alloy deposition

英 [ˈælɔɪ ˌdepəˈzɪʃn] 美 [ˈælɔɪ ˌdepəˈzɪʃn]

【电】合金沉淀

电力



双语例句

  1. Preparation of bulk amorphous Ni-P alloy by electrochemical deposition and its structure research;
    由于具有优良的性能,化学镀镍磷合金在工业上得到了广泛应用。
  2. A new technology that the tin-nickel-copper alloy deposition can be electroplated in the citrate acid system bath was introduced.
    研究了一种柠檬酸盐体系电镀锡镍铜合金新工艺。
  3. Effect of electroless nickel plating process for aluminium alloy on deposition rate of the coating;
    结果表明,优选出的的镀液稳定性相对较高、沉铜速度快、镀层外观较好。
  4. The Influence of Ce on the Ni-Fe Alloy Deposition Process
    稀土Ce对Ni-Fe合金性能的影响
  5. Study on the Hard Alloy Tools Deposition TiN Coatings by Glow Discharge
    硬质合金刃具辉光沉积TiN涂层的工艺研究
  6. Study on Ni-SiC composites coating on the aluminum alloy by electro deposition
    铝合金表面电沉积Ni-SiC复合镀层的研究
  7. The influence of Ni-Cu-P electroless plating bath composition, pH, temperature on the Ni-Cu-P alloy deposition rate, structure and properties was studied.
    研究了化学镀镍-铜-磷镀液的组成、pH、温度等工艺参数对化学镀镍-铜-磷镀层镀速和组织性能的影响。
  8. Ni-Mo-P Alloy by Electroless Deposition and its Properties
    化学沉积Ni-Mo-P合金及其性能
  9. Electroless Fe-P Alloy Deposition
    化学沉积铁磷合金
  10. The influences of laser on plasma arc beam form, width and depth of molten pool in the high temperature alloy powder deposition were investigated.
    研究了等离子激光复合熔积高温合金粉末过程中激光对等离子弧柱形态、熔积时熔深和熔宽等的影响。
  11. This paper studied the high-temperature oxidation resistance and the hardness after heat treatment on amorphous Ni-W alloy deposition.
    研究了Ni-W合金镀层的抗高温氧化及镀层加热处理后的硬度。
  12. Influence of current density on microstructure of nanocrystalline Zinc Nickel alloy deposition
    电流密度对纳米锌镍合金镀层显微组织的影响
  13. Neutral salt spray test shows that the corrosion resistance of Zn Fe alloy deposition containing 0.4~ 0.8wt% Fe is as tow times as that of Zinc coating at least.
    结果表明,含Fe质量百分比为0.4%~0.8%的Zn-Fe合金镀层的耐蚀性至少是普通镀锌层的2倍。
  14. A Study of Kinetics of Electroless Co P Alloy Deposition
    化学镀Co-P合金动力学的研究
  15. Microstructure in rapidly solidified Al-Li Alloy by spray deposition process
    喷射沉积快速凝固Al-Li合金的组织特征
  16. Research on Techniques of High-temperature Alloy Powder Deposition by Hybrid Plasma-laser
    等离子激光复合熔积高温合金粉末的工艺研究
  17. In addition, the process of Ni-S alloy film deposition and the relation of plating conditions and preparations were studied.
    此外还对Ni-S合金镀膜的形成过程及电镀条件与镀膜形成的关系进行了研究。
  18. Effects of citric acid on electroless Ni-P alloy deposition rate and properties
    柠檬酸对Ni-P合金化学镀沉积速度和镀层性能的影响
  19. Microstructure Characteristics and Phase Components of Al-Si-Ni-Cu-Mg Alloy by Spray Deposition
    喷射沉积Al-Si-Ni-Cu-Mg合金的显微组织和相组成
  20. Ni-P Alloy Chemical Deposition Used for Surface Protection of Elastomer of Load Cells
    传感器弹性体采用镍&磷合金化学镀进行表面防护的工艺实践
  21. Improving Alloy Electroformed Layer Deposition Distribution by Using a Conformal Anodes
    用优化象形阳极改善合金电铸层的沉积分布
  22. Study of nanocrystalline Co-P alloy electroless deposition and its influencing factors on deposition rate
    化学沉积纳米晶Co-P合金及其沉积速率影响因素的研究
  23. The results show that the process of Ni-B alloy deposition is the type of induced deposition.
    阴极极化曲线实验结果表明NiB合金电沉积是典型的诱导共沉积类型。
  24. The results showed that when the amorphous Ni Mo P alloy deposition layer was heattreated at different temperatures, the structure of the deposit changed in sequence of amorphous state-mixed state-crystalline state and thus the hardness and corrosion resistance were changed accordingly.
    结果表明,NiMoP合金的非晶态镀层,经过不同温度热处理后,镀层结构以非晶态→混晶态→结晶态的顺序变化,镀层的硬度和耐蚀性也因此发生了相应的变化。
  25. Also, it carries out a XRD analysis of the structure of Ni-Mo alloy deposition layer.
    利用XRD研究了Ni-Mo合金沉积层的结构。
  26. Preparation of Electroless Plating Ni-Cu-P Ternary Alloy Deposition and Study on Its, Microstructure and Property
    化学镀镍-铜-磷三元合金层的制备及其组织与性能研究
  27. Microstructures of Calcium Phosphate Coating on Ti Alloy by Dipping Deposition
    钛合金表面液相沉积磷酸钙涂层的组织结构
  28. PTFE together with Ni, P alloy deposition, reducing the coefficient of friction and wear of coating enhances the friction-reducing, self-lubricating coating performance.
    PTFE与Ni、P合金共沉积,降低了镀层的摩擦系数及磨损率,增强了镀层的减摩、自润滑性能。
  29. The Ni-Fe alloy deposition has a number of good properties such as nice wearability and good hardness working at a high temperature.
    Ni-Fe合金镀层具有优良的耐磨性、良好的热硬度。