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Development of highly textured piezoelectric ceramics via templated grain growth

机译:通过模板化晶粒生长开发高质感压电陶瓷

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Textured polycrystalline piezoelectric materials are expected to provide improved properties compared to untextured ceramics, and low processing costs compared to single crystals. NexTech Materials is developing textured polycrystalline piezoelectric ceramics via Templated Grain Growth (TGG). In the TGG process, a number of large anisotropic template particles are oriented in a fine particle matrix in the green state, and grow during heat treatment, consuming the surrounding matrix grains and creating a crystallographically oriented ceramic. The keys to TGG processing are the development of the template and matrix components. Templates should be large, anisotropic and crystallographically isostructural with the matrix material. The matrix should be high surface area to provide sufficient driving force for densification and grain growth. The development of both components and their integration for the PMN-PT system be discussed.
机译:与无纹理的陶瓷相比,纹理化的多晶压电材料有望提供改进的性能,与单晶相比,其加工成本较低。 NexTech Materials正在通过模板化晶粒生长(TGG)技术开发带纹理的多晶压电陶瓷。在TGG工艺中,许多大的各向异性模板颗粒在未加工状态的细颗粒基质中取向,并在热处理过程中生长,消耗了周围的基质颗粒并形成了晶体学取向的陶瓷。 TGG处理的关键是模板和矩阵组件的开发。模板应该是大的,各向异性的,并且与基质材料在晶体学上是同构的。基质应具有较高的表面积,以提供足够的驱动力以致密化和晶粒长大。讨论了PMN-PT系统的两个组件的开发及其集成。

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