plating bath 中文意思是什麼

plating bath 解釋
電鍍槽。

  • plating : n. 1. （電）鍍，噴鍍；鍍金（術）。2. 鍍層；外覆金屬板；【造船】（全部）船殼板；（兵艦等的）裝甲。3. 【攝影】曬相。4. 懸賞賽馬。
  • bath : n （pl baths ）1 沐浴，洗澡。2 浴缸；澡盆。3 浴室，（公共）澡堂。4 〈常 pl 〉（豪華的）大浴場；溫...
  1. Titration of zn2 and cu2 in brass plating bath with 5 - br - padap indicator

    作指示劑滴定黃銅鍍液中的鋅和銅
  2. The availability of a cyanide-free cadmium plating bath with acceptable product quality has been suggested as an answer to simplified treatment needs.

    為了簡化廢水處理的需要，已建議採用產品質量合格的無氰鍍鎘浴。
  3. Rapid analysis of iron impurity in the acidic zinc - plating bath

    酸性鍍鋅溶液中鐵雜質的快速分析
  4. Regeneration of spent electroless ni - cu - p plating bath

    玻璃纖維化學鍍鎳鈷磷合金廢液的處理與回用
  5. Control of the stability of plating bath for electroless nickel plating on aluminum alloy

    鋁合金化學鍍鎳槽液穩定性的控制
  6. Rapid determination of nickel in the acidic brightening tin - nickel alloy plating bath

    酸性光亮鍍錫鎳合金鍍液中鎳的快速測定
  7. Treatment and recovery of spent electroless nickel - cobalt - phosphorous alloy plating bath by glass - fiber

    玻璃纖維布化學鍍鎳磷合金耐腐蝕性研究
  8. Some technical innovations inspired from practice part v removal of copper impurity from acidic bright tin plating bath

    光亮酸性鍍錫液中銅雜質的去除
  9. We make use of double complexing agents and double quickening agents in the composite plating techniques which enable to increase the deposition rate and to obtain a more stable plating bath

    在復合鍍工藝中，採用雙絡合劑、雙加速劑來提高鍍速和穩定鍍液。
  10. By study we find the activeness of carbon nanotube may be enhanced after oxidization, sensitization and activation. then we consider temperature, ph and composition of plating bath, in order to make the speed of coating as possible as slow

    通過研究，發現經過研磨、氧化、敏化、活化后，可以提高碳納米管表面的活性，通過改進鍍液成分， ph值以及溫度等，使沉積的速度盡可能的低。
  11. To obtain the good composite coating, the effects of nanoparticles on improving the bath quality of electro - brush plating are discussed from the nature of nanoparticles

    摘要為獲得性能優異的復合鍍層，從納米粒子的性質出發，探討了納米粒子對電刷鍍鍍液性能的影響。
  12. Meanwhile, fundamental principles about electroless tin plating by reducing agent and disproportionation reaction were explained. function of every component in the bath was explained that complexing agent can effectively change the potential of copper and tin, and accelerate the beginning of replacement reaction favorably ; reducing agent can increase the rate of chemical reaction and has the effect of promoting reaction dynamics too ; antioxidant can effectively prevent sn2 + in the bath from being oxidated ; additive agent a can improve the stability of the bath ; additive agent b has such effects as refining and brightening for the tin deposits, and it enlarges the range of brightening section ; additive agent c used as leveling agent can not only make the depostis level off, but also improve the dispersive ability of the bath ; surface - active agent can solve bubble problem which gathered on the surface of the deposits, and improve the surface quality of the deposits and the bath stability

    闡述了鍍液中各組分的作用：絡合劑能有效地改變銅、錫的電位，促使初期的置換反應順利進行；還原劑能加快化學反應速度，對反應動力學有積極的促進作用；抗氧化劑能有效地防止鍍液中sn ~ （ 2 + ）的氧化；添加劑a能提高鍍液的穩定性，添加劑b對鍍層能有細化和光亮作用，擴大了鍍層光亮區的范圍；添加劑c作為平滑劑，不僅能增強鍍層表面的平整性，而且能提高鍍液的分散能力；表面活性劑較好地解決了化學鍍過程中汽泡在鍍件表面聚集的問題，提高了鍍層的表面質量和鍍液的穩定性。
  13. Potassium chloride zinc plating technology was introduced, and the use and maintenance of galvanizing bath and passivation solution were detailed demonstrated, as well as some prevention and treatment suggestion were provided to the common troubles in actual process

    摘要介紹了氯化鉀光亮鍍鋅工藝，並主要就氯化鉀鍍鋅液及鈍化液使用、維護作了較詳盡的闡述，同時針對在實際使用過程中出現的常見故障提出了預防、處理意見。
  14. The process and alkaline bath composition of barrel ni plating for lr6 battery cases was described. the recent trend of ni electroplating for battery cases was also pointed out

    對堿性電池鋼殼的滾鍍鎳技術進行了工藝分析，介紹並探討了有關工藝技術和鍍液配方，還介紹了國外鋼殼電鍍的發展新趨勢。
  15. Research on metal - plating on diamond surface in a vacuum salt - bath

    金剛石表面真空鹽浴鍍覆金屬的試驗研究
  16. When the bath load was increased, the plating rate was shortened. the effects of bath composition and plating conditions on the composition were also investigated. the x - ray analysis showed that edta and the stabilization agent can effectively increase the content of the copper oxidation in the composite powders

    粉體x ray分析的結果表明，絡合劑對防止鍍液中的氫氧化銅的產生起來關鍵作用，而氫氧化鋼是產生氧化亞銅的直接原因，因而選用edta作為絡合劑，以及合適的量，可以減少二射線中的氧化亞銅的饅頭峰。
  17. This paper determines the technological process, bath formularizstion and experimental parameter of electroless multicomponent cobalt based soft magnetic film with rare earth elements joined such as co - ni - b - re and co - fe - b - re by the means of perpendicular experiment and regression analysis. this paper also studies the active mechanism of rare earth elements, ultrasonic irradiation and magnetic field on the plating process, chemical component, surface configuration, microstructure and properties of electroless multicomponent cobalt based soft magnetic film in the way of examining in the component, microstructure and properties of such alloy

    本文採用正交實驗和回歸分析的方法，確定了稀土化學沉積co - ni - b - re 、 co - fe - b - re多元鈷基軟磁薄膜的工藝流程、鍍液配方和實驗參數，並通過對合金鍍層的成分含量測定、形貌結構分析和力學磁學性能評估，研究了稀土元素、超聲波、磁場介入化學沉積多元鈷基軟磁薄膜工藝后，對合金成分、結構和性能的作用機制。
  18. On the basis of electroplating and immersion plating tin, and through large numbers of experiments, a new process of electroless plating tin in acid chloride bath solutions including sncl2 2h2o, nah2po2 h2o, special complexing agent, additive agent, stabilizing agent and antioxidant, was established. continuous self - catalyzed deposition of tin on copper substrate was achieved successfully, and half - bright and silvery - white tin deposits with excellent properties were obtained

    本文是在電鍍錫、浸鍍錫工藝配方的基礎上，通過大量的試驗，確立了一種以氯化亞錫、次亞磷酸鈉和特定的絡合劑、添加劑、穩定劑，抗氧化劑為基本鍍液組成的酸性氯化物化學鍍錫體系，成功地在銅上實現了錫的連續自催化沉積，獲得了性能優異的半光亮銀白色錫鍍層。
  19. It was found that before the plating, there is section time to gestating, that we call the " gestating time " and the plating was ended spontaneously after some time, named " plating time ". the analysis of the solution after plating indicated that the too much decrease of ph value results in the reaction to be stopped. the plating time was shortened when the ph and the temperature of the bath were increased

    結果表明，鍍液ph浙江大學碩士學位論文范啟義2003年3月摘要值、施鍍溫度提高，由於反應的速度加快，使反應時間縮短；硫酸銅濃度提高，有助於加快反應速度，從而縮短反應時間； edta濃度提高，使鍍液穩定性升高，對反應時間的影響等效于硫酸銅濃度的降低；而甲醛濃度提高，雖然反應的速度加快，但由於可用於還原的量增加，因此反應時間增加；裝載量提高，因能鍍覆的表面積增加，使反應時間縮短。
  20. Electroless nickel plating technology of az91d magnesium alloy in nickel sulfate bath

    鎂合金上硫酸鎳體系化學鍍鎳工藝
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