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levitated vehicle
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  “levitated vehicle”译为未确定词的双语例句
     Because of its advantages of high speed, no pollution, safety, and so on, the magnetic levitated vehicle (MAGLEV) has been developing rapidly and it is being used in practice.
     磁浮列车由于它的高速、无污染、安全等优点得到了很大的发展,正在迈进实用阶段。
短句来源
     The superconducting magnetically levitated vehicle is simplified as an infinite-long system whose cross section is considered.
     在理论计算方面,首先对现有高温超导磁悬浮实验车系统进行了简化,将实际的三维系统简化为无限长直均匀系统,因此仅需分析该系统任一二维截面即可。
短句来源
     This paper discusses the recent application of Maglev(magnetically levitated vehicle), which is driven by high-speed linear motor without the contact between the vehicle and guideway, and then expounds the fundamental concepts of superconducting Maglev based on the intersecting and blending of multiple disciplines,and finally, points out the bright prospect for its application.
     本文由此讨论了车辆与导轨非接触条件下采用高速直线电机驱动的磁浮列车的最新应用,阐述了多学科交叉融合的超导磁浮列车系统的基本概念,并指出其应用的光辉前景. 本文从五个方面进行了探讨:主要优点;
短句来源
     In order to obtain the accurate dynamics property of Maglev vehicle,the objective of this(research) is to find the most efficient modeling and simulation approach of Magnetically Levitated Vehicle(MagLev) with Shanghai MagLev demo line.
     为了准确获得磁悬浮车辆结构的动力学特性,结合上海磁悬浮示范线车辆,对磁悬浮车辆结构建模和仿真方法展开研究。
短句来源
  相似匹配句对
     vehicle;
     整车建模;
短句来源
     In-Vehicle Networks
     汽车网络技术
短句来源
     The superconducting magnetically levitated vehicle is simplified as an infinite-long system whose cross section is considered.
     在理论计算方面,首先对现有高温超导磁悬浮实验车系统进行了简化,将实际的三维系统简化为无限长直均匀系统,因此仅需分析该系统任一二维截面即可。
短句来源
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  levitated vehicle
Three pacemakers from three manufacturers and one implantable cardioverter-defibrillator (ICD) were evaluated in and around the magnetically levitated vehicle.
      


This paper discusses the recent application of Maglev(magnetically levitated vehicle), which is driven by high-speed linear motor without the contact between the vehicle and guideway, and then expounds the fundamental concepts of superconducting Maglev based on the intersecting and blending of multiple disciplines,and finally, points out the bright prospect for its application.The paper approaches the problem from the following five aspetcs: -its essential advantages -the current level of its development...

This paper discusses the recent application of Maglev(magnetically levitated vehicle), which is driven by high-speed linear motor without the contact between the vehicle and guideway, and then expounds the fundamental concepts of superconducting Maglev based on the intersecting and blending of multiple disciplines,and finally, points out the bright prospect for its application.The paper approaches the problem from the following five aspetcs: -its essential advantages -the current level of its development in China and abroad -its core techniques -its strategic situation in future -the strategy in its develop ment The above-mentioned 5 crucial problems have to be pursued,studied and solved with our country exploiting this new transportation mode.

磁浮列车是“用电磁力悬浮的车辆”的简称.本文由此讨论了车辆与导轨非接触条件下采用高速直线电机驱动的磁浮列车的最新应用,阐述了多学科交叉融合的超导磁浮列车系统的基本概念,并指出其应用的光辉前景.本文从五个方面进行了探讨:主要优点;国内外的发展水平;核心的高技术;未来的战略地位;发展战略与对策.在我国开发这种新的运输方式时,对上述一些技术关键问题都应进行跟踪、研究和解决.

Using 2D,steady state,incompressible Navier Storkes equation and two equations k ε turbulent model,the crosswind stability of magnetically levitated trains in different structures between guideway and vehicles have been calculated by finite volume method.The crosswind stabilities of the wheel rail trains and the magnetically levitated trains are compared.Results obtained show that the crosswind stability of the wheel rail vehicle is better than that of the magnetic levitated vehicle,and the crosswind...

Using 2D,steady state,incompressible Navier Storkes equation and two equations k ε turbulent model,the crosswind stability of magnetically levitated trains in different structures between guideway and vehicles have been calculated by finite volume method.The crosswind stabilities of the wheel rail trains and the magnetically levitated trains are compared.Results obtained show that the crosswind stability of the wheel rail vehicle is better than that of the magnetic levitated vehicle,and the crosswind stability of the EMS maglev vehicle is better than that of the EDS maglev vehicle.

利用二维定常不可压缩 Navier- Stokes方程、 k-ε两方程紊流模型 ,采用有限体积法分析计算了不同车轨结构的磁浮列车横风稳定性 ,并与轮轨型列车的横风稳定性作了比较。数值分析结果表明 ,在横向风的作用下 ,轮轨型列车的横向稳定性优于磁浮列车 ,而吸力型磁浮列车的横向稳定性又优于 U型线路斥力型磁浮列车。

Progress in magnetic functional materials and applications since 1996 is reviewed, the contents for 1999 2000 include: (1) giant magnetdresistance and giant magnetoimpedance materials; (2) giant magnetooptical effect and magnetooptical imaging new materials; (3) magnetic fluid for extensive applications; (4) microwave gyromagnetic devices; (5) magnetically levitated vehicles.

本文是从 1996年开始的关于磁性功能材料研究和应用的每年若干新进展综述[1,2 ]的继续。这次的新进展内容包括 :( 1)巨磁电阻和巨磁电阻抗材料 ;( 2 )巨磁光效应和磁光成像新材料 ;( 3 )用途广泛的磁流体 ;( 4 )微波旋磁器件 ;( 5)磁浮列车与磁性材料

 
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