face-centered lattice

A face-centered cubic lattice. The space distribution law of D lattice point is revealed.

D晶格证明是面心立方晶格，并揭示了D格点的空间分布规律。

The binding energy of face-centered cubic lattice and hexagonal lattice for C_ ( 60) crystal was calculated by using the analytic interaction potential, the stability of different lattice was discussed and the reason why C_ ( 60) is general face-centered cubic lattice was explained.

用该表达式计算了C（60）分别为面心立方和六方晶格时晶体的结合能，讨论了不同晶格的稳定性问题，解释了C（60）晶体一般是面心立方的原因。

So, it can generate more realistic facial expressions by using the hybrid model. Finally, the face lattice deformation equation based on hybrid model was given, and a facial expression simulation system was designed and implemented. The system holds great expansibility.

最后，给出基于混合模型的人脸网格形变方程，并实现了一个扩展性很强的人脸表情模拟系统。

Simulation of face-centered cubic lattice's First Brillouin zone with 3-dimensional animation

面心立方晶格第一布里渊区的三维动画模拟

SEM and XRD results showed that Pd were uniform distributed on C/ TiO2 with face-centered cubic lattice, and both the Pd film and Pd wire were composed of Pd nanoparticles with diameter around 20 nm.

SEM和XRD分析表明，两种电极上Pd在C/TiO2上均匀分布、Pd具有面心立方结构，Pd膜与Pd线均由粒径约为20nm的Pd颗粒构成。

The quantitative relationship between quasi-particle geometry model and face-centered cubic crystal lattice has been proposed.

并推导出该拟质点几何模型与面心立方晶胞之间的定量数值关系。

TEM and XRD analysis showed that the Pd nanoparticles were face-centered cubic lattice with high crystallinity, and the average particle size was around 25 nm.

TEM与XRD分析结果表明，纳米Pd是面心立方结构、结晶度良好、Pd的平均粒径约为25nm。