钴合金

gǔ hé jīn
  • cobalt alloy
钴合金钴合金
钴合金[gǔ hé jīn]
  1. 采用离子束增强沉积(IBED)等方法在热解碳、钛及钴合金等人工心脏瓣膜材料表面制备Ti-O、Ti-N及其复合薄膜。

    Titanium oxide film and titanium nitride film were synthesized on the surface of titanium , low temperature isotropic pyrolytic carbon and cobalt alloy by ion beam enhanced deposition .

  2. 概述了锌钴合金电镀的研究现状与发展概况。

    Development of zinc - cobalt alloy electroplating was reviewed .

  3. M2高速钢激光表面钴合金化的研究

    Study on Laser Surface Alloying of M2 High Speed Steel with Cobalt Powder

  4. 当在钨钴合金中加入TaC时,同样得到了这种棱角圆滑的组织结构。

    The same result was achieved when some TaC was added into WCo alloy .

  5. 采用金属蒸气合成法(MVS)制备了超微细铁钴合金催化剂,用于二氧化碳常压加氢,并对比了共沉淀法所得催化剂的反应性能。

    Ultrafine Fe-Co bimetallic alloy by metal vapor synthesis method ( MVS ) was used for hydrogenation of carbon dioxide .

  6. PDC钻头切削刃与钨-钴合金基体的磨损情况和较大接触应力、冲击载荷及较高的摩擦面温度引起的加速磨损,是导致PDC钻头钻遇硬的研磨性地层时磨损失效的主要原因。

    Because of the accelerating wear of PDC cutters caused by serious contact stress , stronger impact forces , and higher temperature on friction face , PDC bits failed to drill hard and abrasive formations .

  7. 加热炉用钴合金Co-20耐热垫块改进试验

    Improvement of Co-Based Alloy for Heating Furnace

  8. 研究了粒径为75~90μmCBN超硬磨料与镍钴合金复合电镀制CBN砂轮,建立了适当的工艺条件,并讨论了工艺条件对CBN在复合镀层中体积百分含量的影响。

    Composite plating of Ni-Co alloy with 75  ̄ 90 μ m cubic boron nitride superhard abrasive grain embedded for manufacturing CBN grinding wheel is studied . Woking conditions are optimized and their effects on percentage volume of CBN in the composite are also discussed .

  9. 对不同循环次数后的锡钴合金电极在0.05V处的阻抗谱分析表明,其电荷传递阻抗随着循环次数的增加不断增大,指示锂离子嵌入逐渐变得困难。

    From the Nyquist spectra of the Sn-Co electrode recorded in different cycles , we observed that the charge transfer impedance is gradually increased with the increase of cycles .

  10. 为大型电池制造商提供阴极材料、总部位于比利时的Umicore公司上月表示,将在未来3年将其韩国和中国工厂的镍锰钴合金材料产量提高2倍。

    Belgium-based Umicore , which supplies cathode materials to major battery makers , said last month it would triple production of nickel-manganese-cobalt materials at its plants in South Korea and China over the next three years .

  11. 复合材料模具表面电铸镍钴合金研究

    Study on electroformed nickel-cobalt alloy on the surface of composite mould

  12. 接触液体的部件:奥氏体不锈钢和钨铬钴合金6。

    Wetted parts : All Austenitic stainless steel and Stellite 6 .

  13. 稀土元素对镍及镍钴合金镀层性能的影响

    Effect of Rare Earth on the Performance of Nickel and Nickel-Cobalt Electrodeposits

  14. 镍-钴合金杆料激光冲击强化的实验和数值模拟

    Experimental and numerical simulation of laser shock strengthening of Ni-Co alloy pole

  15. 块体电沉积纳米晶镍及镍钴合金的微观结构和力学行为

    Microstructure and Mechanical Behavior of Electrodeposited Bulk Nanocrystalline Ni and Ni-Co Alloy

  16. 锡钴合金镀层表面膜的X光电子能谱研究

    XPS Study of the Surface Film on Sn-Co Alloy Deposit

  17. 制作磁隧道结的通用材料有二氧化铬和铁钴合金。

    Common materials for the MTJ include chromium dioxide and iron-cobalt alloys .

  18. 铁及铁钴合金在各种温度下接近饱和时的磁化

    Magnetization near saturation of iron and IRON-COBALTS at various temperatures

  19. 锌钴合金镀层结构与耐蚀性研究

    Study on the Corrosion Resistance and the Structure of Zn-Co Alloy Coating

  20. 含铬、硅、铝磁钴合金的预处理

    Pretreatment of Magnetic Cobalt - alloy Contained Chromium , Silicon and Aluminium

  21. 锌钴合金防腐蚀镀层的研究与应用

    Research and application of zinc - cobalt alloy plating film for anticorrosion

  22. 铜钴合金电极的光响应随含钴量而变化。

    The photocurrent of Copper-Cobalt alloys electrodes changes with the concentration of cobalt .

  23. 电镀钴合金的研究现状及发展趋势

    Researching Status and Developing Trends of Cobalt Alloy Electroplating

  24. 稀土在电沉积镍-钴合金中的作用

    Function of rare earth compounds electrodeposition of nickel-cobalt alloy

  25. 光亮剂对电沉积枪黑色锡-钴合金的影响

    Impact of Brighteners on Electrodeposition of Gun-Black Sn-Co Alloy

  26. 示波极谱法测定钴合金中微量铅

    Determination of Micro Amounts of Lead in the Cobalt Alloy by Oscilloscopic Polarography

  27. 电沉积纳米镍及镍钴合金的结构与性能研究铁耗少的恒导磁率铁镍钴合金

    Study on the Microstructures and Properties of Electrodeposited Nanocrystalline Ni and Ni-Co Alloy

  28. 用云纹干涉法测量和研究双层钴合金的挠度

    Deflection Measurement of Co-alloy Materials by Moir é Interferometry

  29. 从废高温镍钴合金中浸出镍和钴的试验研究

    Experimental Study on Leaching of Nickel and Cobalt From Waste High-temperature Ni-Co Alloys

  30. 阀座面:采用钨铬钴合金6,避免磨损和擦伤。

    Seating faces : Stellite 6 is used to prevent seizing and galling .