晶系

立方晶系固溶体组分测量的X射线双衍射线法

An X-ray double diffraction line method for measuring composition of cubic crystal system solid solution

另外，本文成功地指标化未知晶系2&硫代尿嘧啶溴络合铜的粉末晶体的全部X射线衍射数据。

On the other hand , the X-ray powder diffraction data of unknown crystal system of copper complex of 2-thiouracil bromide have been indexed successfully .

激光熔池中CoCrC共晶系合金的凝固组织形态选择

Microstructure Selection of Co-Cr-C Alloys in Laser Remelting Pool

X射线粉末衍射实验确定所获BaWO4晶体的结构属于四方晶系，空间群I41/a。通过浮力法测得其密度为6.393g/cm3。

The cell parameters of BaWO_4 crystal were measured by X-ray powder diffraction .

CO微反考察表明，本体系的催化活性与晶系存在密切关系，晶体对称性越高，反应活性越低。

The higher the crystal symmetry is , the lower the reactive activity is .

精确测定低对称晶系多晶材料点阵常数的X射线衍射方法

X-ray Diffraction Methods for Accurate Measuring the Lattice Constants of Polycrystalline Materials with Low-symmetry System

x射线照像法测定三方晶系晶体结构的讨论与研究

Study on structure determination of rhombohedral system with powder method of x & rays diffraction

XRD物相分析，产物为六方晶系；

XRD shows that the product is ZnO with hexagonal structure .

标定X射线粉末照相指数的新图解法，推广于正交晶系与单斜晶系

The extension of the new graphic method for indexing Debye-Scherrer photographs to orthorhombic and monoclinic systems

X射线衍射图谱表明纳米银颗粒为面心立方晶系的单质银，而且产品结晶性能良好。

The XRD curve shows that the silver nano-particle is face-centered cubic structure elemental silver with fine crystallinity .

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

XRD结果表明，ZnO粒子为六角晶系纤锌矿晶型。

The XRD results indicated that the ZnO nanoparticles were the hexagonal wurtzite crystallites .

在定向凝固条件下，研究了偏晶系AlBi合金的自生复合行为，考察了凝固速度和温度梯度对其自生复合行为的影响。

Monotectic Al Bi alloys were solidified unidirectionally at various growth rates and temperature gradients .

（Gd，Ba，Fe）多元四方晶系草酸盐的生成过程和热分解

Process of formation and thermal decomposion of tetragonal structure oxalate

采用柠檬酸SOLGEL工艺，制备了W型、M型平面六角晶系的钡铁氧体纳米晶。

Citrate sol-gel process was used to prepare W type and M type hexagonal Ba-ferrite nanocrystals .

Co2W型六角晶系铁氧体的磁性与微波吸收性能

Magnetism and Microwave Absorbing Ability of Co_2 W Type Hexagonal Ferrite

XRD物相分析证明产品为立方晶系的完全互溶取代固溶体。

XRD phase analysis demonstrates that the compounds are mutually miscible in the solid solutions with cubic crystal structure .

用D/max&ⅢC型全自动工射线衍射仪对几种不同方法合成CαCO3结构进行测定，发现在无机环境中用大多数化学方法合成的CaCO3以六角形晶系的方解石结构存在。

Several structures of CaCO_3 synthesized by different methods have been determined with D / max - ⅲ C x-ray diffraction apparatus .

结果表明ZnO为六方晶系纤锌矿型，粒子大小约为27nm。

The results indicated that the ZnO particles crystallized in the wurtzite phase with the particle size of 27 nm .

单斜晶系，Cc（5）；

Monoclinic , Cc ( 5 );

经X射线衍射（XRD）表征，样品属于立方晶系，为尖晶石结构。

Compared the actuality of the structure of th X-ray diffraction ( XRD ) patterns demonstrate that the samples are in cubic phases .

用胶溶法合成了不同粒径的CeO2纳米晶，XRD分析表明，所合成的CeO2纳米晶属立方晶系，空间群为。

Nanocrystalline CeO2 with different particle sizes were prepared by colloidal chemical method .

六方晶系Brillouin散射的旋转对称性

Rotation Symmetry of Brillouin Scattering for Hexagonal System

以尿素为沉淀剂制备出了单相斜方晶系的前驱体Ce2O（CO3）2·H2O，经煅烧得到单相立方晶系的CeO2粒子。

The CeO_2 precursor Ce_2O ( CO_3 ) _2 · H_2O belonging to single-phase orthorhombic system were prepared using urea as a precipitator .

通过XRD测试，验证了Dy：KYbW和Tb：KYbW晶体均属于单斜晶系，C2/c空间群，计算了两种晶体的晶格常数。

Tb : KYbW and Dy : KYbW belong to monoclinic system with space group C2 / c. The lattice parameters were calculated .

讨论了六角晶系铁氧体[（Zn（1-x）COx）2-W]系列的磁特性及吸波特性。

The magnetic properties and absorbent ability of hexagonal ferrites [ ( Zn_ ( 1-x ) Co_x ) _2-W ] are discussed . The .

通过XRD和IR对湖南湘潭锰矿中含锰氧化物进行物相分析，确认其主要物相为单斜晶系锰钾矿。

XRD and IR analyses show that the main phase of Xiangtan manganese ore from Hunan Province which contains manganese oxides is monoclinic cryptomelane .

不同晶系中二阶非线性极化率及SHG信号的研究

The second order nonlinear susceptibility and SHG signal in the different system

7-羟基-4-甲基-6-磷酰二异丙基香豆素的X射线分析数据表明其为单斜晶系，P2（1）/n空间群。

The XRD analysis of 2f was described . Its crystal was monoclinic , with space group P2 ( 1 ) / n.

钇铝石榴石（YAG）单晶属等轴晶系，具有光学均匀性，无双折射效应，是广泛使用的激光和发光基础材料。

Due to its homogeneous optical properties and lack of birefringence effects , Nd : YAG is widely used for lasers and luminescence materials .