Crystal growth from boiling solutions

R. Rodriguez-Clemente , S. Veintemillas-Verdaguer , F. Rull-Pérez , K. Sangwal
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引用次数: 12

Abstract

This paper reviews the present status of crystal growth from boiling solutions. The understanding of the peculiar characteristic of this technique: high rates of growth, restricted aplicability to substances presenting complexing phenomena in solution, high crystal perfection, etc, makes interesting to analyze the structure of saturated solutions and the nature of crystal growth units.

After a discussion of the role of complex formation and solute association, metastable zone width, crystal solution interface and bubbling in boiling solutions in applying this technique, the experimental set-ups reported so far are narrated.

Finally, the macro and micromorphology, the growth kinetics and the perfection of the obtained crystals are described and discussed.

从沸腾溶液中生长晶体
本文综述了沸水晶体生长的研究现状。对这种技术的特殊特性的理解:高生长速率,有限的适用于在溶液中呈现络合现象的物质,高晶体完美性等,使分析饱和溶液的结构和晶体生长单元的性质变得有趣。在讨论了络合物的形成和溶质缔合、亚稳区宽度、晶体溶液界面和沸腾溶液中的气泡在应用该技术中的作用后,叙述了迄今为止报道的实验装置。最后,对所得晶体的宏观和微观形貌、生长动力学和完美性进行了描述和讨论。
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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