晶体成长

根据电极过程动力学和晶体成长理论解释了实验结果。

Results were interpreted from electrode kinetics and crystal growth theory .

本小组亦有兴趣于某些光学材料之晶体成长技术，以期能制成有用之固态可调雷射。

Crystal growth technique of some optical materials is also being studied hoping to manufacture useful tunable solid state lasers .

通过时间影响实验的结果，提出了VO2（B）中空类纳米球的晶体成长过程。

Based on the results of time dependent experiments , the growth process of VO2 ( B ) hollow like-nanosphere were proposed .

本研究表明.由热分解获得的α-Fe2O3晶体成长过程，具有一般固态结晶动力学的特点。

This paper indicates that the grown process of the α - Fe_2O_3 crys-tal from heat decompose has a characteristic of the common solid crystal kinetics .

分别讨论了结晶温度、平均停留时间、硫酸质量分数等因素对结晶成核速率、晶体成长速率以及晶体形状、大小的影响。

The effect of temperature , average residence time and density of sulphate acid were discussed on nucleation rate , growth rate and crystal shape .

原子在晶体里排成长长地平行链。

Atoms in the crystal are arranged in long , parallel chains .

然而，许多生物大分子晶体常常难以成长，一般小分子结晶的方法都不适合于大分子的晶体生长。

Unfortunately , many macromolecules are reluctant to crystallize and , usually , their lattice is not regular enough to provide diffraction data . Generally , the crystallization methods of small molecules are not suitable for crystallization of biomacromolecules .