晶体学

X射线晶体学对造岩矿物研究的应用

Application of X-ray crystallology on studying rock - forming mineral

介绍了镁合金变形过程中孪生的晶体学、位错机理以及几何位向学；

The crystallology , dislocation mechanism and geometry of twinning during plastic deformation of magnesium alloys are overviewed in this paper .

P.versicolor龙虾D-甘油醛-3-磷酸脱氢酶的X射线晶体学研究&分子置换法结构测定

X-ray crystallographic studies of D-glyceraldehyde-3-phosphate dehydrogenase from P. versicolor lobster

最早用于研究生物大分子高分辨结构的是X射线晶体学。

X-ray crystallography was the first method for structural determination of macromolecular complexes .

为了测定这个结构，他们使用了一种称为X射线晶体学的方法。

To map the structure , the pair used a method called X-ray crystallography .

Fe－Mn－Cr－N奥氏体钢在低温下形变组织具有严格的晶体学特征。

Deformation microstructure in a Fe Mn Cr N austenitic steel shows strict crystallographic features .

Ca3MgSi2O8中Ce~（3+）的光谱及其晶体学格位

Spectra and Crystallographic Sites of Ce ~ ( 3 + ) in Ca_3MgSi_2O_8

并且Pb膜的外表面由特定的晶体学面组成。

The surface of Pb film is facetted by some crystalline planes with low index .

热浸渗铝钢中Al4C3相的晶体学特征

The crystallographic features of Al_4C_3 phase in hot-dip aluminized steel

X射线晶体学技术的发展及其在地球深部物质研究中的应用

The development of technology in X-ray crystallography and its application to the investigation of minerals in the depth of the earth

甘油醛-3-磷酸脱氢酶与辅酶类似物ATP及底物磷酸结合特性的晶体学研究

The crystallographic study of the coenzyme analog ATP and substrate phosphate binding to glyceraldehyde-3-phosphate dehydrogenase

B链氨端去－肽（B1）羧端去五肽（B26&30）猪胰岛素的初步晶体学研究

The preliminary crystallographic studies of des - B 1 - Des pentapeptide ( B 26 - 30 ) insulin

之后根据马氏体相变晶体学理论，我们编制了构造奥氏体及孪晶马氏体原子空间构型的matlab软件包。

Based on the crystallography theory of MT , we cast a matlab package to construct the spatial configuration of austenite and austenite-twinned martensite .

他说，迟至1980年代，X射线晶体学都还是一个很难的领域，现在一个年轻人就可以很快做好。

As late as the 1980s , he says , X-ray crystallography was a difficult field . Now a young person can do it quickly .

CML可以表示原子、分子和晶体学信息。

It provides a base functionality for atomic , molecular and crystallographic information .

里奇经过了很多年很多年的试错才终于通过X射线晶体学的手段，证实了克里克和沃森研究发现的双螺旋结构是正确的。

It took many years of trial and error before Rich proved , through X-ray crystallography , that the Crick and Watson double helix structure was correct .

文章从劳厄发现晶体X射线衍射的前因后果谈起.劳厄的这个发现产生了两个新学科，即X射线谱学和X射线晶体学。

A review is first given of the background of Laue ′ s discover which gave rise to two branches of science , X-ray spectroscopy and X-ray crystallography .

本文采用氩离子束轰击法，对不同晶体学表面形貌的CVD金刚石膜进行抛光处理。

To improve the surface roughness of CVD diamond films , ion beam milling was used to polish the film .

介绍了X射线毛细管光学元件的原理、特征和类型及其在蛋白质晶体学、微束衍射、微束光谱等方面应用新进展。

The basic principle , characteristics and classification of X-ray capillary optics and its application in the study of protein crystallography , micro-diffraction , micro-tomography and micro-spectroscopy are reviewed .

即通过纯化蛋白质、筛选和优化晶体、X射线衍射（或其他技术）等手段获得蛋白质的晶体学数据并对其三级结构进行解析。

We analyze the structure of proteins on the foundation of protein purification , crystal screen and optimization , as well as the X-ray diffraction ( or other methods ) .

定量电子晶体学硼对Ni3Al的电荷密度分布的影响

Quantitative electron crystallography the effect of Boron on charge density distribution in ni_3al

根据碳纤维的晶体学特点，提出了利用X射线衍射技术分析碳纤维/树脂基复合材料界面残余应力的新方法。

Based on the crystallography properties of carbon fiber , a method of determining the interfacial residual stress in carbon fiber reinforced epoxy composites by X ray diffraction technique was established in this paper .

在现代生物学研究中，最常用的方法包括X射线晶体学、二维核磁共振（2D-NMR）和低温冷冻电镜。

In modern biological structure research , the most widely used methods are X-ray crystallography , 2D-nuclear magnetic resonance , and cryo-electron microscopy .

北京同步辐射实验室生物大分子晶体学实验站在2003年10月开放运行期间，成功地完成了多波长异常散射（MAD）实验，并获得了满意的结果。

In the macromolecular crystallography station ( 3W1A ) of Beijing Synchrotron Radiation Facility ( BSRF ) the first MAD experiment was completed in Oct. 2003 and good results were obtained .

钢中fcc/bcc（bct）马氏体形核与长大的一种晶体学模型

A general crystallographic model of fcc / bcc ( bct ) martensitic nucleation and growth in steels

他的主要贡献是在X射线晶体学领域，被称为“新量子理论的诠释者”，似乎他能理解那几句无意义的废话。

His major contribution had been in the field of X-ray crystallography , and like Humpty Dumpty , who was able to explain the Jabbervocky , he was regarded as the ' interpreter of the new quantum theory to experimental physicists . '

通过物理数学模型的选择，提出与实际情况相近的简化数模，利用Bunge符号系统和晶体学处理方法，编制了金属板材成型性参数预测软件系统。

A computer software for the prediction of formability parameters of sheet metals through a choice of physical - mathematic mode and Bunge 's system has been developed .

初步Χ射线晶体学研究确定：此酶晶体属於C2空间群，不对称单位内含有半个分子，分子坐落在二重轴上。

The preliminary crystallographic study shows that GAPDH crystal belongs to C2 space group , there is only half molecule per asymmetric unit and the molecule located at the 2-fold axis .

将不变线理论和O点阵理论应用于fcc／bcc（bct）马氏体相变的可滑移生长界面的设计，建立了马氏体形核与长大的晶体学模型。

The crystallography of fcc / bcc ( bct ) martensite transformation , including nucleation and growth , has been discussed from the viewpoint of invariant-line and O-lattice theory .

利用这种新型工具，Luger和他的同事进行了X射线晶体学和生物物理学研究，来看甲基化怎样影响染色质和核小体结构。

With this new set of tools , Luger and her colleagues did x-ray crystallographic and biophysical studies to see how methylation affects the structure of chromatin and nucleosomes .