the Maglev的例句大全

Confusion surrounds the future of a much-ballyhooed extension of Shanghai's magnetic levitation ( maglev ) train service.

人们对于媒体大肆宣传的上海 磁悬浮列车 扩建工程的前景感到困惑.

Maglev chopper is the key component of maglev, and the concentrative embodiment of modern power electronics.

悬浮斩波器是磁悬浮列车的关键组成, 也是现代电力电子技术的集中体现.

The design method of the high-temperature superconducting maglev bogie is proposed and the structure is plotted based on the body design and referenced bogie structure of wheel-rail train model.

论文在车体设计的基础上，参考轮轨列车的转向架，提出三种高温超导磁悬浮转向架设计方案。

And we know the 2-DOF active control solution can keep the High-speed Maglev Train stability.

仿真结果表明:在2-DOF控制器的主动控制下, 高速运行 的仿真模型垂向与横向能够保持稳定.

Do you want to take a maglev to the airport?

你问对方想坐磁悬浮列车到机场 吗 ?

Mainly analyzed of maglev test track structure dynamic response under different conditions, and researched on the application of equivalent spring in Maglev Test Track Structure of rigid-flexible coupling vibration.

主要分析不同工况下磁浮试验轨道结构动力响应差异，研究等效弹簧在磁浮试验轨道结构刚-柔耦合振动中的应用。

The first man-loading high temperature superconducting ( HTS) maglev test vehicle in the world was tested successfully on Dec. 31, 2000 in Applied Superconductivity Laboratory, Southwest Jiaotong University, China.

2000年12月31日，我国西南交通大学超导技术研究所研制成功世界首辆载人高温超导磁悬浮实验车。

We present the design of the driveline of an inspector vehicle for Shanghai Maglev Track.

以上海磁浮轨道巡检车传动系的设计为例,用二阶常微分方程来描述传动系扭转振动系统.

This paper introduces briefly the structure of the 6 t single bogie maglev test car, and expounds the main contents of the test and manufacture concerned with the achievements on its levitation, guidance and driving.

简要介绍了6t单转向架磁浮试验车的结构，阐述了试验与研制的主要内容，即磁浮、导向和推进3项成果，说明了如下关键技术：（1）整车悬浮；

Study on thrust characteristic of linear induction motor of the high-speed maglev vehicle by using equivalent circuit method

高速磁浮动车直线电机推力特性的等值电路法

A theoretical model is presented which adopts maglev system to decompound complex problems in micro assembly and makes the system simple.

针对现有微装配系统存在的问题，给出了一种新的理论模型；

Study of the Station Design for Main Long Maglev Line

磁悬浮长大干线车站设计的探讨

The power supply control system design of high temperature superconducting maglev launch system

高温超导磁悬浮冷发射装置供电控制系统的设计

Suspension control is the key technology of maglev vehicle research.

悬浮控制是磁浮列车的关键技术.

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

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

Research on Numerical Calculation for Aerodynamic Characteristics of the TR Maglev Train

TR型磁浮列车气动力特性数值计算研究

Dynamics modeling of low-speed maglev train and analysis of the parallelogram mechanism

低速磁浮车动力学建模及平行四边形机构分析

the analysis of environmental impact for maglev vibration in shanghai

上海磁悬浮快速列车环境振动影响探讨

Recently, the research on maglev operation control technology is still in an original state.

目前，磁浮列车运行控制技术还处在初始研究的阶段。