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TranslationMobile

面心的

"face" in Chinese : n. 1.臉，面孔；面貌，樣子；面子，威信。 2.愁容， ...
"centered" in Chinese : adj. 1.位于中心的。 2.以某一對象為(活動)中心 ...
"face centered" in Chinese : 原子面心的
"a-face centered lattice" in Chinese : a心點格
"b-face centered lattice" in Chinese : b心點格
"c-face centered lattice" in Chinese : c心點格
"cubic face-centered" in Chinese : 體心立方
"face centered crystal" in Chinese : 面心晶體
"face centered cubic" in Chinese : 面心立方體的
"face centered cubic fcc" in Chinese : 按照面心立方
"face centered cubic lattice" in Chinese : 面心立方晶格
"face centered cubic structure" in Chinese : 面心立方結(jié)構(gòu)
"face centered lattice" in Chinese : 面心點格; 面心點陣; 面心晶格; 面心立方晶格
"face-centered cell" in Chinese : 面心晶胞; 面心晶格
"face-centered closest packing" in Chinese : 面心最密堆積

Examples

Face - centered cubic lattice
面心立方格子
Face - centered cubic , fcc
按照面心立方
Face - centered cubic f . c . c
面心立方
Face - centered orthorhombic
面心斜方
Face - centered cubic fc
面心立方
Simulation of face - centered cubic lattice ' s first brillouin zone with 3 - dimensional animation
面心立方晶格第一布里淵區(qū)的三維動畫模擬
The inorganic cds in the composite is about 20 % , and the crystalline structure of cds in the composite is of face - centered structure
Xrd分析結(jié)果表明，復(fù)合微球中cds具有面心立方結(jié)構(gòu)；復(fù)合微球中無機(jī)物含量約為20 。
Xrd reveals a mixture structure of the face - centered cubic and hexagonal close - packed phases . the sn doped makes the electrical conductivity change from insulator to n - type semiconductor
用共蒸發(fā)法制備摻錫的c60薄膜，發(fā)現(xiàn)摻入的sn原子的薄膜導(dǎo)電性由原來的絕緣體變?yōu)閚型半導(dǎo)體。
Determination of single crystal size in artificial opals by measuring the width of the transmission dip in the f ? direction of face - centered cubic artificial opals with different thicknesses , we determine the size of the single crystal domain in the opal
人工opal光子晶體單疇大小的測定測定了不同厚度的人工opal在? l方向的透射譜，得出opal光子晶體中單疇的尺寸。
By using a cell equivalent method , the present model can deal with the face - center square structure of erf . combining the scheme of the classical conductivity model for the single - chain structure , a new formula for the prediction of the shear yield stress of erf is set up . the influences of the separation distance of the particles , the volume fraction of the particles and the applied electric field on the shear yield stress are investigated
在電導(dǎo)模型的基礎(chǔ)上，建立在電流變液體在外加電場的作用下，粒子之間會形成某種特定的微觀結(jié)構(gòu)，利用等效胞元的方法，將這微觀結(jié)構(gòu)等效成一個平板，建立了等效的微觀結(jié)構(gòu)平板模型，通過計算電流變液體內(nèi)部的局部電場，對電流變液體的工作機(jī)理和剪切屈服應(yīng)力進(jìn)行了預(yù)測，并且分別考慮了在不同的粒子間距、不同的粒子濃度、不同的外加電場的情況下，對剪切屈服應(yīng)力的影響。