Electroplating bath

美 [ɪˈlektrəpleɪtɪŋ bæθ]英 [ɪˈlektrəpleɪtɪŋ bɑːθ]
  • 网络电镀浴;电镀槽
Electroplating bathElectroplating bath
  1. Management of Electroplating Bath and Operation Control

    电镀槽液管理和操作过程的控制

  2. Continuous determination of copper and tin content in Cu-Sn alloy electroplating bath

    铜锡合金电镀液中铜、锡含量的测定

  3. Effects of Pulse Parameters on Silver Plating Properties of Sulfosalicylic Acid Silver Electroplating Bath

    脉冲参数对磺基水杨酸镀液镀银性能的影响

  4. The dispersion effects of several typical kinds of surfactants on nickel electroplating bath were studied .

    以镍电镀液为分散介质,研究了几种典型类型表面活性剂的分散效果。

  5. Study on Dispersion of Carbon Nanotubes in Pb-Sn Electroplating Bath

    碳纳米管在铅锡镀液中的分散性研究

  6. Determination of Content and Consuming Rate of Benzalacetone in Zn Electroplating Bath

    镀锌液中苄叉丙酮含量与消耗速率的测定

  7. Study on Separation and Determination of Additives in Acid Zinc Electroplating Bath BY RP HPLC

    反相高效液相色谱对酸性镀锌液中添加剂分离与测定的研究

  8. Preparation of Ni Nano - Al_2O_3 Composite Electroplating Bath

    镍-纳米氧化铝复合电镀液的制备及影响因素研究

  9. Quick Determination of Chromic Anhydride in Chromium Electroplating Bath Solution

    电镀铬液中铬酸酐含量的快速测定

  10. Secrets of metal impurities in alkaline cyanide - free zinc electroplating bath

    环保锌中金属杂质的秘密

  11. Cyanide-free Electroplating Bath for The Deposition of Gold and Gold Alloys

    无氰镀金及其合金

  12. A Study on Stability of Nano-ZrO_2 in Ni-based Electroplating bath

    纳米ZrO2在Ni基电镀液中悬浮稳定性的研究

  13. Determination of the content and consumption rate of softener A in acid potassium chloride zinc electroplating bath

    酸性氯化钾镀锌液中A柔软剂含量与消耗速率的测定

  14. Elimination of Cr (ⅵ) in Trivalent Chromium Chloride Electroplating Bath

    氯化物三价铬电镀液中六价铬离子的去除方法及效果

  15. Effect of concentration of sodium tungstate in electroplating bath on properties of nickel-tungsten-phosphorus Ternary Alloy

    钨酸钠加入量对铜基镍-钨-磷合今镀层性能的影响

  16. A method of determination of copper concentration in zinc chloride electroplating bath with copper ion selective electrode was tested .

    试验了用铜离子选择电极法测定氯化物镀锌液中的铜离子的质量浓度。

  17. The method was applied to determine Co ~ ( 2 + ) in acidic gold electroplating bath with satisfactory results .

    此法用于测定酸性镀金液中钴的含量,结果令人满意。

  18. Trouble-Shooting Cases of Bright Nickel Electroplating Bath

    亮镍镀液故障排除三例

  19. The result showed that the mode of sample entering electroplating bath with electrification and without impact current could made the adhesion harder .

    研究结果表明选择带电入池,无冲击电流方式时,可增强银镀层的结合力。

  20. A Study on the Complex State of Ni ~ ( 2 + ) in the Electroplating Bath of Sn - Ni Alloy

    Sn-Ni合金电镀液中Ni~(2+)的络合状态研究

  21. Spectrophotometric Determination of Cr ( VI ) in Electroplating Bath by Fading of Gallocyanine

    棓花青褪色光度法测定镀铬液中的铬

  22. A citrate electroplating bath for bright tin-lead alloys

    柠檬酸体系光亮镀铅锡合金

  23. Sn-Ag Alloy Non - CN Electroplating Bath

    cn下载的。Sn-Ag合金无氰电镀液

  24. The method was applied to determine Co ~ ( 2 + ) in gun-black tin-cobalt alloy electroplating bath with satisfactory results .

    该方法用于测定锡-钴枪黑色合金镀液中钴的含量,结果令人满意。

  25. The Pd-Ni electroplating bath types and characteristics are comprehensively introduced , the methods improved property of Pd Ni coating to adapt to electron industry are also presented .

    综述了钯镍合金常见的镀液类型及其特点,介绍了一些改进和提高镀层质量以适应电子工业技术要求的措施。

  26. Spectrophotometric determination of Co ~ ( 2 + ) in tin-cobalt alloy electroplating bath with fading reaction of ponceau S

    丽春红S褪色光度法测定锡-钴合金镀液中的钴

  27. Synthesis of 3 - ( Pyridinium ) - Propane Sultane as a New Brightening Agent for Electroplating Bath

    新型电镀光亮剂吡啶丙烷磺酸内盐的合成

  28. JP-2000192279 , Cyanide-free electroplating bath for silver and silver alloy coating , using fatty sulphurous compounds that are stable for a relatively long time .

    本文介绍了国内无氰镀银研究情况,部分翻译了日本专利特开2000-192279,介绍银及其合金的无氰电镀液组分及工艺,镀液比较稳定。

  29. Determination of the Content of Fe ~ ( 2 + ) 、 Fe ~ ( 3 + ) in Electroplating Bath for the Ni - Fe Alloys Deposition

    镍铁合金镀液中Fe~(2+)、Fe~(3+)含量的测定

  30. The fused salts as solvents for preparing electroplating bath have some important features , that is , their wider temperature range of liquid state and larger " electrochemical window " .

    用熔盐作为制备金属电沉积槽液的溶剂具有液态温度范围广和电化学窗口大等优异特点。