磁浮铁路

实现高速磁浮铁路车站选址GIS辅助决策方法的探索和研究具有理论和实际意义，必将推动基于GIS的交通问题研究和高速磁悬浮铁路线路规划设计技术发展。

The research and study of the way to realize GIS-aided station location choice for high-speed maglev railway has theory and practice signification , which can improve the development of the GIS-based research on transportation and programming and designing technique of high-speed maglev railway .

论文在借鉴常规铁路车站选址已有经验的基础上，针对高速磁浮铁路的特殊性，提出了适合其发挥技术经济优势车站选址方法，并在GIS的平台上进行二次开发，予以实现。

Using the experience of station locating on conventional railway for reference , in this paper , the method to choose the stations ' location that can bring its advantage on technical-economical into play is put forward , considering the particularity of high-speed maglev railway .

山梨线性实验线超导磁浮铁路车辆

The Superconduction Magnetic Levitated Railway Cars on the Yamanashi Linear Experiment Line

线路不平顺对高速磁浮铁路动力响应特性的影响

The effect of guideway irregularity on the dynamic characteristics of high-speed maglev railway

高速磁浮铁路轨道梁振动分析及控制研究

Study on Vibration of the Beam of Magnetic Levitation Express Railway and Its Control

德国磁浮铁路技术

The Technology of Magnetic Levitation Railway in Germany

上海拥有中国首条磁浮铁路，把国际机场和商业区连接起来。那条线路采用的是德国技术。

Shanghai has China 's first maglev train line , connecting its international airport and business district . It was built with German technology .

磁浮铁路为了实现高速客运，大量采用了封闭式高架线路。城市轨道交通高架线路的轨道结构选型

Elevated guideway is applied widely in maglev railway system for high speed ground passenger transportation . Selection of Rail Structure on the Elevated Urban Mass Transit

中德两国昨日签署了一项谅解备忘录，是关于转让部分的核心技术由德国的磁浮铁路项目。

CHINA and Germany yesterday signed a memorandum of understanding on the transfer of parts of the core technologies from Germany for the Maglev railway projects in China .

上世纪70年代以德国和日本为首的西方国家开始大力发展磁悬浮列车技术，并修建了试验线，我国也在2003年1月建成世界上第一条高速磁浮铁路商业运营线。

The developed countries headed by Germany and Japan began to develop maglev-train technology in a more cost-effective manner in the seventies of last century and built test lines . Our country built and operated the first high-speed commerce magnetic railway in the world in January of 2003 , too .