1) axial flow pump
轴流泵
1.
Development of New Heart Assist Device of Miniature Axial Flow Pump: Hydrodynamic Analysis;
微型轴流泵式心脏辅助装置的研制:流体力学特性分析
2.
Affection of guiding vane on axial flow pump heart assist device and its clinical relevancy;
前导叶对轴流泵式心脏辅助装置流体力学特性的影响及改进意义
3.
Effect of test rotation speed on the performance of axial flow pump with high flow rate and speed;
试验转速对大流量高转速轴流泵性能的影响
2) axial-flow pump
轴流泵
1.
Experimental investigation on flow fields in round discharge pipe of axial-flow pump;
立式轴流泵等圆出水管内流场试验
2.
Analysis on pressure fluctuation of unsteady flow in axial-flow pump;
轴流泵不稳定流场的压力脉动特性研究
3.
Experimental results on the same test-bed and selection analysis for hydraulic model of axial-flow pump;
轴流泵水力模型同台测试结果及选型分析
3) Axial pump
轴流泵
1.
Waterjet axial pump and the duct propeller;
喷水推进轴流泵与导管桨
2.
Analysis of the flow through the blade tip clearances of axial pumps by CFD;
轴流泵叶顶间隙流动的计算流体动力分析
4) axial blood pump
轴流血泵
1.
A new axial blood pump with conical magnetic bearings was designed,which can avoid thrombus caused by contact between the rotating and stationary parts and whose compact structure makes it easier to realize the magnetic suspension.
设计了一种新型磁悬浮轴流血泵,使用圆锥型磁轴承以避免由动静部件接触摩擦引起的血栓问题,其结构小巧紧凑并利于磁悬浮的实现。
2.
A new streamlined axial blood pump was developed and manufactured, commercial CFD software CFX was used to numerically obtain the pressure head and flow flux relations validated by in-vitro test.
设计了一款流线型轴流血泵,利用CFD软件CFX计算得到该血泵在不同转速下的压头和流量关系曲线,与实验数据吻合较好。
5) axial-flow pump stage
轴流泵级
6) axial flow pumping station
轴流泵站
1.
The hand calculation design process of the inlet passage of an axial pumping station has been transformed to a mathematical analytic process and a corresponding mathematical model has been established for completing a study of computer auxiliary design(CAD) software of the inlet passage of an axial flow pumping station.
为了完成轴流泵站进水流道的计算机辅助设计(CAD)软件的研制,将轴流泵站进水流道原人工设计过程进行数解,并建立相应的数学模型,提出用“控制断面”设计进水流道内流速沿程变化曲线(V～L曲线)的方法,并利用AutoCAD作为图形支撑软件,使进水流道的设计与绘图一体化。
补充资料：轴流泵
靠旋轮叶轮的叶片对液体产生的作用力使液体沿轴线方向输送的泵。图为轴流泵的结构。叶轮装有2～7个叶片，在圆管形泵壳内旋转。叶轮上部的泵壳上装有固定导叶,用以消除液体的旋转运动,使之变为轴向运动，并把旋转运动的动能转变为压力能。轴流泵通常是单级式,少数制成双级式。流量范围很大,为180～360000米3／时;扬程一般在20米以下。轴流泵一般为立式,叶轮浸没在水下面,也有卧式或斜式轴流泵。小型轴流泵的叶轮安装位置高出水面时，需要用真空泵排气引水启动。轴流泵的叶片分固定式和可调式两种结构。大型轴流泵的使用工况（主要指流量）在运行中常需要作较大的变动，调节叶片的安装角可使泵在不同工况下保持在高效率区运行。小型泵的叶片安装角一般是固定的。轴流泵属于动力式泵中比转数最高的一种，比转数为 500～1600。泵的流量-扬程、流量-轴功率特性曲线在小流量区较陡，故应避免在这一不稳定的小流量区运行。轴流泵在零流量时的轴功率最大，因此泵在启动前必须先打开排出管路上的阀，以减小启动功率。轴流泵主要适用于低扬程、大流量的场合，如灌溉、排涝、船坞排水、运河船闸的水位调节，或用作电厂大型循环水泵。扬程较高的轴流泵（必要时制成双级）可供浅水船舶的喷水推进之用。
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参考词条