流膜的英文

• flowing film

• "膜"英文翻译    membrane
• "层流膜" 英文翻译 :    laminar film; laminar-flow film
• "流膜层" 英文翻译 :    flowing film
• "流膜分级" 英文翻译 :    film sizing
• "阻流膜片" 英文翻译 :    diaphragm baffle
• "管壁层流膜层" 英文翻译 :    laminar film in pipe
• "湍流膜状冷凝" 英文翻译 :    turbulent film condensation
• "液流膜；流动膜层" 英文翻译 :    fluid film
• "湍流膜式蒸发器" 英文翻译 :    turbulent-film vaporizer
• "流模块" 英文翻译 :    ipx stream module
• "流明因子" 英文翻译 :    lumen factor
• "流末格" 英文翻译 :    lumeg; lumerg
• "流明星" 英文翻译 :    141 lumen
• "流幕电泳" 英文翻译 :    flow curtain electrophoresis
• "流明效率" 英文翻译 :    luminous efficiency
• "流木" 英文翻译 :    driftwood; floating debris; raft
• "流明小时流明" 英文翻译 :    lumen-hour

• Theoretical analysis of enhancing cross - flow membrane separation
  错流膜分离强化技术的理论分析
• The two - way flow principal is based on crossflow filtration separation utilising “ inside - out ” flux and allowing the inside of the hollow fibers to build up with pollutant / concentrate particles
  在双向流膜过滤操作的第一阶段，原液从膜组件下部进入，回流浓缩液从上部流出。
• Fisrt , the flow field of radial and tangential annulus with rotating flow are made by using an advanced piv system , its flow field characteristics are obtained preliminary probed . it is found that the flow field characteristics are not the same between unpermeateing flow and have permeateing flow , otherwise the flow field is compared between rotating flow and dynamic tubular membrane
  首先通过采用先进的piv测试系统，对旋转流膜器的径向环隙和切向环隙处的流场进行了实测，初步探讨了其流场特性，发现在无渗透流和有渗透流的情况下其流场并不相同，并与旋转动态膜的分离特性进行了比较。
• In this dissartation , by using the particle image velocemetry ( piv ) system and microfiltration of incompressible inorganic salt powder systemic investigation are made on the flow field of polyacrylate tubular membrane elements with rotating flow . it is compared the slurry inlet method between tangential and axial
  本文通过piv激光测试系统首次对聚丙烯( pa )旋转流管式膜流场进行了实测，并利用sio _ 2进行分离实验，比较两种不同的切向进料方式对过滤与分离的影响，并与普通十字流过滤进行比较，提出了旋转流膜管的再生方式。
• Fourth , the membrane recovering method was found within stationary tubular membrane elements and was compared with rotating flow by using experiment , that is , the unloading pressure recovering method is one of the most efficient method , it may reduce the auxiliary time , such as washing , backflush , reverse filtration , but the tubular membrane is washed or backflush or changed after the cycle period are accumulated numerous times
  第四、对旋转流静止管式膜的再生进行了实验比较，并提出了旋转流膜管可以通过卸压再生，以减少膜管每次使用后的冲洗、反吹等辅助时间，采用该种方法再生的膜管其渗透通量完全能满足要求，当循环使用一定次数后再进行或冲洗或反吹或更换新膜管。