amorphous alloy 中文意思是什麼

amorphous alloy 解釋
非晶質合金
  • amorphous : 玻璃態的
  • alloy : n 1 合金。2 （合金中的）劣等金屬。3 （金銀的）成色，成份。4 〈比喻〉攙雜品。vt 1 合鑄，熔合（金屬...
  1. Stress impedance properties of fecunbsib amorphous alloy strip

    非晶帶材壓磁效應研究
  2. Preparation and fracture behavior under monaxial compression at room temperature of zr57nb5cu15. 4ni12. 6al10 bulk amorphous alloy

    10大塊非晶態合金的制備及其室溫單軸壓縮斷裂行為
  3. Infiunce of anneal processes on piezomagnetic properties of fecunbsib amorphous alloy ' s strip

    非晶帶材壓磁效應的影響
  4. Influence of annealing conditions on stress impedance effect of fecunbsib amorphous alloy strip

    非晶帶材應力阻抗效應的影響
  5. A general review of amorphous alloy catalysts

    非晶態合金催化劑制備及其應用
  6. Control of the magnetism of electroless amorphous alloy coatings

    化學鍍非晶態合金磁性的控制
  7. Formation and crystallized behavior of mg65 cu25 y10 amorphous alloy

    10非晶態合金的形成及其晶化行為
  8. A new method of measuring activation energy of amorphous alloy

    測量鐵磁非晶合金激活能的新方法
  9. The most widely used techniques for the preparation of amorphous alloy catalyst are classified into rapid quenching method, chemical reduction method and impregnation - chemical reduction method

    通過驟冷法、化學還原法、浸漬還原法可以得到滿足不同催化反應需要的非晶態合金催化劑，並可以通過制備條件的變化調變催化劑的性能。
  10. Noticing that strong exothermic reaction due to large negative enthalpy of mixing can occur among major components of ti - zr - based quasicrystal alloy systems and zr - based bulk amorphous alloy systems, we developed for the first time a new technique for fabricating both ti - zr - ni systems quasicrystal materials and zr - al - ni - cu systems amorphous - based composite materials using laser - induced self - propagating reaction synthesis ( lsrs )

    注意到構成ti - zr基準晶合金體系和zr基大塊非晶合金體系的主要組元之間具有很大的負混合焓，因而能夠發生很強的放熱反應。利用這一特點，我們首次開展了激光誘導自蔓延反應合成ti - zr - ni系準晶材料和zr - al - ni - cu系非晶復合材料的探索研究。
  11. Micro structure and corrosion resistance of electro - deposition ni - w - p amorphous alloy

    非晶合金的組織結構與耐蝕性能
  12. Corrosion behavior of zr55al10cu30ni5 amorphous alloy in naoh solution

    溶液中的腐蝕行為
  13. Research development of mechanical alloying and amorphous alloy

    金剛石薄膜用鋼基表面過渡層研究進展
  14. Abstract : a brief introduction on the development of metal function almaterials and the trend in the lastest research and development is given, including the research and development at home and abroad, such as nanocrystalline material, bulk amorphous alloy, magnetic shape memory alloy, vaccum quenched material, etc

    文摘:簡述了金屬功能材料的發展概況，對近期研究開發的新動向進行了簡介，包括國內外研究發展和作者本單位的工作，如納米晶材料、大塊非晶態合金、磁性形狀記憶合金、真空快淬材料等。
  15. Research on decomposition of phosphine to high pure phosphorus using co - p amorphous alloy as catalyst

    非晶合金催化分解磷化氫制高純磷的研究
  16. The apparent activation volume calculated by the model is about 2500a3, which was ten times larger than that of usual amorphous alloy and was at the same range of the amorphous polymer. the model shows the main deformation mechanism of nanocrystalline ag is grain boundary sliding, which in some extent declares the similar forms of equation with amorphous alloys. with the ananlysis to the hrem of nanocrystalline ag, the discrepancy of the apparent activation volume between the nanocrystalline ag and amorphous alloys is interpreted by the loss of atoms participating in grain boundary sliding without enough reconstruction by the movement of atoms under the low temperature

    運用晶界滑移的熱激活理論對壓縮實驗結果進行了數值擬合，擬合曲線與實驗數據符合很好，得到了晶界滑移的表觀激活體積（熱激活基本單位體積與局域瞬態應變的乘積） ，約為2500a ~ 3 ，先當于幾十個原子體積大小的瞬態變化，約為非晶合金的10倍以上，與非晶高聚物的表觀激活體積相當。
  17. This paper focuses on recent progress of preparation of crystal alloy, nano - crystal alloy, amorphous alloy and composite electrode materials by the electrochemical method, and the mechanism of catalytic activity of hydrogen evolution reaction ( her ) is reviewed

    介紹了採用電化學方法制備晶態合金、納米晶合金、非晶態合金及復合金屬等析氫電極材料的研究進展，並對電極催化析氫機理進行了概述。
  18. Nano - crystallization alloy obtain from amorphous alloy fecunbsib by the shock wave

    幾種鐵基非晶合金激波誘導晶化中的若干奇異物理效應研究
  19. Al - cu - fe ternary nano - amorphous alloy was prepared using a planetary ball mill

    用行星球磨機制備了al - cu - fe三元納米非晶合金。
  20. As a kind of function cladding material, amorphous alloy cladding possesses the fine electromagnetism and static electricity protective performance as well as the fine physical chemistry function

    摘要非晶態合金鍍層作為一種功能鍍層具有優良的電磁、靜電防護性能，以及優良的物理化學性能。
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