挤压流是电流变液的基本流动模式之一。
电流变液是表观粘度随外加电场变化的一种胶质悬浮液。
Electrorheological fluid (ERF) is a kind of colloidal suspension whose apparent viscosity is variable in response to the strength of electric field.
电流变液是一种智能材料，同时它也属于复杂流体的范畴。
The electrorheological (ER) fluid, among the complex fluids, is a kind of smart or intelligent materials.
可以分别用于电流变液、磁流变液以及电磁流变液的测试。
This instrument can be used for measuring the yield stress of ER fluids, MR fluids and EMR fluids.
电流变液是一种在电场下瞬时从液态变为类固态的智能材料。
Electrorheological (er) fluid is an intelligent of material that can be changed from liquid into solid rapidly in the presence of an applied electric field.
电流变液是一种新型智能材料，在机械领域有广阔的应用前景。
Electrorheological (er) fluid is a new intelligent material that shows great potential in mechanical engineering.
探讨了采用电流变液体作为驻退液的火炮反后坐装置的可行性。
The significance of design evaluation of recoil system was introduced, and virtual prototyping model of gun was established.
本文主要论述了国内外电流变液研究在工程中的应用前景和发展趋向。
This paper reviews the studies on er fluid and its application of industries and technologies.
对电流变液这种新兴的材料，其力学参数测试尚没有成熟统一的方法。
For such a new smart material, there is no standard method to measure its mechanical parameters.
分析结果可作为进一步讨论电流变液屈服应力以及临界电场强度的基础。
The result can be used in further study about the yield-stress and critical electric field strength.
本文通过对电流变液的边界层扩展研究，建立了一类新型单链拉伸模型。
In this paper, we have established a new tensile model of single row chains by investigating the development of boundary layers.
根据牛顿流体模型和宾汉流体模型，对电流变液阻尼器进行了理论分析研究。
According to the model of Newton fluid and Bingham fluid, analyze and research performances of Electrorheologic damper.
讨论了两种不同介电常数的固体颗粒不同配比时，对电流变液固态结构的影响。
The effect of particles having different dielectric constant on the solid structure of electrorheological fluids is discussed.
ER智能阻尼器是一种以可控流体-电流变液为主导材料的结构半主动控制装置。
The ER intelligent damper is a kind of semiactive control device of structures which is made of electrorheological fluid.
电流变液屈服应力方程中，参数以2.0为界，和时，离合器动力学特性具有显著区别。
The demarcation point of, which is the parameter in ERF's yield stress equation, is 2.0. For, the dynamic characteristics of the clutch are remarkably different from those for.
电流变液是具有高介电常数的固体微粒分散于低介电常数的绝缘液体中所形成的一类稳定悬浮液。
Electrorhological (er) fluids are formed with small particles of high dielectric constant dispersed in fluids of low electric fields.
分析认为在外加电场作用下，电流变液结构转变和介电性能的变化是导致微波透射率可调控的主要原因。
We think the change of the structure and dielectric property of er fluid are the main cause of the fact that the transmittance could be adjusted under the external electric field.
本文用沸石和硅油配制的电流变液，在圆筒式电流变液联轴器上测试了在有无电场作用下扭矩的传递能力。
In this paper, the transmission ability of the torque in a self-made cylinder coupling with zeolite-based ERF was investigated under zero field and different electrical fields.
这种独特的性能，使得电流变液可被用作一种可控阻尼介质，为半主动发动机悬置系统的研究提供了一条崭新的途径。
With its particular performance, electrorheological fluid can be used as controllable damping media, which bring a promising way to research the semi-active engine mount system.
分析和研究了电流变液(ERF)在环型极板间流动的力学特性，建立了ERF的阻尼力与控制电场之间关系的理论模型。
Theoretical model is developed to describe the relationship between electric field and the resistance of ERF flowing through concentric annulus electrodes.
作者在试验中还发现微波透射率随电场强度的变化具有明显的弛豫效应。并且弛豫时间与电流变液的浓度及所加电场强度有关。
Moreover, the behavior of microwave transmission displays the relaxation effect, which is related to the field strength and the concentration of the fluid.
压缩和复原阻尼力主要由三部分构成，即电流变液基础粘度引起的本底阻尼力，电场强度函数的电致阻尼力和气室气体引起的压力。
There are three sections of damping force, and they are background damping force of a fluid viscosity, electric damping force of applied electric field and pressure of gas.
并对影响电流变液电流变效应的其它因素如聚苯胺粒子大小、形状，体积分数，外加电场强度，剪切速率，外界温度等进行了实验分析。
Other factors of influencing er effect such as size and shape of particle, volume fraction, electric field strength, shear rate, temperature are discussed.
论文首先分析了平盘-波纹盘间电流变液的剪切运动特点，推导出平盘-波纹盘间电流变液的速度分布、压强分布及可传递力矩的特点。
Dynamic characteristics under shear mode are analyzed. Velocity and pressure distributing between the flat and wave discs are educed with Bingham model.
实验结果表明：施加电场后的电流变液夹层圆柱壳体对处于中、高频率的声波没有明显的吸收和阻隔效果，但对于由声激励引起的结构振动有明显的控制作用。
The test results show that by adjusting applied electrical field strength, the properties of the ER material as well as the sandwich cylindrical shell can be changed.
本文将其用于环形间隙通道外置的双缸电流变液体减振器。同时，对电流变液减振器在同时外加电场和垂直磁场作用下阻尼力的变化进行了理论研究和台架实验研究。
In this paper, the shock absorber with two-cylinder used them as the working fluids, in the outside cylinder there is a ring-liked gap channel around the electric pole.
利用此系统对基于沸石和硅油的电流变液的极化和退极化过程 ，电流变液在不同外加电场强度和不同剪切速率条件下的剪切应力上升和撤去电场时剪切应力的下降过程进行了研究。
Experiments on the polarization and de-polarization process of ER fluids based on zeolite and silicone oil have been done. Also the rising and decaying process of shear stress were investigated.
该变速器在主动筒和从动筒间填充磁流变液，再由电流改变磁场强度，从而创造出一种新型无级变速器。
There is MRF between initiative canister and driven canister, and the electricity can change the intension of magnetic field, then it turns out to be a new CVT.
该变速器在主动筒和从动筒间填充磁流变液，再由电流改变磁场强度，从而创造出一种新型无级变速器。
There is MRF between initiative canister and driven canister, and the electricity can change the intension of magnetic field, then it turns out to be a new CVT.
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