air tank

英 [eə(r) tæŋk] 美 [er tæŋk]

气柜;气罐

化学



双语例句

  1. The air and tank strikes, as well as gunfire, left many civilians, including children, dead or wounded.
    空袭、坦克袭击和炮火导致许多平民死伤,其中包括多名儿童。
  2. Study on Vertical Dissolved Air Flotation Tank to Improve Secondary Effluent of Wastewater Treatment Plant
    新型浮滤池净水装置处理引黄水库水试验研究竖流式溶气气浮池提高二级出水水质的研究
  3. We received air, tank, and artillery support.
    我们有空军,坦克,大炮的支援。
  4. The air tank and acetic tank that been used has the potential of explosion.
    所使用的氧气瓶、乙炔瓶有爆炸危险。
  5. The research results provide theoretic guide for field application of air tank to water hammer control.
    研究结果对现场使用空气罐来控制水击提供了理论指导。
  6. The so-called vacuum pump is the air tank in vacuum pressure, can the sewage contamination sucked in, this is a physical effect.
    所谓真空泵就是把罐体的空气抽成真空,能过压力把污水污物吸进去,这是一个物理的作用。
  7. Air tank drain cock drainage relative permeability curve
    气箱排放塞〔开关〕排泄相对渗透率曲线
  8. Main production: suspension hanger for Semi trailer, air tank, landing gear, van parts etc.
    主要生产:集装箱半挂车悬挂系统、气罐、支承腿和厢式货车门锁部件等。
  9. Modeling and simulation of communication vehicles to install air storage tank of compressed-air generating sets based on Fluent air-breathing power unit
    基于Fluent通信车加装气动发电机组储气罐的建模与仿真喷气动力装置;喷气发电机组;喷气功率单位
  10. Check carefully because air compressor air storage tank if there is a flat, according to check out.
    仔细检查因为空气压缩机贮气筒如果有一个平稳的,根据检查排除。
  11. Air tank drain cock discharge prediction of industrial pollution sources
    气箱排放塞〔开关〕工业污染源排污预测
  12. Reducing COD_ ( Cr) Discharge by Adding a Coagulation System Study on Vertical Dissolved Air Flotation Tank to Improve Secondary Effluent of Wastewater Treatment Plant
    生化池出水增设废水混凝脱色处理系统竖流式溶气气浮池提高二级出水水质的研究
  13. I think the air tank is the most important thing for an astronaut.
    我认为氧气罐对宇航员来说是最重要的东西。
  14. Risk Analysis and Safety Measure for Air Tank Construction
    气柜施工危险分析及安全对策
  15. Conclusion Hospital should establish the air center system to supply instead of malfunction-prone compressor and regular-replaced air tank.
    结论凡有条件的医院应建立中心供气系统,以代替容易发生故障的压缩机和经常需要更换的氧气瓶。
  16. The working principles and practical application of a whirling flocculation and air floatation tank are introduced.
    Air(初三适用)介绍了涡旋絮凝气浮池的工作原理及实际应用情况。
  17. Some safety measures were adopted based on detail risk analysis in construction of No. 2 new air tank of Maoming Reefing Plant. Construction safety was ensured at the meantime No.
    茂名炼油厂在新2~气柜的施工建设中,对施工危险性进行详细分析,提出了安全对策,采用3~气柜不停产的情况下进行,确保了施工安全。
  18. The safety evaluation of air tank for mid-pressure
    中压空气储罐群的安全评估
  19. This paper introduces the selection and arrangement of the air compressor and the air tank in the design of the gas system, the arrangement of the pipelines, instruments and valves, and the automatic control design of the air compression system.
    介绍了气系统设计中空压机和气罐选择与布置,管路、仪表、阀门的布置,以及压缩空气系统的自动控制设计。
  20. The paper analyses working principle and working environment of air tank capsule, and finds the reason of capsule injury which is small content of air tank capsule ( 30L).
    文中分析排出空气包胶囊的工作原理和工作环境,认为该型排出空气包胶囊因设计中容量小(30L),而造成胶囊频繁损坏。
  21. Deformation Analysis of the Fabric Filter Impulse Blowing Square Air Tank
    袋式除尘器脉冲喷吹方形气包变形的分析
  22. Comparision Between tow Kinds of Design Methods for Air Tank
    空气贮罐两种设计方法的对比
  23. This paper states the advantages of stress analysis method in pressure vessel design by comparision of two kinds of design methods for the air tank.
    通过对空气贮罐两种设计方法的对比,着重阐述了应力分析法在压力容器设计中所具有的优势。
  24. The third section is about the controlled and transmission of the pressure signals in train pip, auxiliary pressure air tank and bake tank;
    第三部分是列车管、副风缸、制动风缸压力信号的采集与传输控制;
  25. Reliability Analysis of Safe Critical Crack of the Air Tank
    空气储罐安全临界裂纹的可靠性分析
  26. Study of Effect of Environment Temperature and Pressure on Cooling Air for Tank Diesel Engines by Using CFD Simulation
    环境温度和压力对坦克柴油机冷却空气影响的CFD仿真研究
  27. Study on Controlling Water Hammer of Pipelines by Air Tank
    空气罐控制输液管道水击研究
  28. The power property of the compressed air in pressure reduction control processes between the high-pressure compressed air tank and the lower pressure air engine were analyzed;
    分析了气动汽车动力源与气动发动机之间的高压气体减压控制过程及气动系统能量变化的特性;