使用叶片式风速仪测量模拟气缸内的涡流转速。
The blade type anemograph is used to measure and simulate the turbulence speed.
本文对叶片式全压探针进行了专题研究。
A monographic study was carried out of a blade-type total-pressure probe.
叶片式皮瓣的双重推动下，进入室内的空气。
The vane type has a flap that is pushed by the incoming air.
对叶片式水力机械的水力设计模型进行了深入的对比研究。
This paper is concerned with a comparative study of the hydraulic design model for the blade type hydraulic machinery.
目的在设计与制造过程中，提高叶片式减振器的热稳定性。
Aim To improve the thermostability of vane absorbers while designing and manufacturing.
本文利用优化设计原理确定叶片式气动马达的最优轴向间隙。
By optimum design theory, the best axis - direction clearance of pneumatic vane motor is obtained in this paper.
叶片式液压减振器内部流场特性对减振器的阻尼工作性能优劣至关重要。
The internal flow field characteristic of vane damper is very important for a good damping performance.
介绍了一种以传统叶片式液压减振器为基础设计的叶片式MRF减振器。
The design of vane MRF damper which based on conventional vane hydraulic damper is briefly introduced, and the damping moment calculation model is deduced on the basi.
通过分析指出，叶片式可变凸轮轴相位机构是目前可行性较强的技术途径。
It is pointed out through analysis that the blade type variable camshaft phase mechanism is a more feasible technology approach at present.
本文介绍了双作用叶片式二次元件的结构和工作原理，分析了其节能原理和特点。
This paper presented the working principle and structure of the double-action vane pump, analyzed its mechanism of variable displacement and characteristics of energy saving.
[1]黎克英。叶片式液压泵和马达[m]。北京：机械工业出版社，1993。
LI Keying. Vane Pumps and Motors [m]. Beijing: Machinery Industry Press, 1993.
一种超低速连续回转液压伺服马达，是对双作用叶片式连续回转液压马达的改进。
The utility model relates to a super-low speed continuous rotary hydraulic servo motor, which is the improvement of a double-acting blade continuous rotary hydraulic motor.
循环水泵可分为拥有叶片角度调节装置的可调叶片式，和叶片不可调节的固定叶片式。
The pump having the Angle adjustable vane is called the variable pitch vane type, and having the non-adjustable vane is called the fixed vane type.
圆环形叶片式空心浮子网刮不断的在网笼上做上下运动，使污损物无法在网笼上附着生存。
The ring-shaped vane type hollow floater scraper continuously conducts the upward and downward movements in the net cage, so that the fouling on the cage can not survive.
在使用叶片式风速仪测量模拟气缸内的涡流转速时，分析叶片形状、安置位置可能带来的影响；
When the blade type anemograph is used to measure and simulate the turbulence speed, the effect involved possibly by the blade shape and installation position is tested.
介绍一种基于传统叶片式液压减振器设计的叶片式MRF减振器的工作原理，提出两种结构方案。
The principle and two structure schemes of vane MRF damper designed base on conventional vane hydraulic damper are presented.
介绍了紧固叶片式旋转压缩机的结构特点和工作原理，推导了该压缩机主要运动部件的运动学公式。
This paper introduces the working principle of a new type of rotary compressor whose rotor rotates around its own rotation axis following the working method of parallel move.
采用磁场有限元分析的方法对叶片式MRF减振器的结构设计进行优化，可以有效提高减振器的性能。
Additionally, optimization in structure design of vane MRF damper is completed by using the method of magnetic field finite element analysis, which will effectively enhance performance of damper.
模拟得到了叶片式液压减振器模型在不同速度激励、油液温度下，相邻高、低压腔内压差大小及变化规律。
The pressure difference and change between high-pressure chamber and low-pressure chamber at different speed excitation and oil temperature are obtained.
本文根据流体机械准三元流动理论，以叶片式流体机械转轮的设计研究方法为出发点，针对斜流式水轮机转轮设计方法进行了理论探讨。
According to the quasi-three dimensional theory of hydraulic machinery, this paper discussed the runner design method of the diagonal turbine, based on the blade turbine runner design theory.
本文根据流体机械准三元流动理论，以叶片式流体机械转轮的设计研究方法为出发点，针对斜流式水轮机转轮设计方法进行了理论探讨。
According to the quasi-three dimensional theory of hydraulic machinery, this paper discussed the runner design method of the diagonal turbine, based on the blade turbine runner design theory.
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