结果表明，进入油气分离元件的气体含油率、流速及过滤材料的选取及组合是影响其性能和寿命的关键因素。
The effect of the oil concentration of the emulsion of oil-in-water and the position of inlet holes on the bearing static performance of hybrid bearing was studied.
他们的方法是把笔记本塑料元件和金属元件完全分离，这样它们就能够更可靠地被回收利用。
The idea is that the easier it is to separate a laptop's plastic innards from the metal stuff, the more likely it is they will be recycled in a responsible way.
由探伤仪给信号，气动元件自动分离。
To the signal from the detector, automatic separation of pneumatic components.
最终，通过形成多个分离槽，将积层体分割为多个振动元件。
By finally forming a plurality of separating slits, the layered assembly is divided into a plurality of transducer elements.
压力系统采用气动回路，气缸作为执行元件，比例阀为控制元件，使用动态积分分离算法闭环控制。
Cylinder is executing element of air pressure system. Proportional valve is the control element. A dynamic integral separated PID algorithm control press.
本文介绍了直升机发动机进气防砂装置核心元件—涡旋管的砂尘分离效率计算方法。
This paper mostly introduces a method for computing dust separation efficiency of the vortex tube in the engine air particle separator of helicopter.
本文研究了自动调心分离轴承装置的结构和调心原理，分析了弹性元件载荷与变形的关系，给出了分离轴承接触角和极限轴向负荷的确定方法。
The relation between load and deformation of the spring element is analysed and the calculating methods of constant angle and maximum axial load are set up.
然后利用分离出的时效分量趋近值反演黏性元件的弹性参数；
Then, the elastic module of the viscous element is inversely analyzed using the steady value of time-dependent parameter components.
分析和研究了汽车离合器自动调心分离轴承弹性元件的作用、结构形式、载荷与变形关系，以及强度条件和制造工艺。
The function, construction, load and deformation, strength conditions, as well as the manufacturing process of the elastic elements in the.
提出了高频功率磁元件测试新方法和实验电路模型，实现了磁元件模型各参量的确定及铜、铁损等效电阻的分离。
A new testing method of high frequency power magnetic component and its electrical circuit model of measurement is produced.
该色分离光栅近场分析和计算模拟方法也可用于其他衍射光学元件。
This near field analytical method can be adopted to other diffraction optics.
在对两种分离点在线检测方法比较和分析的基础上，采用了基于热交换原理的微型热膜传感器作为系统的测量元件。
Two methods of online measurement principle were compared, and micro thermal film sensor based on thermal exchange principle was adopted.
将具有多个缺陷的一维光子晶体作为色散元件，设计了能够将两通道和三通道滤光片在斜入射条件下进行波长空间分离的空间滤波器。
We demonstrate the use of one-dimensional photonic crystals (PCs) containing defect layers as dispersive device to spatially separate transmitted light beams at obliquely incident angles.
将具有多个缺陷的一维光子晶体作为色散元件，设计了能够将两通道和三通道滤光片在斜入射条件下进行波长空间分离的空间滤波器。
We demonstrate the use of one-dimensional photonic crystals (PCs) containing defect layers as dispersive device to spatially separate transmitted light beams at obliquely incident angles.
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