In this paper a computer program was described, which is designed for analysis of polycrystalline electron diffraction pattern of a multi-phase system. 本文介绍为分析多相体系的多晶电子衍射图而设计编写的计算机程序。
Back-emission electron radiography X-ray diffraction pattern computer 反向发射式电子射线照相X射线衍射图谱计算机
Adopting the space-group extinction rule and simulating the electron diffraction pattern with computer, this paper proposed a new method for selecting the reduced quadrangle. 引入空间群消光规律,用计算机模拟电子衍射图,提出选取约化四边形的新方法。
Analysis of reflection high-energy electron diffraction pattern during SrTiO_3 homoepitaxy SrTiO3同质外延过程中的反射高能电子衍射图案分析
A new indexing method on the spots of high order Lane zone in electron diffraction pattern has been developed. 对于电子衍射谱的高级劳厄带斑点标定,提出一种新的方法。
Calibration of electron diffraction pattern of hexagonal clase-packed monocrystal on computer 六方单晶电子衍射花样的计算机标定
Old photos determination of texture state of thin film zro_2 by electron diffraction pattern 利用电子衍射照片确定ZrO2薄膜的织构状态
Obtaining the Electron Diffraction Pattern of Crystal with WDY-3 Type Electron Diffraction Instrument 用WDY-3型电子衍射仪获得单晶衍射图象
Electron diffraction pattern extinction and reduced quadrangle selection 电子衍射图的消光及约化四边形的选取
High resolution electron microscopy ( HKEM) and electron diffraction pattern ( EDP) indicated that there are three phases in the material which can be represented by Phase A, B and C, respectively. 高分辨电子显微术(HREM)及电子衍射图(EDP)分析表明,在这种材料中存在三种相,分别用A、B、C来表示。
The morphological examination was performed by transmission electron microscopy ( TEM), FT-IR and X-ray diffraction pattern to characterize the structure of the nanoparticles. 用透射电镜观察纳米粒子的形貌,傅立叶红外光谱和X衍射图谱表征其结构。
The selected area electron diffraction ( SAED) pattern of the twin was indexed by transforming matrix of hexagon crystal twin plan. 并采用六方晶系孪晶面的变换矩阵对孪晶电子衍射花样进行了标定。
The experiments of XRD, RAMAN, and selected area electron diffraction pattern showed the anatase of TiO2 in the TiO2/ Eu-MCM. XRD,RAMAN和选区电子衍射花样分析表明纳米复合材料中的TiO2为锐钛型。
Its electron diffraction pattern shows symmetrical and clear electron diffraction spots of single crystal and proved to be the electron diffraction pattern of single crystal by means of index with the parameters of unit cell of Nylon 1010. 对该晶体进行电子衍射,显示对称的清晰的单晶电子衍射斑点,用尼龙1010的晶胞参数标定电子衍射图,证明是单晶的电子衍射图。
Only one specimen was revealed the arced spots in the selected area electron diffraction pattern which may be caused by the precipitation of TiH_2. 本工作仅在一只试样的选区衍射花样中有弧形衍射斑,这最可能是TiH2析出的结果。
The electron diffraction pattern corresponding to the reciprocal planes consisting of common reciprocal points only will superpose on the matrix spots. 仅由相重倒易点构成的倒易面所对应的电子衍射图必定被基体的衍射斑点所覆盖。
Both of the superstructures induce an 8 × 8 electron diffraction pattern. 这两种表面超结构都可以形成8×8低能电子衍射花样。
This paper presents before the readers two important features of single crystal electron diffraction patterns in the cubic system. 1. In cubic system, whatever crystal electron diffraction pattern it is, you can find the rectangular spotty arrangement with or without center. 本文向读者展现出立方晶系单晶电子衍射谱的两个重要特征,它们是:1.立方晶系中,不论何种晶带的电子衍射谱,均可找到无心或有心的矩形斑点分布;
This paper presents a way for obtaining the electron diffraction pattern of crystal Mica film with WDY-3 Type electron diffraction instrument. 本文介绍用WDY&3型电衍子射仪获得单晶透射衍射图象的方法。
As the fluctuation of Cr content in austenite, the TEM analysis and electron diffraction pattern revealed, the tiny dispersed hard phase of ( Cr, Fe)_7C_3 was the cause of the modification austenite hardening. 根据奥氏体内铬浓度起伏、透射电镜分析及电子衍射花样标定,发现奥氏体中弥散分布的微细(Cr,Fe)7C3是变质奥氏体硬化的原因;其共晶碳化物呈碎块化、孤立化。
X-ray energy dispersion analysis ( EDAX) indicates that the chemical composition of Cd and Se is very close to 1 ∶ 1 stoichiometry. X-ray diffraction ( XRD) and electron diffraction pattern investigations demonstrate that CdSe nanowires are cubic CdSe crystal. X-射线衍射(XRD)和X-射线能谱(EDAX)结果表明,CdSe纳米线中Cd和Se的化学组成非常接近于1∶1,其结构为立方CdSe。
In the experiment, an electron diffraction pattern with twelve-fold symmetry was also observed. 在电子衍射实验中还见到了一种具有12重对称性的电子衍射花样。
Analysis method of electron diffraction pattern is presented finally. 对单晶电子衍射图象的分析方法也作了简要介绍。
Indexing of electron diffraction pattern of icosahedral phase in Al-Mn alloy Al-Mn合金中Ⅰ相电子衍射图指标化
A silver thin film has been producted by sputtering process and the electron micrograph and the selected area electron diffraction pattern of the silver thin film have been observed by TEM. 作者用溅射法制作了银薄膜,并通过透射电子显微镜观察了银薄膜的电子显微像和选区电子衍射环。
By methods of XRD and electron diffraction pattern, crystal form of the sample is proved to be of α-form. 通过XRD、电子衍射图谱等分析方法证明了样品晶型为α型。
The analysis of the electron diffraction pattern revealed. 经电子衍射分析表明,这是一种具有新的取向关系的η相。
Transmission scatting electron images, back scatting images, electron diffraction patterns of several orientations and high resolution structure images of Al-Mn-Si icosahedron quasicrystal are taken with TEM, and the X-ray powder diffraction pattern is also gotten. 应用透射电子显微镜,系统研究了Al-Mn-Si二十面体准晶,拍摄了透射扫描电子象、背散射电子象及不同取向的电子衍射花样、高分辨准晶结构象;
The single crystal chimney-like ZnO nanotube was confirmed by transmission electron microscope image and selection area electronic diffraction pattern of a single ZnO nanotube. 透射电子显微镜表明单根纳米管为烟囱状结构,同时选择区电子衍射图样指出纳米管为单晶结构。