器壁的英文

• vessel wall
• wall

• "器"英文翻译    implement; utensil; ware
• "壁"英文翻译    wall
• "容器壁" 英文翻译 :    vessel wall; wall of container
• "反应器壁" 英文翻译 :    reactor wall
• "换热器壁" 英文翻译 :    heat exchange wall; heat exchanger wall
• "结晶器壁" 英文翻译 :    mould wall
• "结晶器壁面" 英文翻译 :    mould face
• "器壁衬里" 英文翻译 :    wall lining
• "器壁衬里 墙衬" 英文翻译 :    walllining
• "器壁反应" 英文翻译 :    wall reaction
• "器壁磨擦" 英文翻译 :    wall friction
• "器壁凸出" 英文翻译 :    bulged ride
• "器壁效应" 英文翻译 :    wall effect
• "器壁应力" 英文翻译 :    wall stress
• "水冷却器壁" 英文翻译 :    water cooled wall
• "注射器壁" 英文翻译 :    injector wall
• "器壁传热损失" 英文翻译 :    wall losses
• "器壁摩擦损失" 英文翻译 :    wall-friction loss
• "容器壁上人孔" 英文翻译 :    shell manway
• "容器壁上人孔；圈板人孔" 英文翻译 :    shell manway
• "容器壁同接管的装配" 英文翻译 :    assembly of nozzle necks to vessel walls
• "在器壁上的管子和接管颈" 英文翻译 :    pipe and nozzle necks to vessel walls
• "器，[港]电缆数据机" 英文翻译 :    cable modem
• "器 (程序同步化)" 英文翻译 :    monitor (synchronization)
• "器" 英文翻译 :    名词1.(器具) implement; utensil; ware 瓷器 chinaware; china; porcelain; 漆器 lacquerware; 玉器 jade article; 乐器 musical instrument; 木器 wooden articles; 拾音器 pickup; adapter2.(器官) organ 生殖器 reproductive [generative] organs; genitals; 脏器 internal organs of the body; viscera3.(度量; 才能) capacity; talent 器识 capability and judg(e)ment; 器使 give sb. employment according to his ability4.(姓氏) a surname 器达 qi da
• "砌琢石；阁楼立柱" 英文翻译 :    ashlaring

• The two opposite walls of the container are metallic plates .
  容器的两个正对面的器壁都是金属板。
• A decrease in volume causes the molecules to hit the walls more frequently .
  减小体积，分子就更加频繁地撞击器壁。
• The pollen flows freely without sticking to the sides of a glass storage container .
  花粉在玻璃容器内能自如滑动而不会贴着于器壁。
• Proper design and location of the spray is essential if the whole vessel is not to become progressively coated with solid .
  必须对喷淋作适当的设计和布置，以使整个器壁不致被固体不断粘附。
• The hot air will enter into the bottom of the dryer and produce vigorous eddy airflow . it will produce strong washing out and bring out effect to material and eliminate the phenomenon of adhering wall
  干燥气体进入干燥机底部，产生强烈的旋转气流，对器壁上物料产生强烈的冲刷带出作用，消除粘壁现象。
• Dry gas enters into the bottom of drier and produces strong rotating air stream that exerts strong rushing effect to raw material on the wall , therefore the phenomenon of stricking on the wall is removed
  干燥气体进入干燥机底部，产生强烈的旋转气流，对器壁上物料产生强烈的冲刷带出作用，消除粘壁现象。
• Aim at lacking a kind of method for drawing intersecting lines efficiently in the petrochemical engineering construction , invented a kind of compasses that can draw the opening curve on the non - flat container wall
  摘要针对石油化工设备建造中，缺乏一种高效的器壁开孔画曲线方法的问题，研制了一种能在非平面器壁上画开孔曲线的画线规。
• When the fire breaks out , fire source may spread to the storage tank through the inlet , when the flame passes the small pore of the flame - resistant core layer in the respiration valve , due to the wall effect , the corrugating plate absorbs a great deal of heat , so as to increase heat loss at once , so that the flame is extinguished
  当发生火警时，火源有可能通过进入口向储罐内漫延，当火焰通过呼吸阀内阻火芯层的狭小孔隙时，由于器壁效应，波纹板吸收大量热源，使热损失突然增大，从而使火焰熄灭。
• When the fire breaks out , fire source may spread to the storage tank through the inlet , when the flame passes the small pore of the flame - resistant core layer in the flame arrester , due to the wall effect , the corrugating plate absorbs a great deal of heat , so as to increase heat loss at once , so that the flame is extinguished
  当发生火警时，火源有可能通过入口向储罐内漫延，当火焰通过阻火阀内阻火芯层的狭小孔隙时，由于器壁效应，波纹板吸收大量热源，使热损失突然增大，从而使火焰熄灭。
• Firstly , simulate flow field of rear smoke channel , plot velocity magnitude and ash concentration distribution in section of entry of heat pipe air preheater , compare with data which were measured in guiyang power station , verify simulation to be reasonable and right . secondly , simulate all kinds of factors which affect flow field ' s uniformity such as length , thickness , location of diffluent board , ash concentration , ash diameter , and so on , find the chiefly factors . thirdly , install guide board in curve channel in rear smoke channel , then simulate its " flow field , plot velocity magnitude and ash concentration distribution
  在此基础上模拟在冬夏两季不同情况下，不同流速对热管空气预热器壁面温度的影响；然后对影响整个流场分布的各种因素：包括分流板长度、厚度、偏离中心流道位置的偏离度、飞灰浓度、飞灰粒径等因素进行数值模拟；最后提出在分流烟道转弯处加装导流板，并模拟加装导流板后的流场分布，得到下级空气预热器出口、热管空气预热器进口处的断面速度场分布、浓度场分布，以论证加装导流板能达到流场均匀化的作用。