机组舱的英文

• crew cabin
• crew comparison
• crew compartment

• "机组"英文翻译    set; assembling unit; machin ...
• "舱"英文翻译    cabin; module
• "空勤组舱" 英文翻译 :    flight comparison
• "机组" 英文翻译 :    1.[工业] (一组机器) set; assembling unit; machine set; plant unit; team; unit assembly 动力机组 power unit; 发电机组 generating unit; generating set; 液压机组 hydraulic unit2.(飞机工作人员)aircrew;flight crew
• "组舱式挂弹装置" 英文翻译 :    bay assembly
• "组舱式挂弹装置测试器" 英文翻译 :    bay assembly tester
• "组舱式挂弹装置升降机" 英文翻译 :    bay assembly lift adapter
• "组舱式挂弹装置运输拖车" 英文翻译 :    bay assembly transport trailer
• "泵机组" 英文翻译 :    engine and pumassembly; puma embly; pumarrangement; pump assembly; pump unit; pumping set; pumset
• "长机组" 英文翻译 :    lead element
• "单机组" 英文翻译 :    single unit
• "电机组" 英文翻译 :    ageing units
• "多机组" 英文翻译 :    multicomputer
• "耳机组" 英文翻译 :    earphone unit
• "辅机组" 英文翻译 :    accessories module; accessory module; auxiliary machinery module
• "机组段" 英文翻译 :    anlagensektion
• "机组图" 英文翻译 :    unit drawing
• "老机组" 英文翻译 :    aging units
• "僚机组" 英文翻译 :    second element; support element
• "轮机组" 英文翻译 :    engine crew
• "双机组" 英文翻译 :    pair assembly; two unit; two-aircraft element; two-ship element; two-unit
• "随机组" 英文翻译 :    random group
• "轧机组" 英文翻译 :    train
• "主机组" 英文翻译 :    main set; major unit; principal mechanical components
• "氨压缩机组" 英文翻译 :    ammonia compressing unit; ammonia compressor unit; ammonium compressing unit

• Space product assurance - the determination of offgassing products from materials and assembled articles to be used in a manned space vehicle crew compartment
  航天产品保证.载人航天器机组舱使用的材料和组装器件的脱气产品的测定
• Noise tapers off from the service module through the russian fgb module to the u . s . lab module at the other end , where levels have been measured between 55 and 62 db
  从俄国的勤务舱，穿过俄国的fgb太空站机组舱，到美国的实验室舱，噪声级逐段减低，而实验室舱里测到的噪声级是介于55 ~ 62分贝之间。
• But the effect of making the wind - in door move toward below is the main influence ingredient . when wind - in door is below and exhaust fan is below , the ventilation and heat dispersion of the cabin is enhanced furthest , both the average and maximum
  当使进风口靠下，抽风机位置也靠下时，最能增强机组舱的通风散热，机组各侧平均温度和最高温度都可以降低（超过2 ） 。
• After the whole army is equipped with the generator set cabin , the feedback information of user indicates that the generator set ca n ' t work in gear because of excessive high temperature in some bad conditions
  在通信车载电源机组舱装备全军以后，使用人员的反馈信息表明，在某些恶劣条件下，发电机组会因为温度过高而不能正常工作。因此，解决机组舱的通风散热是当前急需解决的一个主要问题。
• The generator set cabin for military communication is the new equipment of military communication vehicle during the " tenth five - years " of the pla . the ventilation and heat dispersion of the generator set is a very important to affect the normal working of the whole equipment
  军用通信电源机组舱是我军“十五”期间军用通信车的新装备，其中，舱内机组的通风散热常常是影响整个装备正常工作的重要部分。
• Only the wind - in door near the working generator set is opened , and exhaust fan is installed in the middle of the cabin . the ventilation and heat dispersion are enhanced by the two methods , making the wind - in door move toward below and making exhaust fan move toward below
  机组舱应只开启工作机组侧的进风口，且把抽风机设置在机组舱中部，使进风口靠下和使抽风机靠下均能增强机组的通风散热，但使进风口靠下是增强通风散热的主要影响因素。
• Presently , in the design of the ventilation and heat dispersion of the cabin , only necessary wind quantity is considered simply , while detailed mode and efficiency of the ventilation and heat dispersion are not considered too . so maybe the resource is wasted by the equipment , while noise is increased and stealth ability is decreased
  目前，在机组舱通风散热的设计中，只是简单地考虑了散热所需的风量，而没有考虑通风散热的具体方式和效率，这不但造成了整个装备对资源的浪费，同时还增加了机组舱的噪声和降低了机组舱的隐身能力。
• To the cabin which is designed by the forth department chongqing communication college , the model which includes the air in the cabin , generator set and public muffler is built integer , meshed , and added by boundary condition and load . the normal k - model etc are used to be turbulence model of the air in cabin respectively , the turbulence model is calculated by simplef or simplen algorithm , and by the first order accurate msu or the second order accurate supg in advection discretization scheme
  论文对舱内空气、发电机组和公用消声器进行了整体建模和网格划分，施加机组舱模型的边界条件和载荷，采用标准k -等多个模型来分别模拟机组舱通风散热的空气湍流流动，采用simplef和simplen两种不同的数值算法以及一阶msu和二阶supg的对流项分离方案来对流动模型进行运算。