永磁材料 的英文怎麼說

中文拼音 [yǒngcícáiliào]
永磁材料 英文
permanent magnet material
  • 永 : Ⅰ副詞（永遠; 久遠） perpetually; forever; always Ⅱ名詞（姓氏） a surname
  • 磁 : 名詞1. [物理學] （磁性; 能吸引鐵、鎳等的性質） magnetism 2. （瓷） porcelain; china
  • 材 : 名詞1 （木料） timber 2 （泛指可以直接製成成品的東西; 材料） material 3 （供寫作或參考的資料） ma...
  • 料 : 名詞1 （材料; 原料） material; stuff 2 （喂牲口用的穀物） feed; fodder 3 （料器） glassware 4 （...
  • 材料 : 1. （原料） material 2. （資料） data; material 3. （適于做某種事的人才） makings; stuff
  1. High purity gallium metal is the basic ingredient for semiconductor compound material, and it is also highly utilized in the manufacture of super conductor material, alloy, alnico etc

    高純度金屬鎵是生產化合物半導體材料的基礎材料，同時它還可以用於生產超導材料、合金材料、永磁材料等。
  2. The company deals in all sorts of rare earth compounds, individual rare earth oxides and rare earth permenent magnetism materials, etc. in addition, the company supplies all kinds of omniberaing service including technology consultation, technology service and achievement attorn in rare earth research, production and application

    公司還經營各種稀土化合物、單一稀土氧化物和稀土永磁材料等。此外，公司還為稀土企業和其他投資者提供全方位的技術咨詢、技術服務和科研成果轉讓等各種服務，包括稀土科研、生產和應用等各方面。
  3. Materials for sintered neodymium iron boron permanent magnets

    燒結釹鐵硼永磁材料
  4. Hoisting technology by using permanent magnetism pad is one of the new applying fields. by far, although its application degree is far from popularization, it has a wide market outlook. aiming at the material ' s selecting problem and the disburdening problem, the article has done detailed depiction

    永磁起重技術，是永磁材料應用的新領域之一，在目前，還遠遠沒有達到廣泛使用的程度，但是具有十分廣闊的市場前景，本文針對永磁起重技術中的材料選用問題及卸重問題進行了詳細的論述。
  5. 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。
  6. The magnetic mechanical engineering technology is a new high - level technology in the current world, which uses the permanent magnetism materials to engage in the research, development and production of the permanent magnetism effect parts, including the magnetization parts, magnetism - droved machinery, magnetoelectricity machinery and so on

    磁機械工程技術是當前世界新興的高水平的一項學科技術，是應用永磁材料從事磁化器件、磁驅動機械和磁電機械等永磁效應組件的研究、開發、生產；並逐步實現技術產業化、產品社會化的系統工程。
  7. Materials of bonded neodymium iron boron permanent magnets

    粘結釹鐵硼永磁材料
  8. Materials of sintered neodymium iron boron permanent magnets - electroplating coatings

    燒結釹鐵硼永磁材料表面電鍍層
  9. Nanocomposite nd - fe - b magnets a new trend of permanent magnets

    磁體永磁材料發展新方向
  10. Effect of powder features on the magnetic properties of sm2 co, cu, fe, zr

    17永磁材料及性能的影響
  11. Sichuan has completed the industrialization for a series of high - performance new materials and modified materials such as pps, high - end rare earth permanent magnet, lanthanum glass, high purity tellurium, fluoro rubber, organic silicon, high performance processing for general - purpose plastic, nano materials and wisker materials

    已完成聚苯硫醚、高檔稀土永磁材料、稀土鑭系玻璃、高純碲、氟橡膠、有機硅、通用型塑料高性能化、納米材料、晶須材料等一批高性能新材料和改性材料的產業化。
  12. Design engineers now selecting pmbldc motors over conventional dc or induction motor drives for the following reasons : 1 ) the absence of brushes results in an essentially maintenance free operation and eliminates the undesirable effects of commutation such as sparks, brush - loss, radio - frequency interference, etc. 2 ) the low inertia of the rotor enhances the quality of the mechanical response of the motor, shortening the acceleration and deceleration time. 3 ) utilizing rare - earth permanent magnet materials with high coercive force results in substantially higher efficiency than their counterpart with brushes of the same size. 4 ) because of the absence of commutation segments, the stator construction is simple

    現在的工程師們更為青睞永磁無刷直流電動機是因為以下幾點原因： （ 1 ）去除了電刷的永磁無刷直流電動機徹底地免除了維護而且消除了我們不希望的由於換向帶來的火花、電刷損耗以及無線電干擾等等； （ 2 ）低轉動慣量的轉子提高了電機機械響應的質量，從而縮短了電機加速和減速的時間； （ 3 ）高矯頑力稀土永磁材料的使用使得同樣尺寸的永磁無刷直流電動機比傳統的直流電動機效率高； （ 4 ）由於沒有機械換向部分定子的結構簡單了。
  13. Ningbo ninggang permanent magnetic materials ltd

    寧波市江東寧港永磁材料有限公司
  14. This paper systematically discussed the fundamental, characteristics, research status and equipment of microwave sintering, and introduced the preparation and development of sintered ndfeb magnets, on the basis of which the effects of the parameters on the heating rate and sintering temperature were investigated. and by means of optical metallurgical analysis, x - ray diffraction analysis and the measurement of density and magnetic properties, the paper compared the properties and technology of ndfeb magnets sintered in microwave magnetic field with that of magnets sintered in conventional heating process

    本文系統論述了微波燒結基本原理、特點、研究現狀和燒結設備，介紹了燒結ndfeb制備工藝和發展，在此基礎上研究了微波磁場燒結ndfeb永磁材料過程中各因素對升溫速率、燒結溫度的影響，並通過金相顯微分析、 x射線衍射分析、密度及磁性能測試等手段，將微波磁場燒結的ndfeb磁體與常規燒結的磁體進行了工藝與性能的對比分析。
  15. Mechanism and prevention of ndfeb magnet corrosion

    永磁材料腐蝕機理與防護
  16. Ngyc is capable of mass production of smco permanent materials of the highest level in china and products quality has reached the world s advanced level. the independently developed low temperature coefficient 1 : 5 and 2 : 17 smco permanent magnets have been widely used in fields such as aeronautics and space, national defense and sensors. the company can also manufacture all serial elements products of different shapes and specifications

    寧港永磁ngyc能批量生產中國最高水平的釤鈷永磁材料，產品質量均達到世界先進水平，自主研發的低溫度系數1 ： 5 ， 2 ： 17釤鈷永磁被廣泛應用在航空航天國防軍事，傳感器等領域，並能生產不同形狀，不同性能的全系列元件產品。
  17. The physical specifications of smco is better than smco s because smco is easy to machine while smco is more brittle

    燒結釤鈷永磁材料具有較大的脆性，缺乏延展性所以設計時不宜用作結構件
  18. With the most advanced equipments of production processing and inspection, ngyc has the capacity of manufacturing 250 tons of smco permanent magnetic materials annually. we ensure that we will provide top quality smco permanent magnetic materials and elements within the shortest period

    寧港永磁ngyc具有年生產250噸釤鈷永磁材料的先進生產加工檢測設備設施，保證以最快的交期提供優質的釤鈷永磁材料及元器件。
  19. Characteristic comparisons of permanent magnetic materials : :

    永磁材料的特性比較: :
  20. Study of sm2co17 binary composite bonded permanent magnets

    17二元復合粘結永磁材料的研究
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