介绍了压电陶瓷超声微马达的结构与特性。
The characteristics of piezoelectric ultrasonic micro motor were introduced briefly.
目前虽已有电磁、静电、压电、超声等多种驱动形式的微马达问世，但不免有其各自的缺点。
Though there are several kinds of micro motors such as electromagnetic, electrostatic, piezoelectric and ultrasound micro motors currently, they all have their own limits.
为了实现微马达在精密MEMS系统中的应用，采用了一种简单、实用的方式来实现微马达的步距细分。
In order to apply it in MEMS system, a simple but effective method is used to realize the subdivision of a step Angle.
文中介绍了MEMS微致动器和各类驱动模式的优缺点，并以微马达为例，详细比较了其执行机制和原理。
This paper introduced characteristic of MEMS micro actuators and all kind of activate pattern. Take for Micro motor example, compare in detail perform patter and principle of Micro actuators.
从微马达结构、气隙磁场、转子厚度、转子写入磁极数和定子绕组的层数对微马达输出力矩的影响进行了分析和讨论。
The effects of structure, gap magnetic field, rotor thickness, magnetic pole Numbers of rotor and winding layers of stator of the micromotor on it's output torque are discussed in detail.
电磁型微马达以其输出力矩大、运行寿命长、易于实用化的优点成为微机电系统、微型机器人和微型可动部件理想的驱动器。
Electromagnetic micromotor is an ideal micro actuator for MEMS, micro robot and micro movable elements, because of it's large output torque, long lifetime and easy in practical applications.
其中，对交流电场作用下的电水动力微马达设计了六种电极结构并选取了包括液晶在内四种液体以对其进行详细的对比研究。
Six electrodes patterns were designed and four kinds of fluids including liquid crystals were chosen for the electrohydrodynamic motor in ac fields in order to study and compare their impacts.
目前，国际对电水动力微泵的研究较多，对电水动力微马达的研究甚少，而国内研究对电水动力微泵、微马达的研究尚属空白。
Now, there is a lot of research on micro pumps but little on micro motors overseas, and there is no research on both in our country.
第一章介绍了微机械电子系统这一大背景的研究现状，分析了电水动力驱动的微泵、微马达研究现状，阐明了电水动力微马达的研究目标及研究内容。
In chapter 1, the back ground of MEMS was introduced, and research status of micro pumps and micro motors was analyzed, and the targets and contents of our work were described.
高效直流无刷马达，微芯片处理器控制，齿行同步皮带传动，运行平稳，噪音极底。
High efficiency DC brushless motor, micro chip processor control, tooth synchronous belt drive, smooth operation, noise.
本文介绍一种结构改进了的硅基微静电马达。
A structure improved silicon based micro electrostatic motors is described.
用荧光标记的微丝会结合到附着的肌球蛋白的马达结构域上。
Fluorescent actin filaments will bind to the motor domains of the attached myosins.
微红并带有美丽花纹的马达加斯加紫檀木是世界上最受欢迎的木材，尤其是当亚洲相似的树材被伐尽以后。
Malagasy rosewood — reddish and superbly grained — is among the world's most sought-after timber, especially since Asian sources of similar trees have been depleted.
微红并带有美丽花纹的马达加斯加紫檀木是世界上最受欢迎的木材，尤其是当亚洲相似的树材被伐尽以后。
Malagasy rosewood — reddish and superbly grained — is among the world's most sought-after timber, especially since Asian sources of similar trees have been depleted.
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