合理地设计金属树枝单元的几何参数，六边形边长以及晶格周期，产生电磁谐振。
The geometric parameters, the hexagonal side length and the lattice period of the metal dendritic array units are reasonably designed to generate electromagnetic resonance.
在线性驰豫应变假设下给出了应变超晶格纵向原子间距的几何模型。
A model of linear strain relaxation is proposed to obtain the interatomic longitudinal spacings of the strained superlattice.
首先对其晶格进行了几何优化，优化后的晶格常数与实验相符。
The lattice optimization was performed at first in consistence with the experimental one.
首先对其晶格进行了几何优化，优化后的晶格常数与实验相符。
The lattice optimization was performed at first in consistence with the experimental one.
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