粒狀金屬 的英文怎麼說

中文拼音 [lìzhuàngjīnzhǔ]
粒狀金屬 英文
grained metal
  • 粒 : Ⅰ名 （小圓珠形或小碎塊形物） small particles; grain; granule; pellet Ⅱ量詞（用於粒狀物）
  • 狀 : Ⅰ名詞1 （形狀） form; shape 2 （情況） state; condition; situation; circumstances 3 （陳述事件或...
  • 金 : Ⅰ名詞1 （金屬） metals 2 （錢） money 3 （古時金屬制的打擊樂器） ancient metal percussion instrum...
  • 屬 : 屬名詞1 （類別） category 2 [生物學] （生物分類系統上所用的等級之一） genus 3 （家屬; 親屬） fami...
  • 粒狀 : graininess; granulose; granular粒狀冰 [水文] granular ice; 粒狀材料 bulk material; granular mater...
  • 金屬 : metal
  1. As an advanced materials preparation technology, spray - deposition has shown remarkable superiority in producing large - sized alloys and metal matrix composites. however, the spray deposeted preforms usually contain a certain quantity of porosity. besides, the oxide films on the surface of the particles lead to week metallurgic conjunction between the particles. in order to obtain an ideal structure and performance, the porous preforms need further densifying and plastical forming. in this paper, a new technology named wedge pressing was used to densify spray - deposeted 5a06 aluminium alloy, in which the large deformation can be obtained through the sum - up of local deformation and multi - step small deformation. this method can also solved the problems in traditional processing and greatly decreased the producing cost. what ’ s more, the reserch on the wedge pressing desification rules about the large - sized spray deposeted preforms was significant it was vital not only to the further densification of the prefoums but also to the further research on plastical deforming the research was also benefit to the industrialization an the application of the spray deposeted porous materials

    坩堝移動式噴射沉積技術作為一種先進的材料制備新技術，在制備大尺寸合金及金屬基復合材料方面具有顯著的優越性。然而噴射沉積坯件特別是大型坯件通常存在一定量的孔隙，顆粒表面存在一定量的氧化膜，顆粒之間未能完全達到良好的冶金結合狀態，因此需要進行后續緻密化和塑性變形才能獲得理想的組織和性能。本文採用一種新型的楔形壓制工藝，即通過局部變形、多道次小變形累積實現大變形的緻密化加工方法，對噴射沉積多孔坯料進行后續緻密化和塑性變形，很好地解決了傳統加工工藝的難題，大大降低了生產成本。
  2. It can implement emulsion breaking, dehydration and remove water, soap, acid, color and metal particulate in emulsive turbine oil and low - viscosity lubricating oil as well as filtration of hydraulic transmission oil and antiwear hydraulic oil in machinery, turbine oil of electric equipment

    能對嚴重進水混濁乳化的透平油低粘度潤滑油進行破乳脫水，除去油中水分皂類膠質酸質色素及金屬微粒等機械雜質，使乳化狀油液變清澈。
  3. Physical features : silver grey sponge metal, delivered size of 3 - 25mm, less than 5 % undersize of 3mm

    物理狀態：銀灰色海綿狀金屬。交貨粒度要求3 ? 25毫米，小於3毫米的物料不超過5 % 。
  4. Nor does metal roller milling exhaust the list of important innovations in grain processing, for we also see continuous improvements in grain - separation technology, faster analysis of mill batches for protein content among other things, and greater control over flour particle size and uniformity

    金屬磙筒只是穀物加工方面眾多重要的發明之一。我們還看到：穀物去殼技術的不斷改進，批量碾磨中蛋白含量的更快速的鑒定，還有對粉狀顆粒大小和均勻性的更有效的控制。
  5. The progress in stabilizations and stabilization mechanisms of the metal nanoparticles by nonionic polymers, polyelectrolytes, amphiphilic polymers, double - hydrophilic polymers, and dendrimers is reviewed

    本文綜述了非離子聚合物、聚電解質、兩親聚合物、雙親水聚合物、樹狀聚合物對金屬納米粒子的穩定作用及其穩定機理的研究進展。
  6. It was also the egyptians who pulverized it into powder and mixed it into a paste to apply to the eyelids, one of the first forms of makeup

    青金石屬架狀結構硅酸鹽中的方鈉石族礦物，晶體形態呈菱形十二面體，集合體呈緻密塊狀、粒狀結構。
  7. Saw - blades made of iron - based matrix with different additives were fabricated to carry out the sawing of granite. the consumed spindle power, cutting forces and the wear resistance of the saw - blades were measured. sem observations on the worn surfaces of saw - blade segments were also carried out to reveal the wear characteristics of diamond grits and the metal matrix as well as the bonding at the diamond - matrix interface

    製造含不同添加劑的鐵基金剛石鋸片，進行花崗石鋸切實驗，測定鋸切功率、鋸切力和鋸片的耐磨度，並用掃描電鏡觀察節塊工作面上金剛石磨粒和金屬胎體的磨損形貌及金屬胎體和金剛石界面結合狀況，綜合評價不同添加劑對鋸切性能的改性效果。
  8. Shape - controlled syntheses of metal nanoparticles

    溶液體系中的納米金屬粒子形狀控制合成
  9. The mechanical modifying equipment was used to prepare compounded micro - spheres from pmma particles and ps particles with metal particles and tio2 nano - particles. the sem was used to observe the images of particles and x - ray photoelectron spectroscopy ( xps ) is used to obtain surface spectrum. herein the tio2 nano - particles can be dispersed on larger polymer particles and their surface morphology is different by using different polymer particles

    使用掃描電鏡和光電子能譜對制得的復合微粒子進行表徵，發現該方法可以使納米tio _ 2粒子呈很好的分散狀態復合在聚合物微球及金屬粒子上，而且隨著聚合物微球原料的不同，納米tio _ 2粒子能在高聚物的表面的復合狀態也不同。
  10. Being fine, homogeneous and free of melting, the powder prepared by mechanical alloying has applied to develop scattering strengthen - material, magnetic material, high - temperature material, superconductivity material, amorphous, and non - equilibrium material, compound material etc. as a high - tech technology to prepare alloying powder, ma has become a more and more important method for preparing new materials

    機械合金化法制備的粉末晶粒細小、成分均勻，且能避免熔化過程，已用於開發研製彌散強化材料、磁性材料、高溫材料、超導材料、非晶、準晶、納米晶等各種狀態的非平衡材料、復合材料、輕金屬高比強材料、儲氫材料、過飽和固溶體等。作為制備合金粉末的非平衡高新技術，越來越成為一種制備新材料的重要方法。
  11. A. the ct permanent canister magnetic dressing machine produced by us can be used for the dry magnetic dressing of magnetite, magnetism pyrite, calcines etc under 3mm. it can also be used for the iron dividing operation for coal, nonmetal mine and building material. magnetic separator

    磁選機適用於不同粒度及粉狀物料的磁鐵礦磁黃鐵礦焙燒礦鈦鐵礦耐火材料高鋁礬土硅礦玻璃原料石英鉀長石等180餘種物料的干濕式磁選，磁選機也用於煤非金屬礦建材等物料的除鐵作業。
  12. Welding consumables. tubular cored electrodes for metal arc welding with and without a gas shield of non aloy and fine grain steels. classification

    焊接消耗材料.非合金鋼及細粒鋼的有和無氣體保護的金屬電弧焊接用管狀焊條.分類
  13. Abstract : the crystal structures obtained by static solidification and vibration solidification were compared. it was showed that, in the case of vibration solidification, the orientation growth of the columnar crystal was not obvious, the equiaxial crystal appeared more early. the grains of both types of crystals were quite fine, hardness in the full section was relatively high, and the hardness distribution was uniform. in the former case, the solute segregation in dendritical austenite more severe, and there were lumps of distortion inclusion

    文摘:對球鐵金屬型靜凝固與振動凝固的結晶組織對比表明：後者柱狀晶方向性生長較弱，等軸晶出現較早，且兩者的晶粒均較細，全斷面硬度較高且分佈均勻；前者枝晶奧氏體內溶質偏析大，有畸變夾雜團塊。
  14. In addition, the particles ' tough ceramic armor coating ensures that output stays high because it protects against energy - dissipating heat, oxidation and corrosion

    獨創的陶瓷膜金屬磁性微粒與確保磁帶準確、低摩擦走帶的背層新設計，無論是嚴酷的戶外錄制或是長時間的靜楨狀態都具有非凡的耐久性與可靠性。
  15. External firm is rornd, the surface is shine. it is atomized and shaped with stainless steel water. extensively applied in raising and cleaning up of the surface of nonferrous alloy and stainless products. after treatment, the surface of workpiece is glabrous, rustless and owns metallic luster

    由不銹鋼水霧化成形的圓球狀顆粒，表明光亮，用於有色金屬及不銹鋼製品的表面清理，強化及起毛處理，處理后的工件表面光潔、無繡、凸現出金屬光澤。
  16. Welding consumables - tubular cored electrodes for metal arc welding with and without a gas shield of non - alloy and fine grain steels - classification

    焊接用料.帶有和不帶非合金鋼及細粒鋼氣體保護的金屬電弧焊接用管狀芯焊條.分類
  17. The dramatically shape difference of gold and silver nanoparticles is largely attributed to the different reducing ability of the metal ions and coalescent ability with the capping agent

    而兩種金屬納米粒子的形狀完全不同的主要原因則主要來源於其離子被還原能力的差異和與包裹劑作用能力的不同。
  18. Welding consumables. wire electrodes and deposits for gas shielded metal arc welding of non alloy and fine grain steels. classification

    焊接消耗材料.非合金鋼和細晶粒鋼的氣保護金屬電弧焊用絲狀電極和沉積金屬層的分類
  19. Shape effect on the thermodynamic properties of metallic nanoparticles

    金屬納米微粒熱力學性能的形狀效應
  20. The photocatalytic action of layered nanocomposite semiconductor is based on the charge rapidly transferring from guest to guest or from guest to host layer to decrease electron - hole recombination, so as to improve photocatalytic activity. especially, this material can be recycled easily, and has potential applications in the area of environmental engineering

    層狀光催化納米復合材料是當前光催化材料科學研究領域中最活躍的研究方向之一，它是基於層狀化合物層間區域的納米空間結構，將半導體和貴金屬等客體引入其層間區域形成納米粒子，從而制得光催化納米復合材料。
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