晶體學取向,Crystallographic orientation英語短句,例句大全

晶體學取向,Crystallographic orientation
1)Crystallographic orientation晶體學取向

英文短句/例句

1.The relationship between fracture toughness and crystal orientation hasbeen also examined.斷裂韌性與晶體學取向的關系亦作了分析。
2.Artificial quartz has been used for researching therelationship between crystal orientation and fracture toughness.人工水晶用于研究晶體學取向和斷裂韌性之間的關系。
3.Constitutive Relations of Polycrystals with Effects of the ODF and Their Measurements;多晶體材料的力學性質與材料晶粒取向分布的關系及其測量
4.Influences of Orientations on Creep Behavior of DD99 Nickel-based Single Crysral Superalloy晶體取向對DD99鎳基單晶合金蠕變行為的影響
5.Study of Dielectric Dissipation and Molecular Orientation in C60 Crystal;C_(60)晶體的介電損耗與分子取向研究
6.EBSD analyses on grain orientation and grain boundary structure of grain-oriented silicon steelEBSD研究取向硅鋼晶粒取向和晶界結構
7.Research Influence of Birefringence Crystal Light about Light Angle and Place of Crystal Axis光線入射角和晶體光軸取向對晶體折射光線的影響研究
8.To assume a crystalline form.使結晶采取晶體的形態
9.Refining of Crystal NaClO_3 and Its Determining by Optical Method;NaClO_3晶體的制取及光學性能測試
10.Study on Alignment Films of Liquid Crystals Using Cinnamate Monomer Photo-Controllable Polymerization;肉桂酸單體光控聚合液晶取向膜的研究
11.Study on the Crystal Orientation and the Microstructure Control of TbDyFe Alloy;TbDyFe合金的晶體取向生長與組織控制研究
12.Calculation of Orientation Distribution Function for Cubic Crystal Marcotexture;立方晶體宏觀織構取向分布函數的計算
13.Enhanced Light Extraction Efficiency of LEDs by Using Photonic Crystal and Omni-directional Reflector采用光子晶體與全向反射鏡提高LED光提取效率
14.Assembly of Lamellar Magnesium Hydroxide Nano Crystal onto Modified Polysulfonamide Fabric芳砜綸纖維上片狀Mg（OH）_2晶體取向膜的制備
15.Simulation of polycrystalline material microstructures and calculation of its orientation distribution function多晶體材料微結構的仿真與取向分布函數計算
16.Transmission of a beam at crystal surfaces:the optical axis orientation arbitrary光在光軸取向任意條件下的晶體表面透射率
17.Multi-scale simulation of the deformation in nano-indentation under different crystal orientations不同晶體取向下納米壓痕的多尺度模擬
18.Method for measuring crystallographic orientation of flats on single crystal silicon slices and wafers by X-ray techniquesGB/T13388-1992硅片參考面結晶學取向Ｘ射線測量方法

相關短句/例句

crystal orientation晶體取向
1.The surface mapping and crystal orientation of body-centered cubic thin metal tungsten films of different thickness;體心立方金屬W薄膜晶體取向的膜厚尺寸效應及其表面映射
2.Multi-scale simulation of the deformation in nano-indentation under different crystal orientations不同晶體取向下納米壓痕的多尺度模擬
3.The evolvement characteristic of crystal orientation of AZ31 magnesium alloy sheet at different channel clearances and effects of channel clearances on its microstructures and mechanical properties during equal channel angular rolling(ECAR) are investigated.研究了不同通道間隙下,AZ31鎂合金板材在等徑角軋制過程中晶體取向的演化特征以及通道間隙對其顯微組織和力學性能的影響。
3)crystallographic orientation晶體取向
1.Effects of crystallographic orientation on void growth and coalescence;FCC晶體中晶體取向對孔洞長大和聚合的影響
2.Optimization design of crystallographic orientation in single crystal turbine blade;單晶渦輪葉片晶體取向優化設計
3.It was found that the persistent slip bands(PSBs) might exhibit different dislocation features depending upon crystallographic orientation,such as ladder structures in the [■ 1 2] crystal and irregular or partially regular cell structures aligned along the primary sl.結果表明,駐留滑移帶(PSBs)的位錯結構隨晶體取向的不同可呈現出不同的形態,如:[■ 1 2]晶體中的樓梯結構和[■ 2 3]晶體中的沿主滑移面排列的不規則或較規則胞結構。
4)crystalline orientation晶體取向
1.The evolution of crystalline orientation and surface morphology of annealed thin tungsten films;金屬W薄膜晶體取向與表面形貌
2.Based on the broad application prospect of nanoidentation in the material science area,the effect of sample preparation methods on the nanoidentation results of metals, relationship between micromechanical properties and crystalline orientation of grain in cubic metals,and application of the new analysis methods of nanoindentation data were studied in this paper.基于納米壓入技術在材料科學領域廣泛的應用前景,本文對制樣方法對金屬材料納米壓入測試結果的影響,立方晶系金屬中各組成晶粒微觀力學性能與晶體取向的關系,納米壓入數據分析新方法的應用進行了深入研究。
5)textured polycrystal取向晶體
6)crystallographic orientation結晶學取向
1.The electron back scattering diffraction(EBSD)method was applied to determine the crystallographic orientation between the bonded interlayer and substrates.利用光學顯微鏡、掃描電鏡、透射電鏡對接頭的微觀結構進行觀察和分析,利用電子背散射衍射(EBSD)方法測定了連接區域和基體之間的結晶學取向,結果表明,接頭區域由連接區、中間金屬/基體金屬界面擴散區和基體金屬區組成,連接區中心形成M_(23)B_6+γ和MB+γ共晶,擴散區形成細小的M_3B_2顆粒;均勻化處理后接頭與基體的γ′相的尺寸趨于一致;TLP接頭等溫凝固過程中,固/液界面向液相移動中外延生長,連接層與所連接的基體金屬的結晶學取向一致。