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1·The pump body, Vane wheel and water distributor are made of stainless steel.

主机泵体，叶轮分水器，为不锈钢材质。

2·A pouring adhesive made of epoxy resin for glazing vane wheel was prepared in the paper.

研究开发了研磨页轮用单组分环氧树脂浇铸胶粘剂。

3·According to the present position, the vane wheel vegetable cleaning device was designed.

针对目前状况，设计了叶轮旋转式蔬菜清洗装置。

4·Floc size distribution in a dynamic flocculator with a flat vane wheel was measured experimentally.

实验测定了平直叶轮动态混合絮凝器内絮团粒度的空间分布。

5·Floc concentration distribution in a dynamic flocculator with a flat vane wheel was measured experimentally.

实验测定了平直叶轮动态混合絮凝器内絮团浓度的空间分布。

6·The cleaning principle of the vane wheel vegetable cleaning device and the motive orderliness of the water stream was analyzed.

分析了蔬菜清洗装置的工作原理以及水流的运动规律。

7·This paper presents a design method for working profile of 3-vane wheels, based on the motion law between the wheel and letters.

本文根据三叶轮叶片与信件的运动规律给出三叶轮叶片的工作曲线的设计方法。

8·The application of process of vane wheel profile forming can ensure the machining accuracy and improve the productive efficiency.

采用成形铣削加工叶轮型面，保证了加工精度，提高了生产效率。

9·The water inlet edge of the socket embodies a lattice teeth pattern and the vane front end of the vane wheel corresponds with the socket.

底座的进水口的边缘 呈花齿型，叶轮的叶片前端与底座相对应。

10·The structure and designing calculation of auxiliary vane wheel after the modification of the shaft seal for the gas compressor have been briefly described.

简单介绍了对气体压缩机上的轴封改造后的副叶轮密封装置的结构及设计计算。

叶轮

1·Floc concentration distribution in a dynamic flocculator with a flat vane wheel was measured experimentally.

实验测定了平直叶轮动态混合絮凝器内絮团浓度的空间分布。

2·Floc size distribution in a dynamic flocculator with a flat vane wheel was measured experimentally.

实验测定了平直叶轮动态混合絮凝器内絮团粒度的空间分布。

3·The structure and designing calculation of auxiliary vane wheel after the modification of the shaft seal for the gas compressor have been briefly described.

简单介绍了对气体压缩机上的轴封改造后的副叶轮密封装置的结构及设计计算。

4·The advantages of the vane wheel system show that it's easier to realize the automatic measurement and date processing with an on line computer for this system than for others.

微叶轮系统的优点表明该系统比其他方法更易于实现与计算机联机的自动化测试及数据处理。

5·According to the present position, the vane wheel vegetable cleaning device was designed.

针对目前状况，设计了叶轮旋转式蔬菜清洗装置。