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心立方

网络fcc; face-centered cubic; TNA PPV Turning Point

心立方

心立方

心立方

fcc

心立方(FCC)结构,这种结构被称为奥氏体.然而,镍并不是唯一具有此种性质的元素.常见的奥氏.. 全部>> 我来整理吖呶分享于 2…

face-centered cubic

...原子位於每一个角落和所有立方面中心，此结构称为面 心立方（face-centered cubic）（FCC）晶体结构。

TNA PPV Turning Point

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FCC face-centered cubic

...指原子在空间的排布没有长程有序的固体 2. 画出面心立方（FCC face-centered cubic），体心立方（BCC body-centered cubi…

1

X-ray diffraction revealed that the surface of SiO2 was surrounded by pure silver , and the silver had face-centered-cubic structure .

X 射线衍射分析表明，载银二氧化硅表面覆盖的为具有面心立方结构的纯单质银，无氧化银等杂质。

2

The quasi-continuum method was used to simulate the processes of early stages deformation in FCC Al nanoindentation .

采用准连续介质方法模拟面心立方（FCC ）铝单晶薄膜在纳米压痕下产生的变形过程。

3

body centered cubic is an arrangement of atoms which has the atoms sitting on the corners and at the geometric center of the unit cube .

体心立方是一个坐在角落和单位立方体的几何中心原子的原子安排。

4

The results indicate that the microstructure of silver is dendrite with FCC structure , which is composed of trunk, branch and leave.

结果表明，反应所得的产物为银枝晶结构，面心立方晶体。

5

As the Fe content is larger than or equal to 20%, the crystal structure of the alloy is body -centered cubic (BCC ).

当铁含量大于等于 20%时，反应得到的产物为体心立方（BCC ）单相结构。

6

face-centered cubic Au branched structure in CTAB system .

面心立方金支在 CTAB 体系结构。

7

Based on the fact, a novel ultrahigh-density data memory principle is proposed in this paper .

基于此，本文提出了利用体心立方晶体两态稳定性存储数据的超高密度数据存储方式。

8

the 1S and 2S energy bands of body-centered cubic lattice were calculated .

具体计算了体心立方晶格的 1S 能带和 2S 能带。

9

Calculation of the surface energy of FCC metals with modified embedded-atom method

面心立方金属表面能的改进嵌入原子法计算

12

Deformation Mechanism and Dependent Factors of the Mechanical Properties of Face-centered-cubic Nano-crystalline Metals

纳米面心立方金属的变形机制及影响其力学性能的因素

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15

Structure and formation of misfit dislocations in an epitaxial fcc film

面心立方晶体外延膜沉积生长中失配位错的结构与形成过程

16

Analysis of Energy Spectra of Spin Waves in Ferromagnetic Bilayers with BCC Structure

体心立方双层铁磁性薄膜中的自旋波能谱分析

17

Misfit Characters Effect on the Dislocation Structure and Nucleation Mechanism in FCC Epitaxial Crystals

失配性质对面心立方外延晶体失配位错结构及其形核机制的影响

18

The shape of Brillouin zone of body -centered cubic crystal is not normal dodecahedron

体心立方晶格的布里渊区形状不是正十二面体

20

FCC phase in polycrystalline titanium after tension deformation

经塑性变形的多晶钛中面心立方相的研究

21

Electronic structures and physical properties of FCC and metastable liquid Cu metals

面心立方和亚稳液相 Cu 的电子结构和物理性质

22

Anisotropy analysis of strain-energy density in bcc-polycrystalline films

体心立方多晶膜中应变能密度的各向异性分析

23

Effect of Extra Magnetic Field on Energy Spectra of Spin Waves in Ferromagnetic Bilayers with BCC Structure

磁场对体心立方双层铁磁性薄膜中的自旋波能谱的影响

24

The Expansion Coefficient and Elastic Modulus of Crystal with Fcc Structure

面心立方晶体的膨胀系数和弹性模量

25

Calculation of crystal plane spacing in centered cubic structure

有心立方晶格面间距的计算

26

Effect of number of unit cells of fcc photonic crystal on property of band gaps

晶格数目对面心立方结构光子晶体带隙的影响

27

Mechanical Analysis of Nano -Plate Material Model of FCC Single Crystal

面心立方单晶纳米板半连续力学模型及其性能分析

28

Study on the Hydrogen Brittleness Feature of Austenite

面心立方奥氏体合金的氢脆特征研究

29

Calculation of Plastic Strain Ratio in BCC Monocrystal

体心立方单晶体塑性应变比的计算

30

The coupled twins induced by impurity atom in FCC crystal

杂质原子在面心立方晶体中诱发的成对挛晶

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