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Mechanism on Increasing Electroanalysis Efficiency by Cathode Doping for the Metal Zirconium Prepared by Electro-Deoxidization in Molten Salt
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    Abstract:

    Metal zirconium was prepared by electro-deoxidization method by using CaCl2 molten as electrolyte, sintered ZrO2 and ZrO2 doped different mole CaCO3 pallets as cathode, graphite rod as anode. The pallets were electrolyzed at 900 ℃ and 3.1 V for 8 h. It is found that the rate of electro-deoxidization reaction for ZrO2 and the current efficiency were increased, and the reaction time of Electro-deoxidization was shortened by adding CaCO3.

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[Li Qingyu, Du Jihong, Xi Zhengping,,Li Zhengxian,,Yang Shenghong. Mechanism on Increasing Electroanalysis Efficiency by Cathode Doping for the Metal Zirconium Prepared by Electro-Deoxidization in Molten Salt[J]. Rare Metal Materials and Engineering,2009,38(9):1575~1579.]
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History
  • Received:November 28,2008
  • Revised:December 25,2008
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