片语

stationary plating bath固定式电镀槽

bright nickel plating bath光亮镀镍

plating nickel bath镀镍液

plating bath performance镀液性能

nickel-plating bath镍浴槽

platinum plating bath镀铂溶液

galvanic bath电镀池，电镀槽

trivalent chromium plating bath三价铬镀液

chemical plating bath化学镀液

chromium-plating bath镀铬槽

英汉例句

• the deposits obtained by the process has satisfactory appearance, corrosion resistance and hardness, and the plating bath has advantages of high covering power and current efficiency.

  该工艺得到的镀层外观漂亮，防腐性和硬度较好，镀液覆盖能力强，电流效率高。

• orthophosphite ions produced by oxidation of hypophosphite in an electroless nickel plating bath can be removed by precipitation with an alkali metal or alkaline earth metal cation such as calcium.

  在无电镀镍浴中因次磷酸根氧化而产生的亚磷酸根离子，可以通过堿金属或堿土金属阳离子如钙的沉淀作用而去除。

• cu and pb ions in the alloy plating bath and composition of its deposits.

  此法已被成功应用于测定锡-铜-铅合金电镀液及其镀层中的锡、铜和铅。

• the technological control method of nickelex and technology of plating bath purification are briefly discussed, that can give a reference for other technologists in this industry.

  通过对光亮镀镍工艺管理方法与槽液凈化技术的浅显探讨，为同行提供一种工作方法。

• rare earth elements can improve the plating bath performance and deposit quality, and has good application prospect.

  稀土添加荆可改善镀液性能，提高镀层质量，有良好的应用前景。

• objective try to find a method to determine the sulfate radicals in chromium plating bath with high iron ions.

  目的準确测定高含铁量镀铬液中硫酸根的含量。

• zinc and cobalt content in zinc cobalt alloy plating bath should be maintained in a suitable range so that corrosion resistant zinc cobalt alloy deposit can be obtained.

  为获得耐蚀性良好的锌钴合金镀层，必须维持镀液中的锌钴含量在工艺范围内。

• effects of time, order of adding reagents, contents of ethanediol, silver nitrate, acid copper plating bath and nitrate on scattering intensity of resonance light were studied.

  讨论了乙二醇用量、硝酸银用量、酸性镀铜液（底液）用量、硝酸用量、时间及试剂加入顺序对共振光散射强度的影响。

• this bath has the following advantages vs. the alkaline baths: ease of controlling plating bath composition, high cathode current efficiency and low operating cost.

  与堿性镀液比较，硫酸盐镀液具有成分易于控制、阴极电流效率高和操作成本低等优点；

• a method for continuous titration of boric acid and nickel chloride in bright nickel plating bath was presented.

  介绍了一种光亮镀镍液中硼酸和氯化镍的测定方法。

• the effect of bismuth sulfate content in plating bath and current density on current efficiency, bismuth content and morphology of obtained tin-bismuth alloy was studied.

  研究了镀液中硫酸铋含量和电流密度对镀层铋含量、电流效率及镀层表面形貌的影响。

• the availability of a cyanide-free cadmium plating bath with acceptable product quality has been suggested as an answer to simplified treatment needs .

  为了简化废水处理的需要，已建议采用产品质量合格的无氰镀镉浴。

• an ultra-fast nickel brush plating bath in which nickel ions is automatically replenished with soluble nickel anode is described.

  介绍了一种应用可溶性阳极的自补偿超快镍电刷镀液。

• an analytical procedure and calculation method on the content of copper, total pyrophosphate, phosphate and ammonium citrate in pyrophosphate copper plating bath were given.

  介绍了一种焦磷酸盐镀铜溶液中铜、总焦磷酸根、磷酸根、柠檬酸铵含量的分析方法和计算方法。

• the major problems of brush plating bath and the effect of soluble and non-soluble positive pole on various brush plating baths in iron plating are discussed.

  本文研究了电刷镀铁镀液存在的主要问题，可溶性阳极和不溶性阳极对电刷镀铁不同类型镀液氧化的影响及原因。

• an autocatalytic electroless plating bath for coating silver metal is also described.

  还公开了涂布银金属用的自催化的无电镀覆浴。

• the maintenence and treatment of the plating bath plays a decisive part in ensuring product quality and economic benefits of the plating shop.

  电镀槽液的管理和处理方法是决定电镀厂产品质量和经济效益的重要手段。

• concentration of boric acid in bright sulfate zinc plating bath was determined referring to the same method for chloride type zinc plating bath.

  将氯化物镀锌液中硼酸的测定方法用于测量光亮硫酸盐镀锌液中硼酸的含量。

• pure nickel deposits were obtained from the traditional watt nickel plating bath by pulse electroplating .

  采用传统的瓦特镀液通过脉沖电镀制得纯镍镀层。

• the corrosion resistance of deposits and covering power of the plating bath were tested respectively by neutral salt spray test and inner-pole method, and the hardness of deposits was also measured.

  采用中性盐雾试验测定了镀层的耐蚀性，采用内孔法测定了镀液的覆盖能力，并测定了镀层的硬度。

• the optimized immersion gold plating bath contains an organic additive which can slow down initiatory deposition rate, result in a slow dissolution of ni-p substrate.

  此工艺含有能够减缓镀金初始时沉积速率，又能降低对镍层腐蚀的添加剂。