face centered

All colloidal crystals have face-centered cubic structures and the structures are highly ordered.

实验结果表明,所得胶晶都具有面心立方结构,结构有序性相当高.

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 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。

X-ray diffraction analysis reveals the face centered constructure of films.

X射线衍射分析表明：NaF薄膜为面心立方晶体结构，并具有显著的择优取向；

Texture evolution during uniaxial tension of face centered cubic metal sheets

面心立方金属板材单轴拉伸织构的演变

Here, according to the classical theory of plastic deformation of the single crystal and slip characteristic of the face centered cubic with zincblende structure crystal, the reasons why the polygons came into being were clarified. The polygons'internal angle must be 60 ° or 120 °.

文中从经典的晶体范性形变理论和面心立方闪锌矿结构晶体所具有的滑移特性出发，阐明了出现在CZT（111）Cd面的多边形的形成机理，其内角必为60°或120°。

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。

Strict Analytical Solution of Phonon Spectrum in Three-dimensional Face Centered Cubic Crystal

三维面心立方晶体声子谱的严格解析解

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。

It was found that a cobalt-based solid solution with a face-centered cubic crystal structure is presented accompanied by the secondary phase M_7C_3 with a hexagonal crystal structure in the cobalt-based alloy coating.

结果表明，堆焊合金层主要是由面心立方的γ（Co）和六方结构的M7C3构成，并且在钴基固溶体中存在着许多堆垛层错。

Statistical theory of type I antiferromagnetism and ab alloy superlattice on a face centered cubic lattice-a series expansion method

面心立方点阵上Ising自旋1/2系统反铁磁性和AB合金超点阵的统计理论&配分函数的级数展开法

It is considered that the abnormal change of In melt is possibly due to the transition from resembling face centered cubic lattice at low temperature to random close-packed structure at high temperature.

In熔体黏度的异常转变可能是因为在熔点以上的低温区液态In的结构类似面心立方晶格，随着温度升高转变为无规密堆结构所致。

The microstructure analysis indicate that the nanowires are β SiC with face centered cubic structure.

对纳米线进行结构分析表明，本方法制备的纳米线为面心立方结构的βSiC。