轮胎石的晶体形态:电子显微镜。

Investigative urology Pub Date : 1981-11-01
L U Ogbuji, B Finlayson
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引用次数: 0

摘要

干燥和新鲜提取的whewellite石样品通过光镜,扫描和透射电子显微镜检查,以确定有机(基质)和无机(晶体)相的空间分布。确定晶体相发生在取向团簇中,其中晶体以其宽面平行堆叠。TEM相对比成像显示,所有晶体之间存在100 A左右的间隙,暗场TEM成像结果表明,这些间隙中含有非晶相。因此,有迹象表明,基质夹在晶体之间,因此可能负责这些石头的凝聚力。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Crystal morphologies in whewellite stones: electron microscopy.

Both dried and freshly extracted samples of whewellite stones were examined by light, scanning, and transmission electron microscopy to determine the spatial distribution of the organic (matrix) and inorganic (crystal) phases. The crystalline phase was determined to occur in oriented clusters within which the crystals were stacked with their broad faces parallel. Phase contrast TEM imaging revealed gaps of the order of 100 A between all crystals, and the result of dark field TEM imaging showed that these gaps contain the amorphous phase. Thus, the indications are that the matrix is sandwiched between the crystals and may, therefore, be responsible for cohesion in these stones.

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