15%) will produce impure phases at grain boundary. Large impurity particles decrease the texture degree of the 2223 phase and critical current density of the tape."/>

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Optimization of CaCuO2 Content in Bi-2223/Ag Tape Made by Two-Powder Process
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TM262

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    Abstract:

    CaCuO 2 content has been optimized for two powder process. The experimental results indicate that as precursor powders have 5% excessive CaCuO 2, the critical current density of tape increases about 10%. During the reaction process, excessive CaCuO 2 afford enough liquid phase which accelerate the 2223 phase formation, but too much CaCuO 2 (>15%) will produce impure phases at grain boundary. Large impurity particles decrease the texture degree of the 2223 phase and critical current density of the tape.

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[Zhou Hongguang. Optimization of CaCuO2 Content in Bi-2223/Ag Tape Made by Two-Powder Process[J]. Rare Metal Materials and Engineering,2001,(1):61~64.]
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  • Received:
  • Revised:February 15,2000
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