晶胞

这表明近化学计量比LiNbO3晶体锂铌摩尔比增加，晶体内的本征缺陷减少，从而晶胞收缩，晶格更加接近理想结构。

The intrinsic defects in stoichiometric LiNbO_3 crystal decrease with the increase of Li molar concentration and the shrinkage of structure cell , which leads to the approach of ideal crystal lattice structure .

DSC和WAXD法所测结晶度均偏离共混物的线性加和值，而晶胞参数则随共混物组成变化出现最小值，表明HDPE和LDPE可以形成共晶相容体系。

The changes in T_c , T_m , degree of crystallinity , and parameters of unit cell , observed by DSC and WAXD , showed the presence of HDPE / LDPE cocrystallite .

最小二乘法晶胞常数修正和衍射指标化BASIC程序

Basic Programs for Cell Parameters Refinement by Least Square and for Index of Diffraction Lines

蜂窝IP概述晶胞参数检索

Overview of Cellular IP Network The Search of Crystal Unit Cell

X射线衍射外推法精确测定晶胞参数

Accurate determination of lattice constant by extension function method of X-ray diffraction

用x射线形貌研究半绝缘砷化镓单晶胞状结构

Study on the cell structure in semi-insulation gallium arsenide

多晶X射线衍射图指标化和晶胞参数求解的通用计算方法

A general method for indexing the X-ray powder diffraction patterns and for lattice constants calculation

PE，PP晶格内应力和晶胞参数变化的关系

Relationship between internal stress and unit cell parameters of PE and PP

通过XRD测定了它的晶格结构和晶胞参数。

Its crystal lattice structure and parameters were tested by XRD .

X射线衍射测量2∶17型稀土-过渡族化合物晶胞参数和体积的计算程序

Program for Calculating the XRD Measuring Unit-cell Parameters and Volumes of R_2T_ ( 17 ) Compounds

X射线粉末法，特别是晶胞参数测定方法在造岩矿物研究中的应用；

X-ray powder method , especially determination of cell dimensions applied to studies of rock-forming minerals ;

CA吸附模拟核素Cs+后的晶胞体积总体增大，β角总体减小。

Unit cell volume of CA adsorbed simulated nuclide Cs + increased ,β angle decreased .

结构的单一固溶体相，其晶胞常数随Mn含量的增加而逐渐减小。

Structure and the lattice constant reduces with the increase of manganese content .

LMPM/PP复合材料中PP的晶体形态与晶胞结构

Crystalline Phase Structure and Crystalline Melt Behavior of Polypropylene in LMPM / PP Composites

我们调查了组成x对产物结构，晶胞常数和紫外-可见吸收性能的影响。

The effects of composition x on the structure , lattice parameters and UV-Vis absorption properties were investigated .

该区绿泥石的X射线粉晶衍射测试结果显示其晶胞参数值均小于标准值。

The XRD test result manifests that the unit cell values of chlorite are both lower than standard .

使用Q函数求解低对称晶系矿物晶胞参数的叠代修正法

An iterative correction method for calculating lattice constants of low symmetry minerals by Q function

LiB化合物X射线衍射强度计算与晶胞中电子密度分布

XRD intensity calculation and electron density function of Lib compound

首次报导X射线粉末衍射法测量铁粉晶胞的磁致伸缩系数。

In situ magnetization X-ray powder diffraction method is firstly applied to measure magnetostriction coefficient of reduction iron powder .

Sn的加入导致Pt的晶胞参数增大。

The addition of Sn can increase the lattice parameter of Pt .

干凝胶的XRD数据表明，分子在晶胞内是按矩形排列的。

The XRD of their xerogel find that molecules are arranged according to the rectangle .

分析发现，Li离子在晶胞内有更大活动空间，共价性很强。

It is found that Li ions have more space to move , and its covalency is very strong .

掺Pb锐钛矿型TiO2晶胞几何和电子结构的第一原理计算

First-Principles Calculations of Cell Geometry and Electronic Structure for Pb Doped Anatase TiO_2

其输入内容仅要求X射线波长、晶胞参数、空间群和原子坐标等。

The input for the XRAY requires only X-ray wavelength , cell sizes , space group and positional parameters of atoms .

结果表明，PP/EVA体系中PP基体的晶胞参数以及结晶性能不受EVA的影响；

The crystal lattice parameter of PP matrix in the PP / EVA blend was measured .

通过改变晶胞参数a和c的计算表明，在参数的变化范围内，颜料呈现的颜色与晶胞参数间的关系复杂，并无简单规律可循；

That in the range of the deviation among the lattice parameter a and c , the relation between the change of color and parameters is complex ;

在较为理想条件下制备的样品，其劈裂面的X-射线衍射表明有很好的晶胞c轴垂直于劈裂面的取向。

The X-ray diffraction pattern of the cleavage plane of the sample fabricated under the more ideal conditions shows that the preferentially aligned along the a-b plane .

缺陷尖晶石型Li（1±x）Mn2O4中，随着Li成分的增加，晶胞参数逐渐增大，总能量和电池的平均电压逐渐减少，理论容量随着含锂量或Li/Mn摩尔比的增加而减少。

In addition , the theoretical capacity decreases with an increase in lithium content or the Li / Mn molar ratio .

含合金元素Υ－Fe晶胞价电子结构及其对相变过程的影响

Valence electron structure of γ - Fe unit-cell bearing alloy atoms and its influence on phase transformation of the alloy structural steel

用微区X射线衍射仪原位测量了铁在25GPa压力下晶胞参数随压力的变化关系。

Furthermore , in-situ high pressure X-ray diffraction experiment was performed for measuring the lattice parameters of iron under high pressures up to 25 GPa .