磁力軸承 的英文怎麼說

中文拼音 [cílìzhóuchéng]
磁力軸承 英文
magnetic bearing
  • 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...
  • 軸 : 軸Ⅰ名詞1. （圓柱形的零件） axle; shaft 2. （對稱部分的直線） axis 3. （圓柱形的纏繞器物） roller; spool Ⅱ量詞（用於纏在軸上的線以及裝裱帶軸子的字畫）
  • 承 : Ⅰ動詞1 （托著; 接著） bear; hold; carry 2 （承擔） undertake; contract （to do a job） 3 （客套話...
  • 磁力 : [物理學] magnetic force; force on charge
  • 軸承 : [機械工程] bearing; axle bearing; bearing of shafts; gudgeon block; mechanical bearing; pillow; s...
  1. Permanent magnet bearings is one kind of magnetic bearings by using permanent magnet to levitate rotor

    永磁軸承是利用永磁材料產生的磁場力將轉軸懸浮起來工作的一類磁力軸承。
  2. Magnetic bearing assembly for energy meters

    電能表用零部件.磁力軸承組件
  3. 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。
  4. 1. this product is a new kind machinery induction - type electrical energy appliance. it adopts high coercive force aluminium nickl cobat material to make the special structure magnetic - hanged magnetic - propelled bearing. when it is electrified to operate, interrepulsion is produced between the bearing and the anxle so that it is electrified to operate. interrepulsion is produced between the bearing and the anxle so that it is suspend station. the friction loss is very small. it not only reduces energy exhaustion by a wide mardin, but also prolongs lifetime to 20 years and above

    1 dd951型長壽命單相電度表是金雀儀表有限公司新開發的高可靠性民用電度表，本產品系一代機械感應式電能計量器具。採用高矯頑磁力鋁鎳鈷材料制面的特殊結構磁懸磁推軸承，能電動物時軸承與軸之間產生相互斥力合其和處于懸浮狀，運轉磨擦損耗極小，不但便能耗在幅下降，而且壽命可能性延長到二十年以上。
  5. In addition, magnetic bearing, magnetic balance, magnetically levitated electric machines, and correlative technology applications have developed. high tech productions in foreign nations have already exploited and entered market

    另外，在磁力軸承、磁懸浮天平、磁懸浮高速電機及相關技術的應用也都得到了發展，國外已經開發出這類高技術產品並已經進入市場。
  6. 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。
  7. The object function and restriction conditions optimum design for amb ' s structures are set up. based on these results, the structural parameter design method of radial and axial amb is presented, and a test - bed of amb has been designed by the author

    根據磁力軸承結構優化設計目標函數和約束條件，推導了徑向、軸向磁力軸承結構參數設計公式，並設計了一套磁力軸承試驗臺裝置。
  8. Utilizing the theory of magnetic charge, the model for computing the bearing capacity of permanent magnetic thrust bearing was established, and the influences of non - uniformity of magnet magnetization and soft magnetic material on the bearing capacity and rigidity of bearing were studied

    運用磁荷理論建立了計算永磁推力軸承承載力模型，研究了磁鐵磁化不均性和軟磁材料對軸承承載力及剛度的影響。
  9. Finite elements analysis ( fea ) and measurements of electromagnetic field distribution in magnetic bearings are presented. optimal design of magnetic bearing based on electromagnetic field analysis, electromagnetic interference and screen have been studied

    本文對磁力軸承電磁場的分佈進行了有限元方法理論分析和實驗測量，並對基於電磁場有限元分析的磁力軸承結構優化設計以及磁力軸承的磁干擾和磁屏蔽問題進行了深入的研究。
  10. 4. magnet bearing and levitating technology are seldom used on magnetic force pumps, reducing sliding bearings " radial pressure is attempted, ways of calculating axial direction force are listed and summed in this paper, virtue and shortcoming of axial - magnetization ring and radial - magnetization ring are contrasted. 5

    磁力軸承和懸浮技術在磁力泵上的應用鮮有報道，本文嘗試解決臥式磁力泵滑動軸承徑向受力問題，總結磁力泵軸向力計算的方法，比較軸向磁化和徑向磁化磁環排斥力和吸引力的優缺點。
  11. A fuzzy control scheme with a fitted modifying factor was proposed according to in herent characteristics and performance requirement of active magnetic bearings ( amb )

    摘要結合主動磁力軸承（ amb ）自身特性和性能需要，提出了一種擬合修正因子模糊控制器設計方法。
  12. Active magnetic bearings have the potential of providing solutions to some of these problems

    磁力軸承代替傳統軸承用於硬盤驅動器是上述問題的一種理想的解決方案。
  13. The principles and the development of amb, and its application in industries are put forward

    本文系統地介紹了磁力軸承的原理、國內外發展狀況及其在實際工業中的應用。
  14. This paper give the detailed calculations in structure parameter of subsidiary generator, the vibration arises by datromagnetism harmonic wave and intensity of thrust bearing

    本文對副發電機結構參數、電磁諧波引起的振動和推力軸承強度等進行了詳細的計算。
  15. Simulation results show that, using the proposed fuzzy controller with a fitted modifying factor, the dynamics and steady - state performances are improved efficiently

    模擬結果表明擬合修正因子模糊控制器能得到很好的控制效果，有效地改善磁力軸承的動態性能和穩態性能。
  16. It was attempted to let the magnetic circuit of electromagnetic thrust hearing system being simulated as an equivalent network of electric circuit, and through analyses on series and parallel electric circuits the explanation and summing up the result of finite analysis were carried out

    嘗試將電磁推力軸承系統的磁路模擬為等效的電路網路，通過串、並聯電路分析，對有限元分析結果進行?解釋和歸納。
  17. The main design method and the application in the amb of mems are studied in detail. finally, the main problems and the development trend of mems are indicated

    主要討論了微機電系統主要的設計方法以及微機電系統技術在磁力軸承中的應用，最後指出了目前微機電系統技術所面臨的主要問題及其發展趨勢。
  18. By means of ansys, the simplified model of the rotor ' s inherent frequency has been calculated with different environment of rigid and elastic support, and its vibration modals are also simulated

    利用有限元分析軟體ansys計算出所設計的磁力軸承轉子簡化模型在剛性支承和彈性支承下的固有頻率，並對其各階振型進行了模擬。
  19. 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。
  20. Basic structural parameters of magnetic bearings are analyzed and principles of selecting these parameters are introduced. basic characters of magnetic bearings are analyzed, including static working point, the largest magnetic force and power losses etc. assigning maximal magnetic force as objective function, the optimal design of radial magnetic bearing in magnetic levitated hard disk drive is completed, and the results of optimal design are presented

    對磁力軸承的基本結構參數進行了分析，闡述了這些參數的選用原則；對磁力軸承的幾個基本特性進行了分析，包括靜態工作點、最大承載力、功率損耗等；以最大承載力為目標對磁懸浮硬盤的徑向軸承進行了結構優化設計，並對優化結果進行了分析。
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