粉末制備 的英文怎麼說

中文拼音 [fěnmòzhìbèi]
粉末制備 英文
powder preparation
  • 粉 : Ⅰ名詞1 （粉末） powder 2 （用澱粉製成的粉條或粉絲） noodles or vermicelli made from bean potato o...
  • 末 : Ⅰ名詞1 （東西的梢;盡頭） tip; terminal; end 2 （非根本、非重要的事物） nonessentials; minor detai...
  • 制 : Ⅰ動詞1 （製造） make; manufacture 2 （擬訂; 規定） draw up; establish 3 （用強力約束; 限定; 管束...
  • 備 : Ⅰ動詞1 （具備; 具有） have; be equipped with 2 （準備） prepare; provide with; get ready 3 （防備...
  • 粉末 : powder; flour; stive; smalls
  1. Influence of preparation factors on the size of aerogel powder

    制備條件對氣凝膠粉末粒徑的影響
  2. The study on preparation of ag nanopowders by plasma

    等離子體制備銀納米粉末的研究
  3. The preparation, properties and application in powder coating of alicyclic epoxy resin and glycidyl ester of acrylic ( methy acrylic ) acid were discussed in this paper and some views and proposals to varieties development of ontdoor type ( weather resistance ) epoxy resin for powder coating were also presented

    摘要介紹了用於耐候脂環族環氧樹脂、丙烯酸（甲基丙烯酸）縮水甘油酯樹脂的制備方法、性能及在粉末塗料上的應用。
  4. Units are prepared by packing the powder into small combustion capsules.

    各種小單元制備，即把粉末裝入可燃小膠囊中。
  5. Preparation and characterization of ultrafine cerium - zirconium oxide powder

    納米鈰鋯氧化物粉末的制備和表徵
  6. This thesis reports some results on the hot press sintering of nano - composite wc - co powder, which is prepared by spray pyrogenation & continuous deoxidization and carbonization process

    本課題採用熱壓燒結技術對以噴霧熱解?連續還原碳化法制備的納米復合wc - co粉末進行了熱壓燒結研究。
  7. Sicp / al matrix composites, with 5, 15 and 25 % volume fraction of sic particles, were prepared by vacuum hot - pressing sintering processing in this paper. based on mechanics properties, sem observation and energy dispersive x - ray analysis, the interface reaction phenomenon of sicp / al composites made by vacuum hot - pressing sintering, as well as the reinforcement and fracture mechanisms of this composite were analyzed. the dynamic responses of sipc / al composites were studied by a split hopkinson high - speed pressure bar impact system which strain rate was from quasistatic state strain rate ( 3. 3 10 - 3s - 1 ) to dynamic state strain rate ( 5. 2 103 s - 1 )

    本研究以武裝直升飛機防護裝甲材料為研究對象，採用真空熱壓粉末冶金燒結工藝制備了含sic顆粒體積分數分別為5 、 15和25的sic顆粒增強鋁基復合材料，結合其力學性能、掃描電鏡和界面微區能譜分析結果，分析了sic _ p al復合材料的真空燒結過程中的界面現象，以及材料增強和斷裂機理，並利用hopkinson高速壓桿沖擊實驗系統對其從靜態到動態（應變率為3 . 3 10 ~ （ - 3 ） s ~ （ - 1 ） 5 . 2 10 ~ 3s ~ （ - 1 ） ）的壓縮破壞響應進行了研究，分析了不同體積分數sic _ p al復合材料高應變率壓縮載荷下，材料的變形和微觀損傷機理，以及利用高速沖擊空氣炮測定了改復合材料制備剃度復合板的穿透性能。
  8. In this paper, metastable cu - al alloy powder with different aluminum content was prepared by mechanical alloying technique. high strength and high conductivity cu - al2c > 3 composites were prepared by a new type vacuum internal oxidation technique

    本文採用機械合金化法制備了不同鋁含量的亞穩態的cu - al合金粉末，採用新型真空內氧化工藝制備了不同成分的高強度高導電cu - al2o3復合材料。
  9. Abstract : the base principle, key technology, characteristic and progress on synthesis of ceramic powders by solid - state metathesis reactions are described

    文摘:本文扼要地介紹了固態復分解反應法制備陶瓷粉末的基本原理、關鍵技術、特點及其研究進展。
  10. Lead hydrogen phosphite superfine powder, lead oxide phosphite hydrate superfine powder and tribasic lead sulfate superfine powder were prepared by micro - liquid - phase synthesis method ( mlps method ) in this paper. at room temperature, acetic acid worked as catalyst, lead oxide and phosphite or sulfate were blended thoroughly, then were ground for tens minutes

    本文採用微液相合成法制備了亞磷酸鉛、二鹽基亞磷酸鉛和三鹽基硫酸鉛超細粉末，以氧化鉛和亞磷酸或硫酸為原料，以醋酸為催化劑，在室溫下充分混合、研磨幾十分鐘，乾燥后即可得到產物。
  11. 3. the reaction of lanthanide powder with anthracene in the presence of ticl4 catalyst in tetrahydrofuran at 0 - 60 under normal pressure generated organolanthanide compounds, which are less thermal. it was found that the decomposition of the organolanthanide compounds in vacuum could give rise to lanthanide powder of nanometric size with high purity accordingly

    3 .納米尺寸鑭系金屬粉末制備的研究溫和條件下，採用絡合催化法合成鑭系金屬有機化合物，利用它的熱不穩定性，在真空條件下進行熱分解來制備納米尺寸鑭系金屬粉末。
  12. The films prepared from ballmilling modified powder are dense in both surface and cross section while filmsprepared by unmodified powder are porous

    使用球磨優化后的粉末制備的電解質膜緻密，而使用未球磨粉末所得膜內微孔較多。
  13. Chapter 5. ceoi nanoparticles of average diameter about 30 nm were prepared by sol - gel method in lower temperature

    另外，我們用自製的納米氧化怖粉末制備了以醋酸纖維素為母體的稀土元素離子選擇電極。
  14. Meanwhile a new method was developed to prepare vo2 thin film directly from v2o5 powder. pressed v2o5 powder of 99. 7 % purity was used as sputtering target by argon ion beam

    發展了一種用離子束增強沉積從v _ 2o _ 5粉末制備vo _ 2薄膜的新方法。
  15. As an advanced technique of powder preparation, it develops quickly and is applied in many important material sciences

    作為一種先進的粉末制備技術，近年來它迅速發展並廣泛應用於各重要材料科學領域。
  16. The effect of rolling coefficients was analyzed, and the optimal coefficients were gotten, therefore the continual coiled green strips in a certain thickness could be produced which have a good mechanical property

    分析了粉末軋制過程中的各個參數的影響，利用設計得到供料漏斗和卷帶裝置，通過實驗得到了一組能夠將復合粉末制備成為具有良好機械性能的粉末帶材的軋制參數，並連續生產得到一定厚度的粉末帶卷。
  17. Optimum process of preparing ceo2 - zro2 - la2o3 ultrafine powder

    鈰鋯氧化物粉末制備工藝及其優化
  18. In fact of the preparation of material, nanometer wo _ 3 was synthesized in a novel method by gas - state reaction with tungsten filament. further more, we designed a new type gas sensor based on hall effect

    在材料制備方面，我們使用了一種新的wo _ 3粉末制備方法:採用氣相反應法，以純鎢絲為原料，獲得了wo _ 3納米氣敏材料。
  19. The vickers hardness, bending strength and fracture toughness were studied. the experiment results show that the starting powders size has a significant effect on the properties of al2o3 - tic ceramics. the al2o3 - tic ceramics with various additions of tic, from 15 to 35 wt. %,

    對不同粒度的原料粉末制備的al _ 2o _ 3 - tic復合陶瓷，隨著原料粉末的逐步變細，復合陶瓷的抗彎強度和斷裂韌性都逐步提高，但原料粉末的細化對硬度卻沒有與此對應的影響。
  20. On the basis of preparing powders with usual technological parameters of thermal spray, the influences on powders properties of ball milling time, assistant reagents of ball milling and conditions of heat treatments are discussed, and then it comes to the optimal preparation project

    在採用常規熱噴塗工藝參數進行粉末制備的基礎上，討論了球磨時間、球磨助劑、熱處理條件對粉末性質的影響，得出最佳的制備方案。該方法可以制備出粒度分佈均勻、性質穩定，粒度為200 500nm的超細銅鋅粉末。
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