X-ray Topography of Hydrothermally Grown Emerald Single Crystals Using Laboratory and Synchrotron Sources

Barz RU; Bekker TB

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X-ray Topography of Hydrothermally Grown Emerald Single Crystals Using Laboratory and Synchrotron Sources

机译：利用实验室和同步辐射源对水热生长祖母绿单晶的X射线形貌

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Hydrothermally grown emerald crystals have been investigated by X-ray topography methods using both laboratory and Synchrotron sources. Because of the disintegration of the given nonsingular seed face (556) into smaller pyramidal faces, growth sectors have been formed. These are accompanied by growth bands consisting of the isochrones of the dopants that occur because of the fluctuating hydrodynamic conditions during the growth process. Both kinds of defects have been topographically detected and are discussed referring to their appearance on the imaged topographs.

机译：已经使用实验室和同步加速器源通过X射线形貌方法研究了水热生长的祖母绿晶体。由于给定的非奇异种子面（556）分解为较小的棱锥面，因此形成了生长扇区。这些伴随着由掺杂物的等时线组成的生长带，由于在生长过程中流体动力学条件的波动而出现。两种缺陷都已在地形上进行了检测，并针对它们在成像地形图上的外观进行了讨论。

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《Crystal growth & design》 |2009年第2期|共5页
作者
Barz RU; Bekker TB;
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正文语种 eng
中图分类晶体学;
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BERYL;

机译：绿柱石;

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1. X-ray Topography of Hydrothermally Grown Emerald Single Crystals Using Laboratory and Synchrotron Sources [J] . Barz RU, Bekker TB Crystal growth & design . 2009,第2期

机译：利用实验室和同步辐射源对水热生长祖母绿单晶的X射线形貌
2. Observation of dislocations and their arrays in physical vapor transport-grown AIN single-crystal substrate by synchrotron X-ray topography [J] . Yao Yongzhao, Sugawara Yoshihiro, Ishikawa Yukari, Japanese journal of applied physics . 2019,第SC期

机译：同步加速器X射线形貌观察物理气相传输生长的AIN单晶衬底中的位错及其排列
3. Observation of dislocations and their arrays in physical vapor transport-grown AIN single-crystal substrate by synchrotron X-ray topography [J] . Yao Yongzhao, Sugawara Yoshihiro, Ishikawa Yukari, Japanese journal of applied physics . 2019,第SC期

机译：通过同步X射线形貌观察物理蒸汽输送生长AIN单晶基板的位错及其阵列
4. Synchrotron X-Ray Topography Studies of the Evolution of the Defect Microstructure in Physical Vapor Transport Grown 4H-SiC Single Crystals [C] . M. Dudley, B. Raghothamachar, H. Wang, Gallium nitride and silicon carbide power technologies 3 . 2013

机译：物理气相传输生长的4H-SiC单晶中缺陷微结构演变的同步X射线形貌研究
5. Defects Analysis of Wide Bandgap Semiconductor Single Crystals via Synchrotron White Beam X-ray Topography [D] . Sun, Shun 2013

机译：同步加速器白束X射线形貌分析宽带隙半导体单晶的缺陷
6. Solving X-ray protein structures without a crystal: using X-ray Free Electron Laser the fourth generation synchrotron light sources [O] . Bo Huang 2010

机译：解决无晶体的X射线蛋白质结构：使用X射线自由电子激光第四代同步加速器光源
7. Synchrotron Radiation. IV. Study on Physical Property by Synchrotron Radiation. 6. Analysis of Lattice Distortion in As-grown Silicon Single Crystals by Plane-wave X-Ray Topography Using Imaging Plates. [O] . Yoshihiro KUDO 1998

机译：同步辐射。 IV。同步辐射的物理性质研究。 6.使用成像板通过平面波X射线形貌的生长硅单晶的晶格变形分析。
8. Synchrotron White Beam X-Ray Topography Characterization of LGX and SXGS Bulk Single Crystals, Thin Films and Piezoelectric Devices [R] . Dudley, M. 2007

机译：LGX和sXGs大块单晶，薄膜和压电器件的同步加速器白光束X射线形貌表征

X-ray Topography of Hydrothermally Grown Emerald Single Crystals Using Laboratory and Synchrotron Sources

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