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Growth and characterization of several piezoelectric crystals with an order langasite structure

机译:几种具有阶兰铁石结构的压电晶体的生长和表征

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STGS (Sr3TaGa3Si2O14), SNGS (Sr3NbGa3Si2O14), CTGS (Ca3TaGa3Si2O14) and CTAS (Ca3TaAl3Si2O14) were grown by using the Czochralski method. Selecting a suitable growth direction for the growth of large crystals is very important. STGS and CTGS is easily grown along the X-axis direction, and SNGS is easier to be grown along Y-axis direction than along X-axis direction. CTAS can be pulled along X-axis direction, but there was a serious opaque growth core defect. The measured piezoelectric stress coefficient and dielectric coefficient of crystals showed STGS, SNGS, CTGS and CNAS have similar piezoelectric performance, and the values of e11 are about 2 times than that of the quartz. In addition, the cost of CTAS is lower than that of other three crystals, which make CTAS become a more promising piezoelectric material.
机译:STG(SR 3 taga 3 si 2 O 14 ),sngs(sr 3 NBGA 3 si 2 O 14 ),ctgs(ca 3 taga 3 Si 2 O 14 )和CTA(CA 3 Taal 3 Si 2 o使用Czochralski方法生长<亚> 14 。选择合适的大晶体生长的生长方向非常重要。 STG和CTGS沿X轴方向容易地生长,并且SNGS更容易沿Y轴方向生长而不是沿X轴方向。 CTA可以沿X轴方向拉动,但有一个严重的不透明生长核心缺陷。测得的压电应力系数和晶体系数的晶体显示出STG,SNGS,CTGS和CNA具有相似的压电性能,并且E 11 的值比石英的值约为2倍。此外,CTA的成本低于其他三个晶体的成本,使CTA成为更有前途的压电材料。

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