The Magnetorheological fluid absorber is a kind of novel intelligent material device.
磁流变减震器是一种新型智能材料得减震装置。

The Research Summarization of the Magnetorheological Fluid Shock Absorption for Automobile Suspension
用于汽车悬架的磁流变减振器研究综述

Magnetoresistive element, magnetoresistive head, magnetic recording apparatus, and magnetic memory.
磁阻元件，磁阻磁头，磁记录设备以及磁存储器。

Study on Magnetorheological Fluids and Its Applications in Ordnance Engineering
磁流变液研究进展及其在军事领域应用综述

HYBRID MODELING OF AUTOMOTIVE SUSPENSION SYSTEM USING MAGNETORHEOLOGICAL DAMPER
采用磁流变阻尼器的汽车悬架系统的杂交建模

Striking beating patterns in magnetoresistance are observed in the vicinity of a specific temperature.
在一定温度范围内观察到磁阻拍频现象。

And, magnetoresistance effect of bismuth, bismuth telluride, and so forth, has been studied.
并探讨了铋，碲化铋等纳米材料的磁阻效应。

The magnetoresistivity of the bulk sintered at 250
在磁阻上, 以250

The Combined Control Algorithm for Magnetorquer and Reaction Wheel of Small Satellite
小卫星磁力矩器与反作用飞轮联合控制算法研究

The results from the magnetoresistance measurements allow to determine the weak localization contribution to the temperature dependence of the resistivity.
由测量结果可确定弱定域化对电阻温度关系的贡献。

Magnetorheological damper.
刚构连续梁桥

vane magnetorheological fluid damper
叶片式磁流变液减振器

Swing Phase Control of Intelligent Lower Limb Prosthesis Using Magnetorheological Fluid Damper
磁流变液智能假腿的摆动相控制

Application of Magnetorheological Damper in Vibration Control of Locomotive Hunting
磁流变阻尼器在机车蛇行运动控制中的应用

Magnetorheological Materials and Potential Application of Mag netorheological Damping Devices in Engineering
磁流变材料与磁流变阻尼器的潜在工程应用

Magnetorheological jet polishing is a new deterministic precision finishing technology.
磁射流抛光技术是一种新型的确定性精密抛光方法。

Tunnel Magnetoresistance in the Ferromagnetic Tunnel Junction with Ferromagnetic Layers of Finite Thickness Subjected to an Electric Field
外电场下有限厚铁磁层隧道结中的隧穿磁电阻

thin film magnetoresistive head.
薄膜磁阻磁头

magnetorheological finishing.
磁流变抛光

Magnetorheological fluid is a kind of smart material.
磁流变液 是一种智能材料。

A series of spot polishing experiments were conducted using the standard magnetorheological fluid.
利用标准的磁流变液进行了一系列定点抛光实验。

The characteristic of magnetorheological fluid controllable rheological behaviors are direct responsible for MR devices performances.
磁流变 体得可控流变学特性直接影响磁流变器件性能。

negative magnetoresistance.
负磁致电阻