多晶材料

通过XRD（X射线衍射仪）和TEM（透射电镜）的分析结果，确认膜为ZnO多晶材料，并且利用高阻计测试了在不同气氛中试件的气体灵敏度。

By analysing the results of XRD and TEM , the films are thought as ZnO polycrystalline materials and the samples ' gas-sensitivity are tested at different atmosphere by the high - resistance - meter .

利用多晶材料织构取向分布函数（ODF）对单晶性质进行加权平均可有效预估其宏观磁性各向异性。

The magnetic anisotropy of polycrystalline materials can be predicted by averaging the properties of monocrystals weighted by using orientation distribution function ( ODF ) .

超细CoAl2O4多晶材料的制备与性能研究

Preparation of ultrafine coal_2o_4 polycrystals and the study on its performance

多晶材料X射线衍射定量分析的多项式拟合法

X-ray Diffraction Quantitative Analysis with Polynomial-fit Method for Polycrystalline Materials

用几何平均模型计算多晶材料的X射线弹性常数

Calculation of X-ray elastic constants of polycrystal materials using geometrical average model

粗晶纯Al多晶材料的循环形变&Ⅰ.滑移特征

Cyclic deformation of coarse grained polycrystalline pure Al ⅰ . slip characteristics

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

多晶材料晶粒生长的MonteCarlo计算机模拟方法Ⅰ模拟正常晶粒生长

Monte Carlo Computer Methods for Simulating Grain Growth of Polycrystalline Material Simulating Normal Grain Growth

热等静压方法制备蓝青铜K（0.3）MoO3多晶材料

Preparation of the Blue bronze polycrystalline material K_ ( 0.3 ) MoO_3 by HIP method

La（0.67）Ca（0.33）MnO3超巨磁阻多晶材料的制备及性质

Preparation and Characteristics of Colossal Magneto-resistance Material Of La_ ( 0.67 ) Ca_ ( 0.33 ) MnO_3 Polycrystalline

多晶材料，研究了它们的电阻温度系数（TCR）。

The temperature coefficient of resistance ( TCR ) of these samples have been studied .

用XRD法研究了八面体择位能大的离子对合成钙钛矿型Pb（Zn（1/3）Nb（2/3））03[PZN]多晶材料的影响。

The effects on of the ion of large octahedral site preference energy an synthesis of perovskite-Type PZN polycrystal materials were investigated by XRD .

LaxFe3CoSb（12）多晶材料的制备和拉曼光谱测定

Growth and Raman Spectra of La_xFe_3CoSb_ ( 12 ) Crystals

第二相颗粒对多晶材料晶粒生长影响的元胞自动机（CA）模拟锐钛矿相纳米TiO2晶体生长动力学及生长过程控制

Cellular automata modeling of influence of second-phase particles on two-dimension grain growth in polycrystalline materials Growth kinetics and growth process control of nanocrystalline TiO_2 anatase

由于钙离子A位固溶改性钛酸铅烧结多晶材料具有压电各向异性和其它优良的电学性能，所以该材料可广泛应用于制造高频超声换能器、红外检测器和声表面波（SAW）器件。

Sintered polycrystals made from calcium_ion A_side modified lead titanate is used for making high_frequency ultrasonic transducers , infrared detectors and surface acoustic wave devices due to their dielectric dispersion and other electrical properties .

Li2Mo（2-x）WxO6多晶材料的结构、电学性能与导电机理的研究

Study on the structure 、 the electrical proper-ties and the conduction mechanism of the polycrystal multiphase material li2mo_ ( 2-x ) w_xo_6

热压法、PVD、CVD制备的多晶材料日趋完善，在一些领域已取代单晶材料。

The performance of polycrystalline material manufactured by using Hot-pressed forming method , PVD and CVD is becoming perfect and has replaced monocrystalline material in some fields .

采用高纯（99.9999%）Ag、Ga、In和Se单质为原料，按化学计量比富Se0.3~0.5%配料，通过机械振荡和温度振荡相结合的方法合成出单相高致密AgGa1-xInxSe2多晶材料。

Using high pure elements of silver , gallium , indium and selenium as the raw material a single-phase AgGa_ ( 1-x ) In_xSe_2 polycrystal with high mass density was prepared by mechanical and temperature oscillation method .

电子背散射衍射（EBSD）是一种较新的，用来分析多晶材料显微结构和组织的扫描电子显微镜技术。

EBSD ( electron backscatter diffraction ) is a relatively new , scanning electron microscope-based technique used to characterize microstructures and textures in polycrystalline materials .

文中用W，Mo和奥氏体不锈钢等试样进行了观察，本方法有可能用来研究多晶材料的位向分布和形变行为。

Observations were made of certain specimens such as W , Mo and 304 austenitic stainless steel . It seems that the present technique is available for study of both the orientation distribution and the deformation behaviour of the polycrystalline materials .

介孔HA-CPP多晶材料的合成使其在作为药物载体方面有广泛的应用前景。

Mesoporous HA-CPP polycrystal has wide prospect in the application of drug deliverys .

各晶粒之间的相互约束使得等向强化的晶体本构关系在对多晶材料描述时可以模拟Bauschinger效应；

The mutual constrains between grains lead to the Bauschinger effect in poly - crystals within the framework of single crystal plasticity theory , which is isotropic hardening ;

采用CoSO4-Al2（SO4）3-NaCl体系经高温处理制备出了超细CoAl2O4多晶材料，研究了其化学组成及结晶状态。

In this thesis , ultrafine CoAl 2O 4 polycrystalline material was prepared by heat treating the CoSO 4-Al 2 ( SO 4 ) 3-NaCl system for the first time and its chemical composition and crystalline state were studied .

结果表明，该仿生法合成了有序孔径在6.67nm的介孔HA-CPP多晶材料，并用溶致钙液晶模板理论对介孔结构的形成机理进行了探讨。

The results showed that the HA-CPP polycrystals with ordered mesopores sized at 6.67 nm were synthesized , and the forming mechanism was further discussed by using the theory of lyotropic calcium liquid crystal ( CLC ) .

多晶材料铁电热电性质的蒙特卡罗模拟

Monte Carlo Simulation on Ferroelectric and Thermoelectric Properties of Polycrystalline Materials

红外透光多晶材料不等厚压制工艺原理

The technological principle of the unequal thickness hot-pressing of IR optical materials

显微结构对多晶材料的电学性能及其色散的影响

Influence of microstructure on electrical properties and its dispersion of polycrystal materials

晶胞参数是多晶材料晶体结构的重要参数。

Lattice parameters are the important crystal structural parameters of polycrystalline materials .

并用一种有效的方法，计算了多晶材料的平均声速。

The polycrystal average acoustic velocity has been calculated using an effective method .

多晶材料高温大变形细观力学行为研究

Mesoscopic Mechanical Behavior of Polycrystalline Materials Subject to Large Deformation at Elevated Temperatures