maglev vehicle 中文意思是什麼

maglev vehicle 解釋
磁懸浮車輛
  • maglev : n. 磁浮火車〈指高速列車懸浮於磁場上方的超導磁體上〉。
  • vehicle : n. 1. 車輛；載運工具；飛行器；運行工具。2. 媒介物，媒質。3. 【藥學】賦形劑。4. 【繪畫、化】展色料，載色劑。
  1. Speed measuring and locating system of maglev vehicle based on cross induction coils

    基於交叉感應回線的磁懸浮列車測速定位系統
  2. Improving maglev vehicle characteristics for the

    改善山梨試驗線磁懸浮車輛的性能
  3. Lateral dynamics study of maglev track inspection vehicle

    磁浮軌道巡檢車側向動力學研究
  4. Referencing the existing laser lithography tools and according the structure principle of maglev - bearing and maglev - vehicle, two structure patterns of precision stage based on maglev technology and driven non - contactly by linear motor are designed and researched. the two maglev precision stages will be of freedom information property and adapt to develop and manufacture laser lithography tools by ourselves

    在參考國內外光刻機現有定位平臺結構形式的基礎上，根據磁懸浮軸承和列車的結構原理，以磁懸浮技術為基礎、以直線電機無接觸驅動為動力，研究並設計了具有自主知識產權的兩種結構模式磁懸浮精密定位平臺，以適應我國自主研製開發新一代光刻機的需要。
  5. Maglev as a vehicle, safety is the first target

    磁懸浮列車作為一種交通工具，安全是它運營時的首要目標。
  6. As a novel environment - protected vehicle, the middle and low speed maglev train has a large climbing gradient, small swerving radius, low noise, no pollution and can be compatible with any circumstances. it is the most competitive in the future city traffic

    作為一種新型環保交通工具，中低速磁浮列車爬坡度大、轉彎半徑小、低噪聲、無污染、對環境兼容能力強，在未來城市交通中具有較強的競爭力。
  7. The traditional train vehicles can complete these tasks depending on track circuits and by wireless mode, but the maglev vehicle only can complete these tasks by wireless mode, because when maglev vehicle is running, it usually does not touch with the track

    傳統輪軌列車依靠軌道電路構成通信定位迴路，也可以通過無線方式與地面進行通信定位測速，而磁浮列車由於運行時不與軌道接觸，必須通過無線方式與地面進行通信定位測速。
  8. Suspension control is the key technology of maglev vehicle research

    懸浮控制是磁浮列車的關鍵技術。
  9. A linear generator integrated into an existing superconducting magnet of a maglev vehicle

    與磁懸浮車輛現有超導磁體合為一體的線性發電機
  10. Due to the magnetic field discontinuity of the permanent magnet guide - way and the mechanical & electrical coupling, there will be lateral displacement for the high temperature superconductor maglev vehicle

    摘要高溫超導磁懸浮列車在運行過程中，導軌磁場的不連續或者機電耦合會引起車身的橫向偏移。
  11. Subsequently, the special elastic coupling manner of the high - speed maglev is considered, and the restriction between the coupling factor of the single magnet module and other system parameters is studied. the influence of the coupling factor on the vehicle and guideway coupling vibration is also valued

    在此基礎上研究二維電磁鐵模塊系統的彈性結構耦合因素，分析漸近穩定條件下耦合系數與其它系統參數的制約關系，考察耦合參數對車軌耦合振動幅頻特性的影響。
  12. In this paper, the dynamic characteristics associated with the high - speed maglev vehicle and guideway coupling system has been studied. two issues are discussed : one is the asymptotic stability of the system and the other is the coupling vibration characteristic. the basic relation between the control, structure and coupling parameters is studied emphatically to trace the rule of the vibration and to give help for the design of guideway, vehicle structures and controller

    本文選擇高速磁浮列車系統懸浮方向的車軌耦合動力學特性作為研究對象，分析車軌耦合動力學的兩個基本問題:系統漸近穩定性和車軌耦合振動特性，重點研究控制、結構和各種耦合參數與這兩項系統特性的關系，目的在於尋找車軌耦合振動的規律，為軌道、車輛結構和控制器設計提供參考。
  13. 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

    磁浮列車由於它的高速、無污染、安全等優點得到了很大的發展，正在邁進實用階段。
  14. In the auto - drive of maglev, the communication, location and measuring velocity are very important between the maglev vehicle and the ground stations

    在磁浮列車的自動駕駛中，磁浮列車與地面站之間的通信、定位和測速是十分重要的。
  15. As a new vehicle, high - speed maglev vehicle ( hsmv ) has the advantage of high velocity, less energy consuming, lower noise, safety and comfort, and is fit for high - speed transport

    高速磁懸浮列車具有速度快、能耗低、噪音小、安全舒適等優點，適合城市之間的快速客運需求，它是一種新型的交通工具。
  16. Up to present, abroad research on magnetic suspension mostly centralizes on ems maglev vehicle. some countries, such as germany and japan, have made great strides. ems maglev vehicle technology began to tend towards practical application phase

    目前國外在磁懸浮方面的研究工作主要集中在磁懸浮列車方面，德國和日本等國在這方面已經取得了重要進展，磁懸浮列車技術開始走向實用階段。
  17. This paper presents the principles, development and application of medium and low speed maglev vehicle in china and abroad, and its application prospects in urban rail transit of china are discussed by analyzing its advantages and disadvantages and some issues to be paid attention to in application are also pointed out

    摘要主要介紹中低速磁懸浮列車的技術原理、發展過程，以及該項技術在國內外的應用現狀；通過對中低速磁懸浮列車優缺點的分析，探討它在我國軌道交通中的應用前景，並簡要指出應用中低速磁懸浮技術需要注意的問題。
  18. The maglev train do not contact with guide way, and generally trestles are used as levitation guide way, so the dynamics character of maglev is more complex than that of traditional wheel - rail. the main problems include stability of suspension and guidance control and coupled vibration of vehicle - rail

    因為磁懸浮列車與軌道無接觸，而軌道又往往採用高架橋梁，所以其動力學特性比起傳統輪軌列車要復雜得多，主要有懸浮、導向穩定性和車軌耦合振動等問題。
  19. The multi - magnet suspension system of maglev is a multi - input and multi - output correlation control system in essential. but generally, the structure of modern maglev vehicle is modularized, and the spring stiffness of the second suspension is small, such structure can resolve mechanistic coupling of vehicle. so the methods of separate control are used very common in maglev suspension control systems

    磁浮列車的多磁鐵懸浮系統實質上是一個多輸入、多輸出的相關控制系統，但是現在的磁浮列車車輛一般採用模塊化結構，而且二次懸掛彈簧的剛度系數較小，可以實現機械解耦，所以在控制系統中，往往採用分散控制的方法。
  20. For hts maglev vehicle, cylindrical bulk superconductors with the thickness of 25mm are better to provide enough guidance force and keep enough levitation height when they are field cooled above the ndfeb guideway. the trapped flux ability of superconductors is influenced by the weak links and critical current density and can be reflected by the levitation force. it has no direct relationship with its density

    超導體塊材自身的密度跟它的俘獲磁通能力之間並沒有直接的聯系，影響超導體俘獲磁通能力的是超導材料內的弱連接和材料的臨界電流密度，而超導體在一定外場下受到的懸浮力能夠在一定程度上反映出它的俘獲磁通性能。
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