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Investigation of the formation mechanism of perovskite phase in (1-x)PST-xPT ceramics prepared by one-step-sintering-method

机译:一步烧结法制备(1-x)PST-xPT陶瓷中钙钛矿相形成机理的研究

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(1-x)Pb(Sc/sub 1/2/Ta/sub 1/2/)-xPbTiO/sub 3/ ceramics were synthesized by a conventional mixed-oxide processing (or named as one-step-sintering-method) sintered at 1100/spl deg/C/spl sim/1300/spl deg/C temperature. The XRD patterns showed the percent of the perovskite phase in the samples could be as high as 90%, the highest was up to 100% The perovskite forming impact factor F was defined as the times of tolerance factor and the percent of the ionic bonding in Pb(B/sub 1/, B/sub 2/)O/sub 3/ relaxor ferroelectrics. It was found that the calculated F's values can interpret very well our experimental results and the relative ease sequence of fabrication of the lead-based perovskite relaxor ferroelectrics.
机译:(1-x)Pb(Sc / sub 1/2 / Ta / sub 1/2 /)-xPbTiO / sub 3 /陶瓷是通过常规混合氧化物处理(或称为一步烧结法)合成的在1100 / spl deg / C / spl sim / 1300 / spl deg / C温度下烧结。 X射线衍射图谱显示样品中钙钛矿相的百分含量最高可达90%,最高可达100%。钙钛矿形成的影响因子F定义为公差倍数和离子结合的百分数。 Pb(B / sub 1 /,B / sub 2 /)O / sub 3 /弛豫铁电体。发现计算出的F值可以很好地解释我们的实验结果以及铅基钙钛矿弛豫铁电体的相对容易制造顺序。

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