Low Sintering Temperature and High Piezoelectric Properties of Tb-doped (Ba_(0.859)Ca_(0.141)) (Zr_(0.106)Ti_(0.894)) O_3 Using CaCl_2 as Sintering Aid

机译：低烧结温度和Tb掺杂的高压电性能（Ba_（0.859）Ca_（0.141））（Zr_（0.106）Ti_（0.894））O_3使用CaCl_2作为烧结助剂

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Using CaCl_2 as sintering aid, the Tb-doped (Ba_(0.859) Ca_(0.141)) (Zr_(0.106) Ti_(0.894)) O_3 (BCZT) ceramics were fabricated by conventional solid-state reaction method. The sintering temperature of ceramics decreases from about 1450°C down to about 1300°C. The SEM micrographs show that all ceramics sintered above 1300°C are very dense and have clear grain boundaries. A piezoelectric coefficient of d_(33) 659 pm/V was obtained at 0.3 mol.% Tb-doped (Ba_(0.859) Ca_(0.141)) (Zr_(0.106) Ti_(0.894)) O_3 with CaCl_2 sintered at 1350°C and residual polarization of that can reach 11.70 μC/cm~2. The results indicated that the excellent piezoelectric property could be a promising candidate for electronic industry purposes.

机译：使用CaCl_2作为烧结助剂，通过常规固态反应方法制造Tb掺杂（Ba_（0.859）Ca_（0.141））（Zr_（0.141））O_3（BCZT）陶瓷。陶瓷的烧结温度从约1450℃降低至约1300℃。 SEM显微照片表明，所有烧结以上的陶瓷都非常密集，具有清晰的晶界。在0.3摩尔％的D_（33）659m / v的压电系数。％Tb掺杂（Ba_（0.859）Ca_（0.141））（Zr_（0.106）Ti_（0.894））O_3，CaCl_2在1350℃下烧结和残余偏振可以达到11.70μc/ cm〜2。结果表明，优异的压电性能可能是电子行业目的的有希望的候选者。

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《International Conference on Manufacturing Engineering and Intelligent Materials》|2017年|680p|共5页
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Hao-wei Lu; Jia-qi Lin; Li-zhu Liu;
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中图分类 TB3-53;
关键词
BCZT; Piezoelectric Ceramics; CaCl_2 Sintering Aid; Tb-doped;

机译：BCZT;压电陶瓷;CaCl_2烧结助剂;TB掺杂;

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Low Sintering Temperature and High Piezoelectric Properties of Tb-doped (Ba_(0.859)Ca_(0.141)) (Zr_(0.106)Ti_(0.894)) O_3 Using CaCl_2 as Sintering Aid

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