflecting the change of parameters of the heat exchanger, accord with the basic principle of thermodynamics theory and the actual work status. hence, the subsection simulation model research has important benefits both on theory and engineering application

    在進行模擬試驗時，以使用r134a作製冷劑的管帶式蒸發器和平行流式冷凝器為對象，完成了穩態模擬計算、試驗和動態模擬分析，穩態計算結果和試驗數據對比表明，其誤差在允許范圍內；進口質量和焓值的擾動試驗結果表明：本文所建的區段式換熱器模擬模型，能很好的反映換熱器性能參數的動態變化，與系統熱動力學理論和冷凝器、蒸發器的實際工作過程基本一致。
  3. The research results show that the counter - flow condensers have a better performance than that of other arrangements in single - circuit condensers, and that branch flow should be adopted in multi - rows condensers to decrease the pressure drop and increase the heat transfer capacity, and that the influence of gravity force can not be ignored, and that there must be an optimum refrigerant mass flow which can make the condenser perform best when the air velocity is constant while there must be an optimum air flow which can make the condenser perform best when the refrigerant mass flow is constant

    研究結果表明，單迴路冷凝器中，逆流布置換熱效果最好，叉流其次，順流最差；多排管冷凝器應盡可能採用分流方式，以減小壓降，增強換熱；布置冷凝器流程時，重力的影響不可忽略；當風量不變時，必然存在一最佳製冷劑流量使冷凝器性能達到最佳；當製冷劑流量保持不變時，也相應存在一個最佳風量使冷凝器性能最佳。
  4. This facility is used to measure the refrigerant distribution in components of a refrigeration appliance, including compressor, evaporator, condenser, receiver, accumulator, liquid line, etc, under different working conditions, such as start - up, steady state or shut - down

    測量製冷裝置在開機、穩定運行、停機等不同工況下，包括壓縮機、蒸發器、冷凝器、集液器、氣液分離器、液管等在內的各個部件，製冷劑的質量分佈。
  5. To improve the performance of ashp, an improved ashp system is presented. different from the original system, the new one can control the refrigerant flow rate by the sub - cooling of condenser and adjust the sup - heating of the compressor inlet vapor by the heater in accumulator. the simulation shows the new system not only has better dynamic characteristic of frost and defrost of ashp, but also has higher coefficient of performance

    為改善空氣源熱泵機組的結霜除霜動態性能，提出了一種利用冷凝器過冷度來調節製冷劑流量，在氣液分離器里增加電熱裝置保持壓縮機進口過熱度的改進型系統，結果表明這種改進型系統不但可以改善系統的運行性能，同時能改善系統運行的經濟性，為機組的技術升級和產品更新提供了一個新的途徑。
  6. The fourth chapter to the seventh chapter selected and improved fully hermetic rotary compressor mathematic models, condenser and evaporator distributive parameter models, and refrigerant charge inventory models, consulted domestic excellent enterprise " s product and components, and made relevant simulation programs. the eighth chapter used above component models and simulation programs to simulate kfr - hi / lw air - conditioners made in some enterprise, and compared predictions and experimental results

    在選用和修改全封閉壓縮機數學模型、冷凝器、蒸發器分佈參數模型和製冷劑充灌量模型並編制了相應模擬程序后，利用以上各部件模型和模擬程序，對某公司生產的kfr - hi lw型分體落地式家用空調器進行模擬，並與實驗結果進行了比較。
  7. To reach this target, the work should employ not only the information technique, but also the thermodynamics theory. same thing applies to condenser and evaporator which affect directly the behavior of the refrigerant system as the main heat exchange equipments in the refrigerant system

    為了實現這一目標，需要利用現代模擬技術和系統熱動力學，從系統的變工況性能出發，分析系統的過渡特性。對于汽車空調的主要換熱設備：冷凝器和蒸發器，這一問題尤為緊迫和突出，因為他們的工作狀態直接影響著整個製冷系統的各項性能。
  8. Condenser and evaporator are the main equipments in the refrigerant system. to modeling a heat exchanger to acquaint and grip the working performance of different refrigerant in a aac system can accelerate the equipments choice matching. furthermore which has the important practical meaning for the modernization of aac designs

    冷凝器和蒸發器是汽車空調系統的主要部件，建立一個換熱器動態模擬模型，認識和掌握不同製冷工質在汽車空調系統換熱器內的工作特性，可以加速設計過程中的部件選型和匹配，對實現汽車空調系統設計方法的現代化具有重要的現實意義。
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