水泵叶轮的英文

• impeller, water pump
• water pump impeller
• water pump vane

• 水泵    water pump; compressed water ...
• 叶轮    impeller; impellor; runner; ...
• 水泵叶轮片    pumimpeller blade
• 水泵叶轮弹簧    water pump impeller spring
• 泵叶轮    impeller of pump; pump impeller; pumru er; pumrunner
• 离心泵叶轮    centrifugal pumrunner; centrifugal-pump impeller
• 泥泵叶轮    dredging pump impeller
• 青铜泵叶轮    bronze pumimpeller
• 燃料泵叶轮    fuel pump impeller
• 燃油泵叶轮    fuel pumimpeller
• 油泵叶轮    fuel pump impeller
• 带套的泵叶轮    pump impeller with housing
• 氧化剂泵叶轮    oxidize pump impeller; oxidizer pump impeller; oxidizer-pump impeller
• 轴流泵叶轮室    propeller bowl
• 抽水机叶轮；泵叶轮    pumimpeller
• 水泵叶片安放角    blade angle of pump
• 泵叶斗    pumbucket; pump bucket
• 泵叶片    pumblade
• 叶轮    [机械工程] impeller; impellor; runner; vane; centrifugal impeller; vane wheel◇叶轮泵 vane pump
• 水泵    water pump; compressed water pump◇水泵房 pump house; 水泵缸套 hoghead; 水泵工 plugman; 水泵间 [土] pump house; 水泵间格 pumpway; 水泵扬程 pump head
• 可调泵叶    adjustable pump vane
• 挠性轮泵叶    flexible-impeller pump
• 清水泵；供水泵    raw water service pump
• 动叶轮    impeller
• 风叶，叶轮    fan blade

• An optimization design system has been constructed and practically used for centrifugal compressor components and mixed - flow pump impeller
  目前，已经建立了离心压气机部件及水泵叶轮的优化设计系统，并在工程设计中发挥了重要作用。
• Usage : it is suitable for the polishing of the boorster vane of motors , the turbine of water pumps , as well as various stainless steel castings , and can also be used as casting materials for other precision foundings
  铸造微粉适用范围：适用于发动机增压器叶轮、发动机涡轮、水泵叶轮、各种不锈钢铸件及其他精密铸件的铸造用原料。
• From the experimental results , conclusions of particles " trajectories can be drawn for different densities and operating conditions . three axis segments were acquired , and three operating conditions were picked to study the distribution traits of particles inside the impeller under the different quality and concentration of the particles . based on the results , local wear of pump was forecasted and protecting measures were brought forward
  得到运行工况对单个粒子运动轨迹的影响以及不同密度(质量)的单个粒子运动轨迹变化规律；沿水泵叶轮轴向取三个测量断面，分别在三种不同运行工况下，研究各个断面间(内)粒子分布特征，以及粒子质量和浓度对这种分布特征的影响；根据实验结果，对输送不同固液两相流介质时，水泵局部磨损进行了预测并提出了一些防护措施。