1) Nickel stripper
退镍液
2) Cu-Ni deplating wastewater
铜镍退镀液
3) non-cyanidation climinate nickel
无氰退镍
4) Ni-stripper
退镍剂
1.
This paper’s main content includes the current development of Ni-stripper used in the PCB industry,and three usual types Ni-stripper are analysed synthetically.
文章介绍了PCB行业退镍剂的发展现状,并对三种常见类型的退镍剂进行了综合分析。
5) nickel-plating solution
镀镍液
1.
A new aqueous phase spectrophotometric method was established to determine the trace Cu~(2+) in nickel-plating solution,by taking into account the color-displaying reaction of Cu~(2+) with biscyclohexanone oxalyldihydrazone(BCO) and acetaldehyde.
为寻找水相镀镍液中微量铜的光度分析新方法,研究了铜与双环己酮乙二酰二腙(BCO)和乙醛的显色反应,建立了水相测定镀镍溶液中铜的光度分析新方法。
6) Nickel electrolyte
镍电解液
1.
Study on extraction removal of Cu( Ⅱ) with 2-hydroxy-4-sec-octanoyl diphenyl-ketoxime from nickel electrolyte;
用2-羟基-4-仲辛氧基二苯甲酮肟从镍电解液中萃取除铜的研究
2.
A satisfying result was presented with it and anion exchanger measuring micro amount of elements in nickel electrolyte.
使用该装置对某公司的高盐的镍电解液中的痕量元素采取阴离子交换树脂富集分离的方法 ,进行分析 ,给出了比较满意的结
3.
Removing trace lead and zinc from nickel electrolyte is an important step in the process of nickel refinery.
镍电解液中除微量铅、锌是镍精炼过程的一个重要步骤。
补充资料：退镀
分子式：
CAS号：
性质：从基体金属或底层上去除镀层的过程。要根据镀层的性质和厚度采用相应的方法，主要方法有机械磨除、化学或电化学溶解。
CAS号：
性质：从基体金属或底层上去除镀层的过程。要根据镀层的性质和厚度采用相应的方法，主要方法有机械磨除、化学或电化学溶解。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条