Magnetically levitated wind collectors?
磁悬浮风力收藏家？
In effect, it levitated on a thin bromobenzene film.
事实上，它悬浮在一层溴苯薄膜上。
In effect she levitated that car so that her husband was saved.
结果她使车抬高以便她的丈夫被救。
The paper gives a comprehensive analysis on stability of levitated rotor.
文中对微转子的稳定悬浮进行了全面的研究。
In the late 1990s, he levitated a living frog at room temperature using diamagnetic force.
在上世纪90年代，他曾在室温下用反磁性力将一只活青蛙悬浮起来。
What are the main differences between a magnetically levitated train and an ordinary train?
磁悬浮火车和普通火车有什么主要的区别？
The magnetically levitated box creates a void underneath, suggesting presence of all living beings.
这个受磁场悬浮的盒子，下方是一片真空，隐喻所有活着的生命。
Magnetically levitated trains such as the 19-mile-long Shanghai Transrapid are not under serious consideration.
不过像19英里长的上海磁浮线那样的磁悬浮列车并不会成为首要之选。
On the other hand, he thinks the wind might have caught him in mid-jump, so perhaps he only levitated himself.
从另一方面说，他觉得风半路上把他托上去了，所以他也许只是对自己使用了飘浮咒。
The rotor of the PMSM is fixed to the pump impeller of the artificial heart, and is levitated by a magnetic bearing.
电机转子安装在人工心脏泵的叶轮上，并因电磁轴承的作用而悬浮。
The laser trap can keep a tiny spherical sample - measuring only a millimeter across - levitated so experiments can be done.
激光阱能使一个直径仅1毫米的微小的球形样品保持悬浮，这样就可以做实验了。
The laser trap can keep a tiny spherical sample — measuring only a millimeter across — levitated so experiments can be done.
激光阱能使一个直径仅1毫米的微小的球形样品保持悬浮，这样就可以做实验了。
The merit of magnetically levitated dynamic absorber is introduced, and the problems of this system confronted with are pointed out.
并介绍了点磁悬浮动力吸振器的优点。在文章的最后提出了研究这种系统所要面临的问题。
To detect the location and speed of high-speed maglev (magnetically levitated) vehicles, a location and speed detecting scheme was proposed.
为实现高速磁浮列车位置和速度检测，提出一个检测方案。
A control strategy of average levitated force and average torque is designed based on principles of radial force generation and mathematical models.
根据无轴承开关磁阻电机的悬浮原理和数学模型，设计平均悬浮力和平均转矩的控制策略。
Introduced is the development of Yamanashi experimental track of magnetic levitated railway in Japan, as well as some tests having been carried out on it.
介绍了日本磁悬浮铁路山梨实验线的开发情况以及所做的一些试验。
In addition, we also found that, the drag-to-lift ratio of levitated body is small, and this is beneficial for the application the HTS MagLev in the high-speed field.
此外，研究中还发现，悬浮体的阻浮比很小，这对高温超导磁悬浮技术应用于速度较高的领域是非常有利的。
The bistatic radar scattering section of levitated globular reflector is worked out with moment methods. The results are analyzed, and its scattering characteristics are summarized up.
采用矩量分析方法，求出了空飘球的双基地雷达反射截面，分析了计算结果，总结了空飘球的散射特性。
Micromachined gyroscope with electromagnetically levitated rotor (MGELR) is a new kind of an-gular rate sensor, which has the same working mechanism as traditional mechanical gyroscope.
电磁悬浮转子微陀螺（MGELR）是一种新型的角速率传感器，它和传统机械陀螺具有相同的工作机理。
In this paper quite thorough measurement in situ, as well as overall analysis of noise beside the first commercialized magnetically levitated systems (maglev) in the world is presented.
在世界上第一条商业化磁悬浮轨道交通运营线上，对磁悬浮列车行驶噪声进行较为深入的现场测试，并进行较为全面的分析研究。
The static and dynamic property of magnetic levitation force of melt texture growth (MTG) high temperature superconducting ball levitated above a permanent magnetic ring is investigated.
研究了悬浮于永磁圈之上的熔融织构(MTG)高温超导球所受到的悬浮力的静态和动态性质。
With the collaborative platform based on ADAMS and MATLAB, the design methodology of LQG controllers is proposed for the single-rail orthogonal model to be levitated and guided automatically.
利用ADAMS与MATLAB协同平台，提出基于单轨正交模型的主动悬浮与导向l QG控制器设计方法。
An untouched fiber-optic colorimetric thermometry is introduced in order to measure temperature of an object levitated by acoustic field when both the object and acoustic field are not affected.
为了在不影响声悬浮场及悬浮物的情况下进行高温超声悬浮物体的温度测量，提出了非接触式光纤比色测温法。
High temperature superconduction Maglev Measurement system is a kind of main test system for offering experiment data, in order to study high temperature superconduction magnetically levitated train.
高温超导磁悬浮测试系统是为研究高温超导磁悬浮实验车提供实验数据的主要测试系统。
OBJECTIVE:To design a permanent impeller left ventricular assist device(LVAD) using permanent magnet bearing and fluid film bearing, and compare with the traditional electromagnetic levitated devices.
目的：采用永磁轴承和液膜轴承设计无源磁悬浮心室辅助装置，并与电磁磁悬浮方法设计的心室辅助装置进行比较。
OBJECTIVE:To design a permanent impeller left ventricular assist device(LVAD) using permanent magnet bearing and fluid film bearing, and compare with the traditional electromagnetic levitated devices.
目的：采用永磁轴承和液膜轴承设计无源磁悬浮心室辅助装置，并与电磁磁悬浮方法设计的心室辅助装置进行比较。
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