首次提出了磁浮弹簧的概念。
Presented is a conception of the magnetically suspended spring.
这些研究人员的机器人，身高仅仅6公厘，利用磁浮力即可升空。
The researchers use magnetic levitation to lift their robot, which is a mere 6mm tall.
悬浮系统控制技术是EMS型磁浮列车的关键技术之一。
The technology of magnetic suspension control is one of the key technologies of EMS maglev train.
介绍了电磁浮轴承的控制原理及对功率驱动电路的要求。
Presents the control principle of electromagnetic bearing and the requirements of the power drive circuit.
道岔系统是保证中低速磁浮列车安全运行的重要转线系统。
Turnout system is the vital line-switching system for the safe operation of medium-low speed maglev vehicles.
介绍了一种由日本研制的新型磁浮轴承的工作原理和特点。
The working principle and characteristics of a new magnetic suspension bearing developed in Japan are introduced.
搭接结构悬浮控制是高速磁浮列车悬浮技术的关键问题之一。
Suspension control of the join-structure is one of the keystone of High-Speed Maglev Train suspension technology.
美国磁浮公司证明了他们的技术，但是我们想知道是否可行。
American Maglev has proved their technology, but we want to see more on whether it can be done.
即将使用的中国技术与德国和日本的磁浮列车技术有一些区别。
The Chinese technology to be used varies somewhat from the maglev trains built in Germany and Japan.
通过对磁浮升力与重力浮升力的类比，提出磁加速度的概念。
On the analogy of the magnetic and gravitational buoyancy forces, the concept of the magnetic acceleration is proposed.
上海磁浮示范线的成功运营标志着高速磁浮技术商业化的开始。
The success of Shanghai maglev line indicates the beginning of commercialization for high speed maglev.
本文的建模方法和结果对高速磁浮列车的设计和分析具有参考价值。
The modeling method and the results are valuable for the design and analysis of the high speed maglev train.
中国中车日前表示，将建设一条长度不小于5公里的高速磁浮试验线。
The company said it will build a maglev rail line no less than 5 km long to test the train.
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。
Magnetically levitated trains such as the 19-mile-long Shanghai Transrapid are not under serious consideration.
根据试验分析结果，作者提出了一种电磁型高温超导磁浮模型车的结构。
At the end of the paper, the authors propose an electrical magnetic type HTSC maglev vehicle model based on the experimental results.
由短定子线性电机驱动的磁浮列车的电能是通过受流器从供电轨上获取的。
The Maglev train drived by short stator linear motor acquires power from conductor rail through contacting collector.
跟传统列车不同，磁浮列车的驱动系统不安装在车辆上，而是在导向轨上。
In contrast to conventional trains, the propulsion system for the Transrapid is not mounted in the vehicle but in the guideway.
高度轻量化设计是具有三明治复合板结构特征的高速磁浮列车技术关键之一。
High-degree lightweight design is one of the key techniques for the high speed maglev train with the sandwich panel structure.
对磁浮列车的机械制动系统进行了分析，并建立了机械制动系统的结构模型。
The system of the mechanical brake is analyzed and the structural model of the mechanical brake system is built.
介绍了磁浮列车绝对定位系统的原理、组成、功能及FPGA在此方面的应用。
The principle functions, composition and application of FPGA to absolute positioning system for maglev vehicles are explained.
本文介绍了磁浮轴承的优点，并提出了磁浮轴承作为磨床主轴轴承的设计方法。
The paper presents advantages of magnetic bearings and the design method of magnetic bearings as a spindle bearings in a grinder.
如何合理的设计车辆和轨道，抑制车轨耦合振动成为磁浮列车系统研究的热点问题。
How to design the vehicle and guideway feasibly to attenuate the coupling vibration is a hot topic in the maglev train engineering.
为了改善高速磁浮主轴的径向回转精度，该文提出了二维傅里叶频率分析的新方法。
A novel method about two dimension Fourier frequency analysis is proposed in order to obtain high radial rotate precision.
双边交流与合作对于上海线的建设和磁浮技术的进一步研发都起到了积极的推动作用。
The bilateral cooperation and communication will be helpful for the construction of the Shanghai line and the development of the Maglev technology.
然而，现有的磁浮轴承均采用电磁铁来实现磁浮，不仅控制复杂，而且自身消耗能量。
The available magnetic bearings, however, are devised with electric magnets, need complicated control and remarkable energy consumption.
上海磁浮列车示范运行线的运行控制系统对列车运行起到自动控制和安全防护的核心作用。
The operation control system of Shanghai Maglev Demonstration Line plays a crucial role in the automatic control and safety protection of the train.
上海磁浮列车示范运行线的运行控制系统对列车运行起到自动控制和安全防护的核心作用。
The operation control system of Shanghai Maglev Demonstration Line plays a crucial role in the automatic control and safety protection of the train.
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