磁懸浮系統 的英文怎麼說

中文拼音 [cíxuánfúxìtǒng]
磁懸浮系統 英文
magnetic suspension system
  • 磁 : 名詞1. [物理學] （磁性; 能吸引鐵、鎳等的性質） magnetism 2. （瓷） porcelain; china
  • 浮 : Ⅰ動詞1 （漂在液體表面） float; drift 2 [方言] （在水裡游） swim Ⅱ形容詞1 （在表面上的） superfici...
  • 系 : 系動詞（打結; 扣） tie; fasten; do up; button up
  • 統 : Ⅰ名詞1 （事物間連續的關系） interconnected system 2 （衣服等的筒狀部分） any tube shaped part of ...
  • 磁懸浮 : [電工] magnetic suspension磁懸浮列車 a magnetic suspension train
  • 系統 : 1. （按一定關系組成的同類事物） system 2. （有條理的;有系統的） systematic
  1. Ndfeb magnet is mainly made of neodymium iron and boron, with excellent magnetic property abundant raw material and reasonable prices, ndfeb magnet can be used as an ideal magnet in mini - motor permanent magnetic resonance sound device magnetic suspension system, magnetic transmission machine and iatrical apparatus and etc. for ndfeb, its surface is usually treatd with some special methods. the surface treatment method include zine nickel tin silver gold plating phosphor and spray epoxy resin etc

    其主要應用在微特電機、永磁儀表、電子工業、汽車工業、石油化工、核磁共振裝置、音響器材、磁懸浮系統、磁性傳動機構和磁療設備等方面。釹鐵硼磁鐵容易生銹、氧化，所以對釹鐵硼磁鐵，其表面通常需作電鍍處理，如鍍鋅、鎳、銀、金等，也可以做磷化處理或噴環氧樹脂來減慢其氧化速度。
  2. Research of the space - state control on maglev system

    狀態空間控制方法在磁懸浮系統應用的研究
  3. The result illuminates that the maglev system is discouple completely, one input just only control one output, and the discoupling control system has good anti - jamming capability

    結果表明磁懸浮系統實現了完全解耦，一個輸入量僅控制一個輸出量，且解耦控制系統具有較好的抗干擾能力。
  4. The magnetic force coupling is analyzed and calculated. after building the dynamics model for the maglev system, discoupling design is run, and the simulation experiment with the leap response and capability of anti - jamming for maglev stage are carried out

    在建立了磁懸浮系統的動力學模型基礎上，對磁懸浮系統進行了解耦控制設計，並對解耦后的磁懸浮定位平臺進行了階躍響應和抗干擾能力的模擬試驗。
  5. The digital - control research for magnetic suspension system

    混合磁懸浮系統的數字控制研究
  6. Design of magnetic suspension system for icf target

    激光聚變靶丸磁懸浮系統設計
  7. On the basis of the mathematic model, the controllability and observeability are analyzed, several kinds of controller including linear states feedback controller, pid controller, p - fuzzy - pi controller, balance method controller are designed for the system

    在此基礎上，分析了系統的能控性和能觀性，對磁懸浮系統設計了線性狀態反饋控制器、 pid控制器、 p - fuzzy - pi控制器和平衡法控制器。
  8. By magnetic field analysis for the stage, three formulas reached : one is magnetic road magnetic force calculational formula of magnetic levitation system that except flux leakage, the second is magnetic driving force calculational formula for open magnetic road dc linear motor, the third is magnetic flux density calculational formula for dc linear motor. these formulas make reference for design, analysis and control

    本文對磁懸浮定位平臺進行了電磁場分析，推導出磁懸浮系統不計漏磁的簡單磁路、磁力計算公式和原理樣機所採用的開磁路直流直線電機推力及磁通密度計算公式，為設計、分析及控制提供參考。
  9. A new fuzzy - pid double model controller based - on fuzzy rules switching

    磁懸浮系統的模糊控制研究
  10. De - noise simulation on harmonic measurement of high - speed maglev

    高速磁懸浮系統諧波檢測的小波降噪模擬分析
  11. A simulation study of controller for single - axis electromagnetic suspension system

    單軸磁懸浮系統控制器的模擬研究
  12. The result shows that maglev system is stable and controllable on the balance point ( i0, z0 ) that corresponding to the stationary state

    結果顯示，磁懸浮系統在與定態相對應的平衡點（ i _ 0 ， z _ 0 ）處是穩定可控的。
  13. High performance control of a magnetic levitation system of attractive type in the presence of papameter uncertainties is of particular interest

    當系統出現不確定參數時，吸引類型磁懸浮系統的高性能控制特別令人關注。
  14. Abstract : to reduce power dissipation in maglev system and upgrade maglev quality, it is proposed that permanent magnet be adopted for suspension body in attractive maglev system

    文摘:為降低懸浮系統的功耗，提高懸浮品質，建議在吸力型磁懸浮系統中採用永磁材料做懸掛體。
  15. In this paper, a four - point attraction magnetic suspension system is designed and analyzed, the principle of each part of the magnetic suspension system is described in detail

    本文對四點吸引式磁懸浮實驗系統進行了設計和分析，對磁懸浮系統的各個組成部分及其原理進行了詳細的說明。
  16. With the help of computer simulating software - matlab6. 0, the control system ' s structure is analyzed and the relationships of the parameters of controller and the stability of system are obtained

    分析了控制系統結構，並用計算機對混合磁懸浮系統進行模擬，得到了使系統穩定的控制參數范圍，並設計了旋轉控制電路。
  17. The mathematic model of magnetic system is set up. by linearizing the mathematic model in the equilibrium point, the author gets the state function and transfer function of the system

    建立了磁懸浮系統的數學模型，並對數學模型在平衡點附近進行了線性化，得到了系統的狀態方程和傳遞函數。
  18. However flux leakage is really exist, calculation through formular analytic method has more error, so electromagnetic field analysis is made by using finite element method ( fem ) in ansys7. 1 / multiphysics and ansys / emag programs. typical quantities of interest in a magnetic analysis are available such as magnetic flux density, magnetic field intensity, magnetic forces, power loss and flux leakage in the system of magnetic levitation. then gain the current in the coil which control levitation gap when the stage is stable

    由於存在漏磁，用公式的解析法計算有很大的誤差，因此本文採用有限元法（ fem ）來計算磁懸浮系統磁場分佈，從而計算磁力，通過用ansys7 . 1軟體進行有限元電磁場分析計算，得到平臺穩定懸浮時電磁線圈所需電流、懸浮氣隙等控制參數，由於設計的磁懸浮系統為非軸對稱結構，採用2d磁場分析有一定的誤差，而採用3d電磁場分析更接近實際。
  19. With its excellent magnetic property, abundant raw material and reasonable prices, rare - earth permanent magnet can be used as an ideal magnet in mini - motor, permanent - magnet instrument, electronic industry, auto industry, petro - chemical industry, nuclear magnetic resonance, sound device, magnetic suspension system, magnetic transmission machine and magnetotherapy apparatus etc

    稀土永磁體及元器件以其優異的性能，豐富的原料，合理的價格，正在得以迅速的發展和廣泛的應用。其主要應用在微特電機，永磁儀表，電子工業，汽車工業，石油化工，核磁共振裝置，音響器材，磁懸浮系統，磁性傳動機構和磁療設備等方面。
  20. Ndfeb magnet is mainly made of neodymium, iron and boron, with excellent magnetic property, abundant raw material and reasonable prices, ndfeb magnet can be used as an ideal magnet in mini - motor, permanent magnetic resonance, sound device magnetic suspension system, magnetic transmission machine and iatrical apparatus and etc. for ndfeb, its surface is usually treatd with some special methods. the surface treatment method include zine, nickel, tin, silver, gold plating, phosphor and spray epoxy resin etc

    釹鐵硼永磁體以其優異的性能、豐富的原料、合理的價格正得以迅猛的發展和廣泛的應用。其主要應用在微特電機、永磁儀表、電子工業、汽車工業、石油化工、核磁共振裝置、音響器材、磁懸浮系統、磁性傳動機構和磁療設備等方面。
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