具有晶体织构的压电活性岩形成的可能机制

A. N. Nikitin, T. Ivankina
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引用次数: 4

摘要

在多晶岩石中,如果除了晶体电轴的优先取向外,这些轴还具有取向极性,则会发生体积压电效应。本文给出了导致具有压电性质的织构化岩石形成的过程和机制的一些特殊性的结论。利用中子衍射获得了具有配电活动的岩石的结构信息,这是对大型多晶样品结构信息最完整的方法。这些数据与样品电测量相结合,使解释石英颗粒的电轴如何在多晶体中排列成为可能。提出了三种可行的机制。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
On the Possible Mechanisms of the Formation of Piezoelectric Active Rocks With Crystallographic Textures
The volume piezoelectric effect in polycrystalline rocks occurs if, in addition to preferred orientations of electric axes of crystals, these axes have orientational polarity. The present paper allows conclusions about some peculiarities of the processes and mechanisms leading to the formation of texturized rocks with piezoelectric properties. Information on the textures of rocks with peizoelectric activity was obtained by means of neutron diffraction, which gives the most complete information on the textures of large polycrystalline samples. These data, in combination with sample electrometric measurements, make possible the explanation of, for example, how the electric axes of quartz grains aligned in polycrystals. Three practicable mechanisms are suggested.
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