磁力浮子 的英文怎麼說
中文拼音 [cílìfúzi]
磁力浮子
英文
magnetic float- 磁 : 名詞1. [物理學] (磁性; 能吸引鐵、鎳等的性質) magnetism 2. (瓷) porcelain; china
- 力 : Ⅰ名1 (力量; 能力) power; strength; ability; capacity 2 [物理學] (改變物體運動狀態的作用) forc...
- 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...
- 子 : 子Ⅰ名詞1 (兒子) son 2 (人的通稱) person 3 (古代特指有學問的男人) ancient title of respect f...
- 磁力 : [物理學] magnetic force; force on charge
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Dongguan chenguo electronic craft factory is a brach of hongkong golden idea group intl limited company, which also have braches in both shenzhen and shanghai. focusing on high quality and good credit, our company is developing rapidly and steadily, and the quality of our products meets the international standards
東莞市成果電子工藝品廠隸屬香港金意國際集團有限公司,該集團實力雄厚,總部設在江蘇在深圳和上海設有分公司成果電子工藝品廠是一家專業從事磁懸浮產品生產和出口,內貿的廠家。Embracing golden opportunity of development, we cordially welcome customers from all over the world to cooperate with us and endeavor together for a brilliant future. dongguan chenguo electronic craft factory is a brach of hongkong golden idea group intl limited company, which also have braches in both shenzhen and shanghai
東莞市成果電子工藝品廠隸屬香港金意國際集團有限公司,該集團實力雄厚,總部設在江蘇,在深圳和上海設有分公司成果電子工藝品廠是一家專業從事磁懸浮產品生產和出口,內貿的廠家。The magnetic suspension bearingless motors generate both electromagnetic torque and magnetic levitation forces for the rotor suspension by the motor itself. the bearingless motor is comparatively suited for using as artificial heart blood pump motor due to the advantages of without mechanical wear and noise, structure compact and contactless
磁懸浮無軸承電機定、轉子既用於產生驅動力矩,同時又用於產生支撐轉子的磁懸浮力,具有無機械磨損、噪音小、可高轉速和體積小等特點,比較適用於人工心臟血泵電機。The applications and developments of the rotor - ambs system in the engineering are showed in recent years. in particularly, we present the results for the studies of nonlinear dynamics in the rotor - ambs system. we also point out the trend of the rotor - ambs system in future and the necessity of the study on the nonlinear dynamics of the rotor - ambs system
本文的研究內容和所獲得的主要結果有以下幾個方面: ( 1 )綜述了磁懸浮研究的歷史,介紹了主動式電磁軸承-轉子系統在工程實際中的應用,主動式電磁軸承的研究現狀,總結了近十年來國內外對電磁軸承-轉子系統非線性動力學的研究進展和取得的成果,指出了電磁軸承發展的趨勢及進行非線性動力學研究的必要性。According to the working principle of magnetic bearing, there exists force coupling, magnetic coupling in radial magnetic bearings inside the magnetic suspension rotor system, and there exists force coupling, moment coupling between magnetic bearings as well
摘要磁懸浮轉子系統中,根據磁力軸承工作原理,徑向磁力軸承內存在力耦合、磁耦合;徑向磁力軸承之間存在力耦合、力矩耦合。With the development of modern power electronics, maglev chopper should be perfect incessantly
隨著電力電子技術的發展,磁懸浮列車斬波器技術應該能夠得到不斷的完善。Active magnetic bearing ( amb ) is a high performance, novel type bearing which suspends the rotor by controlled magnetic force in a contact - free manner
磁軸承是利用受控電磁力將轉子無接觸地懸浮在空中地一種新型高性能軸承。Report back in the exhibit schedule : march 8, 2006 - 10 days am09 : march 10, 2006 - 12 days remove time : march 12, 2006 exhibitors range : car, car, motorcycle, light truck bearings, railway bearings, magnetic bearing spindle ; aviation aerospace marine bearings, rocket and satellite bearings ; industrial robot bearings, machining center and machine spindle bearings, textile machine bearings, motor bearings, and farm machinery bearings, paper machine bearings, bearings press, bearing mill, metallurgical mining, petrochemical machinery bearings, bearings sporting goods, marine rig bearing ; bearings, bearings gyroscope, high - precision bearings, high - speed bearings, linear motion bearings, needle roller bearings, thrust bearings, ultra - low - temperature bearings, special bearings, ceramic ball bearings, spherical with trophies bearing miniature bearings, quiet motor bearings, ball bearings, roller bearings, lubricating bearings corrosion resistant bearings, bearing joints ; bearing ring blank refinement, precision ball and roller crown, with nails cage
撤展時間: 2006年03月12日參展范圍:轎車汽車摩托車輕型車軸承鐵路軸承磁懸浮軸承電主軸航空航天航海軸承火箭及人造衛星軸承工業機器人軸承加工中心及機床主軸軸承紡織機軸承電機軸承農機軸承造紙機軸承印刷機軸承軋機軸承冶金礦山石油化工機械軸承體育用品軸承海洋鉆機軸承組合軸承陀螺儀軸承高精軸承高速軸承直線運動軸承滾針軸承推力軸承超低溫軸承特種專用軸承陶瓷球軸承帶座外球面軸承微型軸承靜音電機軸承球軸承滾子軸承潤滑軸承耐腐蝕軸承關節軸承軸承套圈精化毛坯精密鋼球凸度滾子帶釘保持架軸承滾動體等軸承部件。Based on the analytic analysis of the linear synchronous motor ’ s layered model, the paper deducted the composing of air gap magnetic fields and the analytic expression of levitating and advancing force. these results provide theoretic guidance not only for the analysis and measurement of the vehicle ’ s air - gap magnetic fields but also for the eatablishment of the
採用各向異性介質近似模擬齒槽區域,並引入定子和轉子等效電流層的概念,建立了直線同步電機的磁場分層模型,在此基礎上得到了氣隙磁場的組成以及懸浮力和推力的解析表達式,為氣隙磁場的分析和測量以及列車運動情況下電磁力軟測量模型的建立提供了理論指導。A new decoupling control strategy of magnetic suspension forces is put forward using the transformation of variables and reference frames for the proposed bearingless motor
利用混合式轉子無軸承電機的轉子特點,將磁懸浮力模型轉變為電流空間矢量方程,提出了一種新的磁懸浮力解耦控制方法。A new bearingless induction motor system with five degrees of freedom is developed including a bearingless induction motor and a permanent magnet biased axial - radial magnetic bearing. the control strategy of bearingless induction motor based on air - gap flux orientation is introduced, and the decentralization pid control is used to maintain equal air in the five degrees of freedom. the digital controller guarantees rotor suspension steadily, and the speed of rotor reaches 3000 rpm
闡述了無軸承異步電機的氣隙磁場定向控制策略,採用該非線性控制方法能使無軸承異步電機解耦成轉矩子系統和磁懸浮徑向力子系統,從而可以採用經典pid對這兩個獨立的子系統進行控制,首次實現了系統在0 3000rpm轉速范圍內的穩定懸浮。Magnetic bearing ( mb ) is a typical mechatronics product. it is a kind of new style high performance bearing whose rotor is suspended by magnetic force in space
磁懸浮軸承是一種典型的機電一體化產品,是利用磁力作用將轉子懸浮於空中的一種新型高性能軸承。Being very different from traditional motors, a bearingless motor not only generates electromagnetic torque, but also produces magnetic forces to suspend its rotor without using mechanical bearings
與傳統電機的最大不同之處是它不需要另外的軸承,電機本身既可產生轉矩,又能產生支撐轉子的磁懸浮力,使轉子能夠實現無機械摩擦旋轉。The magnetic bearing is a novel type, high performance bearing, which suspend the rotor by magnetic force without any mechanical contact between rotor and stator
磁懸浮軸承是一種利用磁場力將轉子懸浮於空中,使轉子與定子之間實現無機械接觸的一種新型高性能軸承。The calculation expressions of electromagnetic support forces of the spherical magnetic bearing and the calculation expressions of turning moment for the spin axis of flywheel rotor are presented. the dynamic model in radial translation and in rotation, as welll as the movement simulation with the widely used control method pd was proposed independently
並按照設計的基本結構,推導了球形磁懸浮軸承的電磁承載力的計算式和偏轉電機提供的偏轉力矩的計算式,並將轉子的運動分為平動和轉動兩部分分別進行了動力學分析,給出其運動方程。The work in this thesis focuses mainly on the basic theory of bearingless motors, magnetic levitation forces and their decoupled control with electromagnetic torque as well as air gap dynamic detection. three parts are included
圍繞磁懸浮無軸承血泵電機的基本原理、磁懸浮力產生及其與電磁轉矩的電磁解耦機理和轉子位置的動態檢測等方面,本文主要開展了如下的研究工作。Secondly, the decoupling control methods of magnetic suspension forces and rotor displacement are discussed
其次,討論了無軸承電機的磁懸浮力解耦控制以及轉子位移控制方法。Magnetic bearing ( mb ) is a kind of new typical mechatronics product which utilizes the electromagnetic attractive force exerting on a magnetic conductor to suspend a rotor without any contact
磁懸浮軸承( mb )是一種新型的機電式軸承,是利用電磁場對導磁體的作用力而實現對轉子的無接觸支承。Active magnetic bearing ( amb ) is a kind of novel high - performance bearing, in which rotor can be suspended by magnetic force. because of the contact - free property between the rotor and stator, the rotor can rotate at very high speed, and amb has the advantage of long lifetime, low power loss, low noise almost no wear and no lubrication. thus amb has great advantages over conventional bearing in many application fields
=主動磁懸浮軸承是利用磁力將轉子懸浮於空間的一種新型高性能軸承,由於轉子于定子之間不存在機械接觸,轉子可以達到很高的轉速,幾乎沒有磨損,壽命長,能耗低,噪聲小,無需潤滑,在很多應用領域內與傳統軸承相比存在明顯的優越性。Electromagnetic field distribution of radial magnetic bearings and axial magnetic bearings in magnetic levitated hard disk drive are analyzed and calculated through fea method and ansys software ; electromagnetic field is measured on radial magnetic bearing stator of magnetic levitated hard disk drive, the results of fea and measurement are compared, the basic principle of electromagnetic field distribution is concluded
使用有限元方法和ansys軟體對磁懸浮硬盤的徑向軸承、軸向軸承的電磁場分佈進行了分析和計算;以磁懸浮硬盤徑向軸承定子為對象進行了磁場測量,並將有限元計算結果和實測結果進行了比較和分析,得出了磁力軸承電磁場分佈的基本規律。分享友人