冷凝温度的英文

• conde ing temperature
• condensation temperature
• condensationtemperature
• condensing temperature
• condensingtemperature
• liquefaction temperature

• "冷凝"英文翻译    condensate; condensation
• "温度"英文翻译    temperature
• "绝热冷凝温度" 英文翻译 :    adiabatic condensation temperature
• "临界冷凝温度" 英文翻译 :    cricondentherm; critical condensation temperature; critical-condensation temperature; true condensing point
• "外壳冷凝温度" 英文翻译 :    screen condensation temperature
• "冻凝温度" 英文翻译 :    congealing temperature; congelation temperature
• "胶凝温度" 英文翻译 :    gelatinization point
• "临界胶凝温度" 英文翻译 :    critical gelling temperature
• "临界絮凝温度" 英文翻译 :    critical flocculation temperature
• "冷凝器温度" 英文翻译 :    condenser temperature; condensertemperature
• "冷凝水温度" 英文翻译 :    condensate temperature
• "冷凝剂用温度计" 英文翻译 :    cryogenic thermometer
• "冷凝器出口温度" 英文翻译 :    condenser offtake temperature
• "冷凝水出口温度" 英文翻译 :    condensing water outlet temperature
• "冷凝水进口温度" 英文翻译 :    condensing water inlet temperature
• "冷凝" 英文翻译 :    condensate; condensation◇冷凝点 condensation point; 冷凝物 condensate; 冷凝装置 condensing unit; condensing works
• "冷凝，冷凝液" 英文翻译 :    condensation
• "温度" 英文翻译 :    [物理学] temperature 绝对温度 absolute temperature; 室内温度 indoor temperature; 室外温度 outdoor temperature; 最低温度 minimum temperature; 最高温度 maximum temperature; 温度标 scale of thermometer; 温度表 thermometer; thermograph; 温度差 temperature difference; 温度异常 temperature anomaly
• "倒冷凝" 英文翻译 :    retrograde condensation
• "激冷，冷凝" 英文翻译 :    chill
• "急冷凝" 英文翻译 :    quench condensation
• "冷凝；冻结" 英文翻译 :    freezing
• "冷凝氨" 英文翻译 :    condensing ammonia
• "冷凝板" 英文翻译 :    chill plate; cold plate
• "冷凝泵" 英文翻译 :    conde ate extractio ump; conde atepump; condensate extraction pump; condensate extractionpump; condensate pump; condensatepump; condensation pump; condensationpump; condenser pump; cryopump cryogenic pump; hot-well pump

• Adiabatic condensation temperature
  绝热冷凝温度
• C . the condensation temperature has negligible effect on the mean heat transfer coefficient at a same oil concentration
  同一含油率下，冷凝温度对平均换热系数几乎没有影响。
• C ) the condensation temperature has negligible effect on the mean heat transfer coefficient at a same oil concentration
  C )同一含油率下，冷凝温度对平均换热系数几乎没有影响。
• In the condition of same condensation temperature and evaporating temperature , the cop of the basic gax cycle is lower than that of the simplicity cascade cycle , but it is greatly better than the mid - pressure double - effect cascade cycle , on the other hand , the work condition is not as rigor as the simplicity cascade cycle , so the ratio of performance and cost is relatively high
  在相同的冷凝温度和蒸发温度下，基本gax循环的性能系数( cop )虽然比单纯复叠循环的低，但要远远优于中压双效复叠循环，而且运行的条件不象单纯复叠循环那样苛刻，故基本gax循环的性价比较高。
• Eev should be selected for various refrigeration systems according to the thermal properties of refrigerants ; the discharge coefficient of eev is sensitive to the aperture and impulse quantity of eev ; when the eev structure is made , the discharge coefficient goes up with the lowering of evaporation temperature or goes down with the hoisting of the condensation temperature . it is le
  对于不同工质的冷藏集装箱制冷系统，电子膨胀阀应该根据具体制冷剂的热力性质选取；电子膨胀阀流量系数对孔径和脉冲数比较敏感；在结构固定时，流量系数随蒸发温度的降低而升高，随冷凝温度的增加而增大，受过冷度变化的影响较小；电子膨胀阀的容量受孔径影响最大。
• The analysis indicates that in the absorbing refrigeration cycle using tfe - tegdme working fluid under the same evaporating temperature and condensation temperature , the performance of the simplicity cascade cycle is the best while the heat burden of the generator is the maximum , the performance of the mid - pressure double - effect cascade cycle is the worst while the heat burden of the generator is higher than the basic gax cycle
  分析结果表明，采用以tfe - tegdme为工质吸收式制冷循环，在同样的蒸发温度和冷凝温度下，单纯复叠循环性能最为优越，但发生器的热负荷也最大；中压双效循环性能最差，而且发生器的热负荷要比基本gax循环大，运行的经济性差。
• The peng robinson cubic equation of state ( pr eos ) is used to calculate thermodynamic properties of frequently used refrigerants ( r12 , r22 , r502 ) and prospective alternatives refrigerants ( r134a , r152a , r125 ) and mixed - refrigerants ? the result of using cfc and hfcs refrigerants is contrast to the result of mixed - refrigerants in ideal single - press circle at lower evaporating temperature
  在单级和双级两种不同制冷循环下，研究了不同制冷工质在变蒸发温度及变冷凝温度的循环性能。本文采用状态法? pr方程计算常用的制冷工质( r12 、 r22 、 r502 ) 、有希望的替代物( r134a 、 r152a 、 r125 )和混合工质的热力学性质。