光谱实验室
光譜實驗室
광보실험실
CHINESE JOURNAL OF SPECTROSCOPY LABORATORY
2010年
2期
464-467
,共4页
钕%锆%电沉积%分离%分光光度法
釹%鋯%電沉積%分離%分光光度法
녀%고%전침적%분리%분광광도법
Neodymium%Zirconium%Electro-Deposition%Separation%Spectrophotometry
研究了钕、锆在硫酸铵体系和氯化铵体系中单组分电沉积行为,在氯化铵体系中进行了钕-锆混合组分电沉积分离实验,结果显示在锆沉积率大于80%时钕未见沉积,可实现钕-锆的电沉积分离.
研究瞭釹、鋯在硫痠銨體繫和氯化銨體繫中單組分電沉積行為,在氯化銨體繫中進行瞭釹-鋯混閤組分電沉積分離實驗,結果顯示在鋯沉積率大于80%時釹未見沉積,可實現釹-鋯的電沉積分離.
연구료녀、고재류산안체계화록화안체계중단조분전침적행위,재록화안체계중진행료녀-고혼합조분전침적분리실험,결과현시재고침적솔대우80%시녀미견침적,가실현녀-고적전침적분리.
The effects of temperature, electric current and pH on the deposition yield of neodymium and zirconium in solutions of ammonium sulfate and ammonium chloride were studied.The electro-deposition was proposed for separation of neodymium and zirconium in ammonium chloride solution.While the deposition yield of zirconium was more than 80 %, the deposition yield of neodymium was still very small.So neodymium and zirconium could be separated by the electro-deposition.
