Homogeneity of elastic properties of lanthanum gallium silicate crystals

B. A. Dorogovin, S. Stepanov, G. Semenkovich, A.B. Doubovski, I. Philippov, Yu.P. Buglov, G. V. Danilova
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引用次数: 3

Abstract

The ample prospects of growing the crystals of langasite family with diameter up to 85 mm have not been realized completely because of the absence of effective crystal quality testing methods. Efforts of researchers have largely concentrated on the development of concrete components for piezoelectric technique and acoustic electronics. But at serial production of the devices the manufacturers constantly collide the problems of the properties non-uniformity in a bulk of a crystal (repeatability of parameters) and a spread in technical parameters when the crystals from different suppliers are used. These phenomena are connected with the fact that the properties of langasite crystals change considerably depending on initial chemical components purity, technology of crystalline blend preparation and growth conditions. Using the method for testing the properties uniformity will speed up the development of langasite growth technology and will ensure the release of the items on the basis of this mineral on an industrial scale.
硅酸镧镓晶体弹性性能的均匀性
由于缺乏有效的晶体质量检测方法,生长直径达85 mm的langasite族晶体的广阔前景尚未完全实现。研究人员的努力主要集中在压电技术和声学电子学的混凝土部件的开发上。但在设备的批量生产中,当使用不同供应商的晶体时,制造商不断遇到晶体特性不均匀(参数可重复性)和技术参数分散的问题。这些现象与langasite晶体的性质随初始化学成分纯度、晶体混合制备技术和生长条件的不同而发生很大变化有关。采用该方法测试其性质均匀性,将加速langasite生长技术的发展,并将确保以该矿物为基础的产品在工业规模上的释放。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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