the Maglev的例句大全

the maglev track must be kept clean and good situation for the operations of maglev vehicle.

为保证磁浮列车安全高速运行，磁浮轨道必须保持清洁和良好的状况。

another supporter of the maglev, james p. repass, chairman of the national corridors initiative in boston, which supports increased federal and private investment in rail projects, said he was previously skeptical of the train project, but has changed his mind.

同样支持磁悬浮的还有全美走廊倡议组织（National Corridors Initiative）主席詹姆斯·P·里帕斯（James P.RePass）。该组织位于波士顿，提倡联邦和私人增加对铁路项目投资。里帕斯表示，他以前对磁悬浮列车计划持怀疑态度，但现已改变主意。

the maglev atp ( automatic train protection) system is a system for ensuring the maglev safety and high-efficiency.

磁浮列车自动防护系统（ATP）是确保列车行车安全、提高列车运输效率的安全控制系统。

Mr. Daschle, who heads the advisory board for Northeast Maglev, dismisses concerns about the maglev technology.

东北磁悬浮公司顾问委员会主席达施勒驳斥了对磁悬浮技术的担忧。

The maglev hovers over a single or double track guideway.

磁浮列车可采用单轨或是双轨运行.

In order to improve the adaptability of the controller to the variety of maglev train parameters, the maglev system is divided into current-loop and position-loop.

为了增强控制系统对磁悬浮列车系统参数变化的适应性，将磁悬浮系统分为电流环和位置环进行控制。

The maglev magnetic levitation track has become an important test of the potential for political activism among the new middle class, especially residents of the wealthier cities who have acquired their own property.

在新的中产阶层，特别是较富裕城市已购买自有房产的居民中，磁悬浮线路已成为对其政治维权行动能量的一次重大考验。

The group, which regularly visits Japan to pursue the project and has taken at least three test rides on the train, is trying to convince skeptical American policy makers and investors that the maglev makes financial and political sense.

这群顾问经常前往日本推进项目，而且已至少三次试坐这种火车。他们试图使持怀疑态度的美国决策者和投资人相信，磁悬浮列车在经济和政治上都行得通。

Calculation of Electromagnetic Forces of the Suspension Magnet Based on the F-shape Rolling Railway for Maglev Train

基于F型轨道轧制工艺下的磁悬浮列车悬浮电磁铁电磁力计算

Numerical Analyses on the Dynamic Stability of Coupling Control System of Maglev Vehicle-Guideway in Side Wind Loads

横向风荷载作用下磁悬浮车轨耦合控制系统的动力稳定性数值研究

This paper mainly studies on three different-type maglev choppers: traditional two-quadrant H-bridge maglev chopper, tri-level maglev chopper and zero transition soft-switching maglev chopper, that is basic on the study object of low and middle speed EMS maglev.

本文以中低速常导磁悬浮列车悬浮斩波器为研究对象，重点研究了传统的两象限H桥、三电平和零转换软开关三种不同类型的悬浮斩波器。

Taking the design of the auxiliary power supply unit for maglev train as an example, the author highlights the ramp compensation circuit and MOSFET grid drive circuit, and optimizes the design of the compensation network for error magnifier.

通过磁悬浮列车辅助电源的设计实例，着重分析了斜坡补偿电路和MOSFET栅极驱动电路，并对误差放大器补偿网络进行了优化设计。

In order to analyze the dynamical performance of Chinese-made high-speed maglev vehicle running on the test lines, the dynamical simulations of small radius curved-track negotiations were carried out.

为了分析国产化高速磁浮车辆的试验线路运行性能，开展了小半径曲线通过性能动态仿真研究。

Analysis on the characteristics of feeding system on medium and low speed maglev vehicles

中低速磁浮列车牵引供电系统特点分析

Development of High-speed Wheel/ Rail System and Maglev System in the World Rail Transportation System

高速轮轨和磁悬浮技术在世界轨道交通运输体系中的发展

Maglev technology is a kind of new mechanical-electrical integration technologies, there are many obvious advantages, such as frictionless, no attrition, no lubrication, long life, low power consumption, no noise, which causes the worldwide scientific community to pay special attention.

磁悬浮技术是一门新兴的机电一体化技术，由于其具有无摩擦、无磨损、无需润滑、寿命长、低功耗、无噪声等优点，引起了世界各国科学界的特别关注。

since maglev is an eye-watering, expensive alternative to conventional rail, requiring new, tech-heavy lines that can punch through mountains, the japanese have felt compelled to offer a massive sweetener to americans.

磁悬浮列车是传统列车的替代服务，是一项极其昂贵的交通方式，需要开辟科技含量极高、能够穿透重重山脉的全新线路。

This paper presents a new method to supply the power of Maglev when it is running in low speed.

该文提出了磁悬浮列车低速运行时车载电源供电的新方法。

The following paper describes the design theory of routine conductive maglev train pier bearing structure.

本文对常导磁悬浮车辆支墩结构的设计理论进行了探讨。

The principles of propulsive and braking systems of German maglev vehicle TR07, as well as motor design parameters and power supply technique are discussed.

论述了德国磁悬浮列车TR07推进和制动系统的工作原理、电机设计参数及供电技术。