晶体形成是指晶体是在物相转变的情况下形成的。物相有三种,即 气相、液相和固相。只有晶体才是真正的固体。由气相、液相转变成固相时形成 晶体,固相之间也可以直接产生转变。
... yielding labyrinth packing ==> 弹性迷宫汽封 yielding of crystals ==> 晶体形成 yielding of foundation ==> 基础沉陷 ...
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Determination the function of sigL gene will promoter to reveal regulatory metabolism for substance and energy during sporulation and crystallization in Bacillus thuringiensis.
通过对sigL基因的功能研究,有助于了解苏云金芽胞杆菌的发育过程中能量和物质代谢调节机制,揭示该σ因子在晶体形成等生理生化过程中的功能和作用。
参考来源 - 苏云金芽胞杆菌sigL基因功能的研究·2,447,543篇论文数据,部分数据来源于NoteExpress
这就是简单的晶体形成的静电原理。
长低于在其中的第一部分的晶体形成。
C. lower than that at which the first part of the crystals were formed.
冰晶体形成的叶片表面。
But look at the lattice energy, the Madelung energy component is huge which tells you that when ions form they really want to continue to glom onto one another and form that giant crystal.
看看晶格能,马德龙能很大,这告诉我们,当形成离子是,它们如果要继续的话,需要从另外一方夺取电子,形成巨大的晶体。
The question is can I show you, from an energetic standpoint, that the crystal is favored over having the discrete set of pairs?
我展示你的问题是,从能量的观点出发,晶体倾向于,形成分散的一系列的对?
And that is how come he got involved in this, obviously this is talking about crystal formation.
这也是为什么他会出现在这里,结晶学就是研究晶体的形成。
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