氟金云母晶体以二维片层状方式生长，其生长过程受界面过程控制。
The growth of mica crystals is controlled by interface process, thus lamella mica crystals are formed.
非等温和等温结晶实验证明钙云母晶体的生长过程受界面跃迁过程控制。
It is confirmed by isothermal and non-isothermal crystallization test that jumping across the interface controlled the growth of Ca-mica.
试验结果表明，脆性材料的延性切削模式的实现是由于云母晶体对裂纹走向的引导和玻璃相的强烈的剪切变形能力的共同作用。
The test results show that the mechanism of ductile-mode material removal of the brittle material is attributed to a combination of.
一种粗粒的，深成的或侵入的长英质成分的火成岩，含石英、长石和云母的粗大晶体。
A coarse-grained, plutonic or intrusive igneous rock of felsic composition having large crystals of quartz, feldspar and mica.
目的：探讨云母微化处理对晶体结构、元素溶出的作用及介质对元素溶出的影响。
Objective: to investigate crystal structure of micro and raw mica and the effects of micro-prepared and media to solution of inorganic elements.
本发明还公开上述经过特殊处理的硅烷化云母基底在作为蛋白质晶体生长的基底材料中的应用。
The present invention also disclose the application of the specially treated silanized mica substrate as the substrate material for protein crystal to grow.
它的晶体结构、化学组成、物理和光学性质与普通白云母相同或类似，属于普通白云母。
The crystal structure, chemical composition, physical properties and optical features of the acicular muscovite studied are the same as, or similar to, those of ordinary muscovite.
它的晶体结构、化学组成、物理和光学性质与普通白云母相同或类似，属于普通白云母。
The crystal structure, chemical composition, physical properties and optical features of the acicular muscovite studied are the same as, or similar to, those of ordinary muscovite.
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