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活塞缸
相关语句
  piston cylinder
    The water pump transfers piston cylinder crack origin analysis and processing
    水泵转轮体活塞缸裂纹成因分析及处理
短句来源
    Hydraulic-mechanic Transmission Integrated System Based on Three Classes Force Amplificatory Structure and Shank-less Piston Cylinder
    基于三级力放大机构与无杆活塞缸的液压-机械集成传动系统
短句来源
  “活塞缸”译为未确定词的双语例句
    A Calcula for the Oil Film in Pistan—Cylinder
    活塞缸套潤滑油膜的预测
短句来源
    Hydro-mechanic Compound Gearing Composed of Rod-less Cylider and Force Amplifier
    基于无杆活塞缸与机械增力机构的液压-机械复合传动装置
短句来源
    Modeling and Simulation of Pneumatic Vacuum System with Two Cylinders
    双活塞缸式气动真空发生系统的建模与仿真
短句来源
  相似匹配句对
    A Calcula for the Oil Film in Pistan—Cylinder
    活塞套潤滑油膜的预测
短句来源
    The Improving Piston Design of Avoiding Injuring Cylinder
    避免活塞划伤壁的改进设计
短句来源
    Rebuild Hydraulic Cylinder Test Stand with Proportional Control Valves
    液压油试验台研制
短句来源
    Electric cylinder and air cylinder
    电动与气
短句来源
    FAILURE ANALYSIS AND COUNTERMEASURE OF COMPRESSOR PISTON
    压缩机活塞失效分析
短句来源
查询“活塞缸”译词为用户自定义的双语例句

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  piston cylinder
On the Effect of Pipe Boundary Layer Growth on the Formation of a Laminar Vortex Ring Generated by a Piston/Cylinder Arrangement
      
The growth of a?boundary layer at the nozzle wall during laminar vortex ring formation by a?nozzle flow generator (piston/cylinder arrangement) is analysed theoretically and numerically and used for modelling the formation of real vortex rings.
      
The compression of cordierite (Mg, Fe)2Al4Si5O18·n (H2O, CO2; Na+, K+) has been studied up to 30 kbar (25° C) by volumetric measurements with a piston cylinder apparatus and by X-ray measurements with a diamond-anvil cell.
      
The measurements with the piston cylinder apparatus where lead is used as quasihydrostatic pressure medium indicate normal compression properties.
      
Large differences in dP/dT slope between this result and those of earlier studies performed with piston cylinder and belt apparatus may be attributed to large differential stress in the high pressure cells of latter studies.
      
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Actual harm of slow speed creeping to hydraulic drive control has been concluded and control loop of hydraulic piston cylinder by connecting two cavities been introduced as solving scheme to search the design of precision control loop of hydraulic cylinder with hyper-slow speed wriggling.

在分析了低速爬行对液压传动控制的现实危害的基础上,引入了液压活塞缸两腔联通的控制回路作为对策性方案,由此探求了超低速"蠕进"液压缸精确控制回路的设计。

Wedge-steel ball-wedge-steel ball three classes force amplificatory structure and hydraulic-mechanic transmission integrated system constituted by shank-less piston cylinder were introduced.The formula about output forces and amplificatory coefficient was worked out.The structure has the advantages of brief construction,big amplificatory coefficient and easy manufacturing techniques.

介绍了斜面-钢球-斜面-钢球三级力放大机构与无杆活塞缸组成的液压-机械集成传动系统,并给出了其输出力和增力系数的计算公式。该机构具有结构简单紧凑、增力系数大、制造工艺简便等优点。

The programming of hydraulic units is the basis of hydraulic system analysis with computer technology and an indispensable factor to perform hydraulic system simulation.The object-oriented method was applied to analyze and express the attribution and characteristics of hydraulic units in the form of programming modules.With the help of ActiveX technology,the programming of the function and feature of hydraulic units was realized,so that its transform into computer platform was completed.Meantime,the programming...

The programming of hydraulic units is the basis of hydraulic system analysis with computer technology and an indispensable factor to perform hydraulic system simulation.The object-oriented method was applied to analyze and express the attribution and characteristics of hydraulic units in the form of programming modules.With the help of ActiveX technology,the programming of the function and feature of hydraulic units was realized,so that its transform into computer platform was completed.Meantime,the programming of a linear single-bar piston cylinder was given as an example,and a satisfactory result was obtained.The result from it is more contented.

液压元件的程序设计是应用计算机技术实现液压系统仿真的必要环节.采用面向对象的方法,将液压元件属性和特征的分析表达程序化,并利用ActiveX技术,实现了液压元件的功能和特性程序设计,完成了向计算机平台的转化.同时给出了直线单杆活塞缸的编程实例,获得了较为满意的结果.

 
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